--- EXPERIMENT NOTES
Not all of the following information may be relevant for the case being handled, since this project may be part of a much larger auto-PSS-genome project where several methods of detection of positively selected sites have been used. As such the aligned.score_ascii file may have more sequences than the file effectively used to detect positively selected codons, since the content of this file reflects the content of the file used for the master alignment, from which a subsample may have been taken.
#
### General parameters ###
#
# The maximum number of sequences to use for the master file
sequence_limit=90
# The random seed
random_seed=3976763
#
### Alignment ###
#
# The alignment method: clustalw, muscle, kalign, t_coffee, or amap
align_method=muscle
# Minimum support value for amino acid positions in the alignment
tcoffee_min_score=3
#
### MrBayes ###
#
# Number of iterations in MrBayes
mrbayes_generations=1000000
# MrBayes burnin
mrbayes_burnin=2500
#
### FUBAR ###
#
# The maximum number of sequences to be used by FUBAR.
fubar_sequence_limit=90
# The number of FUBAR runs
fubar_runs=1
#
### codeML ###
#
# The maximum number of sequences to be used by CodeML
codeml_sequence_limit=30
# The number of CodeML runs
codeml_runs=1
# The CodeML models to be run, one or more of: '1', '2', '7', and/or '8'.
codeml_models=1 2 7 8
#
### OmegaMap ###
#
# The maximum number of sequences to use in OmegaMap
omegamap_sequence_limit=90
# The number of OmegaMap runs
omegamap_runs=1
# The number of OmegaMap iterations
omegamap_iterations=2500
--- EXPERIMENT PROPERTIES
--- PSRF SUMMARY
Estimated marginal likelihoods for runs sampled in files
"/data/mrbayes_input.nex.run1.p" and "/data/mrbayes_input.nex.run2.p":
(Use the harmonic mean for Bayes factor comparisons of models)
(Values are saved to the file /data/mrbayes_input.nex.lstat)
Run Arithmetic mean Harmonic mean
--------------------------------------
1 -7821.04 -7838.20
2 -7820.91 -7836.07
--------------------------------------
TOTAL -7820.97 -7837.62
--------------------------------------
Model parameter summaries over the runs sampled in files
"/data/mrbayes_input.nex.run1.p" and "/data/mrbayes_input.nex.run2.p":
Summaries are based on a total of 3002 samples from 2 runs.
Each run produced 2001 samples of which 1501 samples were included.
Parameter summaries saved to file "/data/mrbayes_input.nex.pstat".
95% HPD Interval
--------------------
Parameter Mean Variance Lower Upper Median min ESS* avg ESS PSRF+
------------------------------------------------------------------------------------------------------
TL{all} 0.242071 0.000454 0.201664 0.284285 0.241223 1288.50 1298.17 1.000
r(A<->C){all} 0.058752 0.000257 0.030157 0.091581 0.057685 833.83 893.39 1.000
r(A<->G){all} 0.258162 0.001093 0.195717 0.322843 0.256821 717.26 798.50 1.000
r(A<->T){all} 0.080006 0.000162 0.056886 0.105909 0.079150 1146.59 1152.94 1.000
r(C<->G){all} 0.023452 0.000155 0.001196 0.046788 0.021634 771.01 830.54 1.000
r(C<->T){all} 0.527187 0.001282 0.461634 0.598065 0.527485 782.10 863.94 1.000
r(G<->T){all} 0.052441 0.000122 0.031776 0.073859 0.051737 1089.91 1220.82 1.000
pi(A){all} 0.266089 0.000049 0.252586 0.280025 0.266064 908.54 909.64 1.000
pi(C){all} 0.175075 0.000034 0.164186 0.186427 0.174972 929.94 993.44 1.000
pi(G){all} 0.192346 0.000037 0.179807 0.203526 0.192163 978.55 1048.62 1.000
pi(T){all} 0.366490 0.000053 0.351823 0.380616 0.366455 903.52 1007.16 1.000
alpha{1,2} 0.039281 0.000686 0.000017 0.086621 0.036592 1112.11 1134.69 1.000
alpha{3} 5.580716 3.151832 2.435662 8.905364 5.304202 1407.30 1451.97 1.000
pinvar{all} 0.602511 0.000801 0.545546 0.658661 0.603723 1281.29 1282.30 1.000
------------------------------------------------------------------------------------------------------
* Convergence diagnostic (ESS = Estimated Sample Size); min and avg values
correspond to minimal and average ESS among runs.
ESS value below 100 may indicate that the parameter is undersampled.
+ Convergence diagnostic (PSRF = Potential Scale Reduction Factor; Gelman
and Rubin, 1992) should approach 1.0 as runs converge.
--- CODEML SUMMARY
Model 1: NearlyNeutral -7395.110574
Model 2: PositiveSelection -7394.490672
Model 7: beta -7397.115246
Model 8: beta&w>1 -7394.513612
Model 2 vs 1 1.239804
Model 8 vs 7 5.203268
-- Starting log on Wed Oct 26 22:52:55 GMT 2022 --
-- Iteration: /working_dir/input/2_modified/B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4.result--
CLUSTAL FORMAT for T-COFFEE Version_12.00.7fb08c2 [http://www.tcoffee.org] [MODE: ], CPU=0.09 sec, SCORE=1000, Nseq=10, Len=1352
C1 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWP
C2 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWP
C3 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWP
C4 MTLLMCLLMSLLIFVRGCESQFVDMSPASNNSECLDSQVDAAAFSKLMRP
C5 MTLLMCLLMSLLIFVRGCESQFVDMSPASNNSECLDSQVDAAAFSKLMWP
C6 MTRLMCLLMSLLIFVRGCDSQFVDMSPASNNSECLDSQVDAAAFSKLMWP
C7 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWP
C8 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWP
C9 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWP
C10 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWP
** ***************:***********.****:************ *
C1 YPIDPSKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGH
C2 YPIDPSKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGH
C3 YPIDPSKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGH
C4 YPIDPAKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGTQYLYSASHAVGN
C5 YPIDPAKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGTQYLYSASHAVGN
C6 YPIDPAKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGTQFLYAVSHAVGN
C7 YPIDPSKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGH
C8 YPIDPSKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGH
C9 YPIDPSKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGH
C10 YPIDPSKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGH
*****:*******************************:*:**:.*****:
C1 DGDPTKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVNTKIKKA
C2 DGDPTKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVNTKIKKA
C3 DGDPTKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVNTKIKKA
C4 DGDPTKAYISNYSLLVNDFDNGFVVRVGAAANSTGTIVISPSVQTKIKKA
C5 DGDPTKAYISNYSLLVNDFDNGFVVRVGAAANSTGTIVISPSVQTKIKKA
C6 DGDPIKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVQTKIKKA
C7 DGDPTKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVNTKIKKA
C8 DGDPTKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVNTKIKKA
C9 DGDPTKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVNTKIKKA
C10 DGDPTKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVNTKIKKA
**** *********************:****************:******
C1 YPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTVNR
C2 YPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTVNR
C3 YPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTVNR
C4 YPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTGNR
C5 YPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTGNR
C6 YPAFILGSSLTNTSAGLPLYANYSLTIIPDGCGTVLHAFYCILKPRTGNM
C7 YPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTVNR
C8 YPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTGNR
C9 YPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCIIKPRTGNR
C10 YPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTENR
**************** *************************:**** *
C1 CPSGTGYVSYFIYETVHNDCQSTINRNASLNSFKSFFDLVNCTFFNSWDI
C2 CPSGTGYVSYFIYETVHNDCQSTINRNASLNSFKSFFDLVNCTFFNSWDI
C3 CPSGTGYVSYFIYETVHNDCQSTINRNASLNSFKSFFDLVNCTFFNSWDI
C4 CPGGSGYNAYFIYETIHNDCNSAINKNASLNSFKSFFDLVNCTFFNSWDI
C5 CPGGSGYNAYFIYETIHNDCNSAINKNASLNSFKSFFDLVNCTFFNSWDI
C6 CPGGSGYNAYFIYETIHNDCDPAINKNASLNSFKTFFDLVNCTFFNSWDI
C7 CPSGTGYVSYFIYETVHNDCQSTINRNASLNSFKSFFDLVNCTFFNSWDI
C8 CPSGTGYVSYFIYETLHNDCQSTINRNASLNSFKSFFDLVNCTFFNSWDI
C9 CPSGTGYVSYFIYETLHNDCQSTINRNASLNSFKSFFDLVNCTFFNSWDI
C10 CPSGTGYVSYFIYETLHNDCQSTINRNASLNSFKSFFDLVNCTFFNSWDI
**.*:** :******:****:.:**:********:***************
C1 TADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
C2 TADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
C3 TADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
C4 TADEVKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
C5 TADEVKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
C6 TADEIKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
C7 TADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
C8 TADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
C9 TADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYDGIKYYTV
C10 TADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
**** *************************************:*******
C1 IPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLS
C2 IPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLS
C3 IPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLS
C4 IPRSFRSKANRREAWAAFYVYKLHQLTYLLDFSVDGYIRRTIDCGHDDLS
C5 IPRSFRSKANRREAWAAFYVYKLHQLTYLLDFSVDGYIRRTIDCEHDDLS
C6 IPRSFRSKANRREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLS
C7 IPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLS
C8 IPRSFRSKANKRESWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLS
C9 IPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLS
C10 IPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLS
**********:**:**************************:*** *****
C1 QLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQ
C2 QLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQ
C3 QLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQ
C4 QLHCSYTSFEVDTGVYSVSSYEASAIGTFIEQPNATECDFSPMFKGVAPQ
C5 QLHCSYTSFEVDTGVYSVSSYEASAIGTFIEQPNATECDFSPMFKGVAPQ
C6 QLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMFTGVAPQ
C7 QLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQ
C8 QLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQ
C9 QLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQ
C10 QLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQ
************************* *****************:.*****
C1 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDAIARGCYSTLTVDY
C2 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDSIARGCYSTLTVDY
C3 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPVAIARGCYSTLTVDY
C4 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDAIARGCYSTLTVDY
C5 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDAIARGCYSTLTVDY
C6 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDAIARGCYSTLTVDY
C7 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDSIARGCYSTLTVDY
C8 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDAIARGCYSTLTVDY
C9 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDAIARGCYSTLTVDY
C10 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDAIARGCYSTLTVDY
*********************************** :*************
C1 FAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVLANVTITKPHA
C2 FAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVLANVTITKPHA
C3 FAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVLANVTITKPHA
C4 FAYPLSMKSYIRPGSAGNIPLYNYKQSFAHPTCRVLASVPPNVTITKPEA
C5 FAYPLSMKSYIRPGSAGNIPLYNYKQSFAHPTCRVLASVPPNVTITKPEA
C6 FAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVPPNVTITKPEA
C7 FAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVLANVTITKPHA
C8 FAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVPANVTITKPQA
C9 FAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVPANVTITKPDA
C10 FAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVPANVTITKPQA
*****************************:*****:*** .*******.*
C1 YGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFSEDGQVFKRTL
C2 YGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFSEDGQVFKRTL
C3 YGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFSEDGQVFKRTL
C4 YGYISKCSRLTGDYQHIETPLYINPGEYSICRDFAPLGFSEDGQVFKRTL
C5 YGYISKCSRLTGDYQHIETPLYINPGEYSICRDFAPLGFSEDGQVFKRTL
C6 YGYISKCSRLTGDNDHIETSLYINPGEYSICRDFAPWGFSEDGQVFKRTL
C7 YGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFSEDGQVFKRTL
C8 YGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFSEDGQVFKRTL
C9 YGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFSEDGQVFKRTL
C10 YGYISKCSRLTGSNQDVETPLYINPGEYSICRDFSPGGFSEDGQVFKRTL
************ :.:**.**************:* *************
C1 TQFEGGGLLIGVGTRVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLT
C2 TQFEGGGLLIGVGTRVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLT
C3 TQFEGGGLLIGVGTRVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLT
C4 TQFEGGGLLIGVGTRVPMTANLEMGFVISVQYGAGTDSVCPMLDLGESST
C5 TQFEGGGLLIGVGTRVPMTANLEMGFVISVQYGAGTDSVCPMLDLGESST
C6 TQFEGGGLLIGVGTRVPMTANLEMGFVISVQHGAGTDSVCPMLDLGESST
C7 TQFEGGGLLIGVGTRVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLT
C8 TQFEGGGLLIGVGTKVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLT
C9 TQFEGGGLLIGVGTRVPMTDNLQMSFIIFVQYGTGTDSVCPMLDLGDSLT
C10 TQFEGGGLLIGVGTRVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLT
**************:**** **:*.*:* **:*:************:* *
C1 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDD
C2 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDD
C3 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDD
C4 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDD
C5 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDD
C6 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDD
C7 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDD
C8 ITNRLGKCVDYSLYGVTGRGVFQNCSAVGVKQQRFVYDSFDNLVGYYSDD
C9 ITNRLGKCVDYSLYGVTGRGVFQNCSAVGVKQQRFVYDSFDNLVGYYSDD
C10 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDD
*************************:************************
C1 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
C2 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
C3 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
C4 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
C5 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
C6 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
C7 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
C8 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
C9 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
C10 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
**************************************************
C1 NLRRRDSNIPLQTAVGCVIGLSNNSLVVSDCKLPLGQSLCAVPPVSTFRS
C2 NLRRRDSNIPLQTAVGCVIGLSNNSLVVSDCKLPLGQSLCAVPPVSTFRS
C3 NLRRRDSNIPLQTAVGCVIGLSNNSLVVSDCKLPLGQSLCAVPPVSTFRS
C4 NLRRRDSNAPLQTAVGCVIGLSNNSLVVSECKLPLGQSLCAVPSVSLFRS
C5 NLRRRDSNAPLQTAVGCVIGLSNNSLVVSECKLPLGQSLCAVPSVSLFRS
C6 NLRRRDSNAPLQTAVGCVIGLSNNSLVVSECKLPLGQSLCAVPSVSLFRS
C7 NLRRRDSNIPLQTAVGCVIGLSNNSLVVSDCKLPLGQSLCAVPPVSTFRS
C8 NLRMRDSNIPLQTAVGCVIGLSNNSLVVSNCKLPLGQSLCAVPPVSTFRS
C9 NLRRRDSNIPLQTAVGCVIGLSNNSLVVSDCKLPLGQSLCAVPPVSTFRS
C10 NLRRRDSNIPLQTAVGCVIGLSNNSLVVSDCKLPLGQSLCAVPPVSTFRS
*** **** ********************:*************.** ***
C1 YSASQFQLAVLNYTSPIVVTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
C2 YSASQFQLAVLNYTSPIVVTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
C3 YSASQFQLAVLNYTSPIVVTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
C4 YSASQFQLAVLNYTSPIVLTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
C5 YSASQFQLAVLNYTSPIVLTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
C6 YSASQFQLAVLNYTSPIVLTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
C7 YSASQFQLAVLNYTSPIVVTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
C8 YSASQFQLAVLNYTSPIVVTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
C9 YSASQFQLAVLNYTSPIVVTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
C10 YSASQFQLAVLNYTSPIVVTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
******************:*******************************
C1 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
C2 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
C3 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
C4 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
C5 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
C6 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
C7 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
C8 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
C9 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
C10 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
**************************************************
C1 NIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIA
C2 NIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIA
C3 NIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIA
C4 NIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSPSGYRSAIEDLLFDKVTIA
C5 NIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSPSGYRSAIEDLLFDKVTIA
C6 NIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSPSGYRSAIEDLLFDKVTIA
C7 NIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIA
C8 NIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIA
C9 NIKTTSTQTLDYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIA
C10 NIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIA
**********:********************.*.****************
C1 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
C2 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
C3 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
C4 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
C5 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
C6 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
C7 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
C8 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
C9 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
C10 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
**************************************************
C1 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKF
C2 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKF
C3 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKF
C4 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKF
C5 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKF
C6 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKF
C7 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKF
C8 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKF
C9 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGIGITQQVLSENQKLIANKF
C10 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKF
*******************************:******************
C1 NQALGAMQTGFTTSNLAFSKVQDAVNANAQALSKLASELSNTFGAISSSI
C2 NQALGAMQTGFTTSNLAFSKVQDAVNANAQALSKLASELSNTFGAISSSI
C3 NQALGAMQTGFTTSNLAFSKVQDAVNANAQALSKLASELSNTFGAISSSI
C4 NQALGAMQTGFTTSNQAFSKVQDAVNANAQALSKLASELSNTFGAISSSI
C5 NQALGAMQTGFTTSNQAFSKVQDAVNANAQALSKLASELSNTFGAISSSI
C6 NQALGAMQTGFTTSNQAFSKVQDAVNANAQALSKLASELSNTFGAISSSI
C7 NQALGAMQTGFTTSNLAFSKVQDAVNANAQALSKLASELSNTFGAISSSI
C8 NQALGAMQTGFTTSNLAFSRVQDAVNANAQALSKLASELSNTFGAISSSI
C9 NQALGAMQTGFTTSNLAFSKVQDAVNANAQALSKLASELSNTFGAISSSI
C10 NQALGAMQTGFTTSNLAFSKVQDAVNANAQALSKLASELSNTFGAISSSI
*************** ***:******************************
C1 SDILARLDTVEQDAQIDRLINGRLTSLNAFVSQQLVRSETAARSAQLASD
C2 SDILARLDTVEQDAQIDRLINGRLISLNAFVSQQLVRSETAARSAQLASD
C3 SDILARLDTVEQDAQIDRLINGRLISLNAFVSQQLVRSETAARSAQLASD
C4 SDILARLDTAEQDAQIDRLINGRLTSLNAFVSQQLVRSETAARSAQLASD
C5 SDILARLDTVEQDAQIDRLINGRLTSLNAFVSQQLVRSETAARSAQLASD
C6 SDILARLDTVEQDAQIDRLINGRLTSLNAFVSQQLVRSETAARSAQLASD
C7 SDILARLDTVEQDAQIDRLINGRLISLNAFVSQQLVRSETAARSAQLASD
C8 SDILARLDTVEQDAQIDRLINGRLTSLNAFVSQQLVRSETAARSAQLASD
C9 SDILARLDTVEQDAQIDRLINGRLTSLNAFVSQQLVRSETAARSAQLASD
C10 SDILARLDTVEQDAQIDRLISGRLTSLNAFVSQQLVRSETAARSAQLASD
*********.**********.*** *************************
C1 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
C2 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
C3 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
C4 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
C5 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
C6 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
C7 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
C8 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
C9 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
C10 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
**************************************************
C1 AYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQ
C2 AYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQ
C3 AYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQ
C4 AYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFFKPEPITQ
C5 AYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFFKPEPITQ
C6 AYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFFKPEPITQ
C7 AYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQ
C8 AYGLCNNNSPPLCIAPIDGYFITNQTTTYSIDTEWYYTGSSFFKPEPITQ
C9 AYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQ
C10 AYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQ
********.*********************:***********:*******
C1 ANSRYVSSDVKFDKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
C2 ANSRYVSSDVKFDKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
C3 ANSRYVSSDVKFDKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
C4 ANSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
C5 ANSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
C6 ANSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
C7 ANSRYVSSDVKFDKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
C8 VNSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
C9 ANSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
C10 ANSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
.***********:*************************************
C1 AEISKINTTLLDLSDEMAMLQEVVKQLNDSYIDLKELGNYTYYNKWPWYV
C2 AEISKINTTLLDLSDEMAMLQEVVKQLNDSYIDLKELGNYTYYNKWPWYV
C3 AEISKINTTLLDLSDEMAMLQEVVKQLNDSYIDLKELGNYTYYNKWPWYV
C4 AEISKINTTLLDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYI
C5 AEISKINTTLLDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYI
C6 AEISKINTTLLDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYI
C7 AEISKINTTLLDLSDEMAMLQEVVKQLNDSYIDLKELGNYTYYNKWPWYV
C8 AEISKINTTLLDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYI
C9 AEISKINTTLLDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYV
C10 AEISKINTTLLDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYI
******************:******************************:
C1 WLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
C2 WLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
C3 WLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
C4 WLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
C5 WLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
C6 WLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
C7 WLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
C8 WLGFIAGLVALLLCAFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
C9 WLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
C10 WLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
**************.***********************************
C1 VH
C2 VH
C3 VH
C4 VH
C5 VH
C6 VH
C7 VH
C8 VH
C9 VH
C10 VH
**
-- Starting log on Wed Oct 26 22:54:00 GMT 2022 --
-- Iteration: /working_dir/input/2_modified/B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4.result--
CLUSTAL FORMAT for T-COFFEE Version_12.00.7fb08c2 [http://www.tcoffee.org] [MODE: ], CPU=0.21 sec, SCORE=1000, Nseq=10, Len=1352
C1 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWP
C2 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWP
C3 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWP
C4 MTLLMCLLMSLLIFVRGCESQFVDMSPASNNSECLDSQVDAAAFSKLMRP
C5 MTLLMCLLMSLLIFVRGCESQFVDMSPASNNSECLDSQVDAAAFSKLMWP
C6 MTRLMCLLMSLLIFVRGCDSQFVDMSPASNNSECLDSQVDAAAFSKLMWP
C7 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWP
C8 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWP
C9 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWP
C10 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWP
** ***************:***********.****:************ *
C1 YPIDPSKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGH
C2 YPIDPSKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGH
C3 YPIDPSKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGH
C4 YPIDPAKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGTQYLYSASHAVGN
C5 YPIDPAKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGTQYLYSASHAVGN
C6 YPIDPAKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGTQFLYAVSHAVGN
C7 YPIDPSKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGH
C8 YPIDPSKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGH
C9 YPIDPSKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGH
C10 YPIDPSKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGH
*****:*******************************:*:**:.*****:
C1 DGDPTKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVNTKIKKA
C2 DGDPTKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVNTKIKKA
C3 DGDPTKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVNTKIKKA
C4 DGDPTKAYISNYSLLVNDFDNGFVVRVGAAANSTGTIVISPSVQTKIKKA
C5 DGDPTKAYISNYSLLVNDFDNGFVVRVGAAANSTGTIVISPSVQTKIKKA
C6 DGDPIKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVQTKIKKA
C7 DGDPTKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVNTKIKKA
C8 DGDPTKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVNTKIKKA
C9 DGDPTKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVNTKIKKA
C10 DGDPTKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVNTKIKKA
**** *********************:****************:******
C1 YPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTVNR
C2 YPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTVNR
C3 YPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTVNR
C4 YPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTGNR
C5 YPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTGNR
C6 YPAFILGSSLTNTSAGLPLYANYSLTIIPDGCGTVLHAFYCILKPRTGNM
C7 YPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTVNR
C8 YPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTGNR
C9 YPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCIIKPRTGNR
C10 YPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTENR
**************** *************************:**** *
C1 CPSGTGYVSYFIYETVHNDCQSTINRNASLNSFKSFFDLVNCTFFNSWDI
C2 CPSGTGYVSYFIYETVHNDCQSTINRNASLNSFKSFFDLVNCTFFNSWDI
C3 CPSGTGYVSYFIYETVHNDCQSTINRNASLNSFKSFFDLVNCTFFNSWDI
C4 CPGGSGYNAYFIYETIHNDCNSAINKNASLNSFKSFFDLVNCTFFNSWDI
C5 CPGGSGYNAYFIYETIHNDCNSAINKNASLNSFKSFFDLVNCTFFNSWDI
C6 CPGGSGYNAYFIYETIHNDCDPAINKNASLNSFKTFFDLVNCTFFNSWDI
C7 CPSGTGYVSYFIYETVHNDCQSTINRNASLNSFKSFFDLVNCTFFNSWDI
C8 CPSGTGYVSYFIYETLHNDCQSTINRNASLNSFKSFFDLVNCTFFNSWDI
C9 CPSGTGYVSYFIYETLHNDCQSTINRNASLNSFKSFFDLVNCTFFNSWDI
C10 CPSGTGYVSYFIYETLHNDCQSTINRNASLNSFKSFFDLVNCTFFNSWDI
**.*:** :******:****:.:**:********:***************
C1 TADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
C2 TADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
C3 TADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
C4 TADEVKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
C5 TADEVKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
C6 TADEIKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
C7 TADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
C8 TADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
C9 TADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYDGIKYYTV
C10 TADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
**** *************************************:*******
C1 IPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLS
C2 IPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLS
C3 IPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLS
C4 IPRSFRSKANRREAWAAFYVYKLHQLTYLLDFSVDGYIRRTIDCGHDDLS
C5 IPRSFRSKANRREAWAAFYVYKLHQLTYLLDFSVDGYIRRTIDCEHDDLS
C6 IPRSFRSKANRREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLS
C7 IPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLS
C8 IPRSFRSKANKRESWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLS
C9 IPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLS
C10 IPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLS
**********:**:**************************:*** *****
C1 QLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQ
C2 QLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQ
C3 QLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQ
C4 QLHCSYTSFEVDTGVYSVSSYEASAIGTFIEQPNATECDFSPMFKGVAPQ
C5 QLHCSYTSFEVDTGVYSVSSYEASAIGTFIEQPNATECDFSPMFKGVAPQ
C6 QLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMFTGVAPQ
C7 QLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQ
C8 QLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQ
C9 QLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQ
C10 QLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQ
************************* *****************:.*****
C1 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDAIARGCYSTLTVDY
C2 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDSIARGCYSTLTVDY
C3 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPVAIARGCYSTLTVDY
C4 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDAIARGCYSTLTVDY
C5 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDAIARGCYSTLTVDY
C6 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDAIARGCYSTLTVDY
C7 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDSIARGCYSTLTVDY
C8 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDAIARGCYSTLTVDY
C9 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDAIARGCYSTLTVDY
C10 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDAIARGCYSTLTVDY
*********************************** :*************
C1 FAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVLANVTITKPHA
C2 FAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVLANVTITKPHA
C3 FAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVLANVTITKPHA
C4 FAYPLSMKSYIRPGSAGNIPLYNYKQSFAHPTCRVLASVPPNVTITKPEA
C5 FAYPLSMKSYIRPGSAGNIPLYNYKQSFAHPTCRVLASVPPNVTITKPEA
C6 FAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVPPNVTITKPEA
C7 FAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVLANVTITKPHA
C8 FAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVPANVTITKPQA
C9 FAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVPANVTITKPDA
C10 FAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVPANVTITKPQA
*****************************:*****:*** .*******.*
C1 YGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFSEDGQVFKRTL
C2 YGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFSEDGQVFKRTL
C3 YGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFSEDGQVFKRTL
C4 YGYISKCSRLTGDYQHIETPLYINPGEYSICRDFAPLGFSEDGQVFKRTL
C5 YGYISKCSRLTGDYQHIETPLYINPGEYSICRDFAPLGFSEDGQVFKRTL
C6 YGYISKCSRLTGDNDHIETSLYINPGEYSICRDFAPWGFSEDGQVFKRTL
C7 YGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFSEDGQVFKRTL
C8 YGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFSEDGQVFKRTL
C9 YGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFSEDGQVFKRTL
C10 YGYISKCSRLTGSNQDVETPLYINPGEYSICRDFSPGGFSEDGQVFKRTL
************ :.:**.**************:* *************
C1 TQFEGGGLLIGVGTRVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLT
C2 TQFEGGGLLIGVGTRVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLT
C3 TQFEGGGLLIGVGTRVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLT
C4 TQFEGGGLLIGVGTRVPMTANLEMGFVISVQYGAGTDSVCPMLDLGESST
C5 TQFEGGGLLIGVGTRVPMTANLEMGFVISVQYGAGTDSVCPMLDLGESST
C6 TQFEGGGLLIGVGTRVPMTANLEMGFVISVQHGAGTDSVCPMLDLGESST
C7 TQFEGGGLLIGVGTRVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLT
C8 TQFEGGGLLIGVGTKVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLT
C9 TQFEGGGLLIGVGTRVPMTDNLQMSFIIFVQYGTGTDSVCPMLDLGDSLT
C10 TQFEGGGLLIGVGTRVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLT
**************:**** **:*.*:* **:*:************:* *
C1 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDD
C2 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDD
C3 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDD
C4 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDD
C5 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDD
C6 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDD
C7 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDD
C8 ITNRLGKCVDYSLYGVTGRGVFQNCSAVGVKQQRFVYDSFDNLVGYYSDD
C9 ITNRLGKCVDYSLYGVTGRGVFQNCSAVGVKQQRFVYDSFDNLVGYYSDD
C10 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDD
*************************:************************
C1 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
C2 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
C3 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
C4 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
C5 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
C6 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
C7 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
C8 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
C9 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
C10 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
**************************************************
C1 NLRRRDSNIPLQTAVGCVIGLSNNSLVVSDCKLPLGQSLCAVPPVSTFRS
C2 NLRRRDSNIPLQTAVGCVIGLSNNSLVVSDCKLPLGQSLCAVPPVSTFRS
C3 NLRRRDSNIPLQTAVGCVIGLSNNSLVVSDCKLPLGQSLCAVPPVSTFRS
C4 NLRRRDSNAPLQTAVGCVIGLSNNSLVVSECKLPLGQSLCAVPSVSLFRS
C5 NLRRRDSNAPLQTAVGCVIGLSNNSLVVSECKLPLGQSLCAVPSVSLFRS
C6 NLRRRDSNAPLQTAVGCVIGLSNNSLVVSECKLPLGQSLCAVPSVSLFRS
C7 NLRRRDSNIPLQTAVGCVIGLSNNSLVVSDCKLPLGQSLCAVPPVSTFRS
C8 NLRMRDSNIPLQTAVGCVIGLSNNSLVVSNCKLPLGQSLCAVPPVSTFRS
C9 NLRRRDSNIPLQTAVGCVIGLSNNSLVVSDCKLPLGQSLCAVPPVSTFRS
C10 NLRRRDSNIPLQTAVGCVIGLSNNSLVVSDCKLPLGQSLCAVPPVSTFRS
*** **** ********************:*************.** ***
C1 YSASQFQLAVLNYTSPIVVTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
C2 YSASQFQLAVLNYTSPIVVTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
C3 YSASQFQLAVLNYTSPIVVTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
C4 YSASQFQLAVLNYTSPIVLTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
C5 YSASQFQLAVLNYTSPIVLTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
C6 YSASQFQLAVLNYTSPIVLTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
C7 YSASQFQLAVLNYTSPIVVTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
C8 YSASQFQLAVLNYTSPIVVTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
C9 YSASQFQLAVLNYTSPIVVTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
C10 YSASQFQLAVLNYTSPIVVTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
******************:*******************************
C1 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
C2 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
C3 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
C4 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
C5 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
C6 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
C7 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
C8 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
C9 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
C10 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
**************************************************
C1 NIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIA
C2 NIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIA
C3 NIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIA
C4 NIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSPSGYRSAIEDLLFDKVTIA
C5 NIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSPSGYRSAIEDLLFDKVTIA
C6 NIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSPSGYRSAIEDLLFDKVTIA
C7 NIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIA
C8 NIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIA
C9 NIKTTSTQTLDYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIA
C10 NIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIA
**********:********************.*.****************
C1 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
C2 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
C3 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
C4 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
C5 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
C6 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
C7 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
C8 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
C9 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
C10 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
**************************************************
C1 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKF
C2 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKF
C3 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKF
C4 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKF
C5 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKF
C6 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKF
C7 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKF
C8 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKF
C9 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGIGITQQVLSENQKLIANKF
C10 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKF
*******************************:******************
C1 NQALGAMQTGFTTSNLAFSKVQDAVNANAQALSKLASELSNTFGAISSSI
C2 NQALGAMQTGFTTSNLAFSKVQDAVNANAQALSKLASELSNTFGAISSSI
C3 NQALGAMQTGFTTSNLAFSKVQDAVNANAQALSKLASELSNTFGAISSSI
C4 NQALGAMQTGFTTSNQAFSKVQDAVNANAQALSKLASELSNTFGAISSSI
C5 NQALGAMQTGFTTSNQAFSKVQDAVNANAQALSKLASELSNTFGAISSSI
C6 NQALGAMQTGFTTSNQAFSKVQDAVNANAQALSKLASELSNTFGAISSSI
C7 NQALGAMQTGFTTSNLAFSKVQDAVNANAQALSKLASELSNTFGAISSSI
C8 NQALGAMQTGFTTSNLAFSRVQDAVNANAQALSKLASELSNTFGAISSSI
C9 NQALGAMQTGFTTSNLAFSKVQDAVNANAQALSKLASELSNTFGAISSSI
C10 NQALGAMQTGFTTSNLAFSKVQDAVNANAQALSKLASELSNTFGAISSSI
*************** ***:******************************
C1 SDILARLDTVEQDAQIDRLINGRLTSLNAFVSQQLVRSETAARSAQLASD
C2 SDILARLDTVEQDAQIDRLINGRLISLNAFVSQQLVRSETAARSAQLASD
C3 SDILARLDTVEQDAQIDRLINGRLISLNAFVSQQLVRSETAARSAQLASD
C4 SDILARLDTAEQDAQIDRLINGRLTSLNAFVSQQLVRSETAARSAQLASD
C5 SDILARLDTVEQDAQIDRLINGRLTSLNAFVSQQLVRSETAARSAQLASD
C6 SDILARLDTVEQDAQIDRLINGRLTSLNAFVSQQLVRSETAARSAQLASD
C7 SDILARLDTVEQDAQIDRLINGRLISLNAFVSQQLVRSETAARSAQLASD
C8 SDILARLDTVEQDAQIDRLINGRLTSLNAFVSQQLVRSETAARSAQLASD
C9 SDILARLDTVEQDAQIDRLINGRLTSLNAFVSQQLVRSETAARSAQLASD
C10 SDILARLDTVEQDAQIDRLISGRLTSLNAFVSQQLVRSETAARSAQLASD
*********.**********.*** *************************
C1 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
C2 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
C3 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
C4 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
C5 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
C6 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
C7 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
C8 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
C9 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
C10 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
**************************************************
C1 AYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQ
C2 AYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQ
C3 AYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQ
C4 AYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFFKPEPITQ
C5 AYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFFKPEPITQ
C6 AYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFFKPEPITQ
C7 AYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQ
C8 AYGLCNNNSPPLCIAPIDGYFITNQTTTYSIDTEWYYTGSSFFKPEPITQ
C9 AYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQ
C10 AYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQ
********.*********************:***********:*******
C1 ANSRYVSSDVKFDKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
C2 ANSRYVSSDVKFDKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
C3 ANSRYVSSDVKFDKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
C4 ANSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
C5 ANSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
C6 ANSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
C7 ANSRYVSSDVKFDKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
C8 VNSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
C9 ANSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
C10 ANSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
.***********:*************************************
C1 AEISKINTTLLDLSDEMAMLQEVVKQLNDSYIDLKELGNYTYYNKWPWYV
C2 AEISKINTTLLDLSDEMAMLQEVVKQLNDSYIDLKELGNYTYYNKWPWYV
C3 AEISKINTTLLDLSDEMAMLQEVVKQLNDSYIDLKELGNYTYYNKWPWYV
C4 AEISKINTTLLDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYI
C5 AEISKINTTLLDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYI
C6 AEISKINTTLLDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYI
C7 AEISKINTTLLDLSDEMAMLQEVVKQLNDSYIDLKELGNYTYYNKWPWYV
C8 AEISKINTTLLDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYI
C9 AEISKINTTLLDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYV
C10 AEISKINTTLLDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYI
******************:******************************:
C1 WLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
C2 WLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
C3 WLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
C4 WLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
C5 WLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
C6 WLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
C7 WLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
C8 WLGFIAGLVALLLCAFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
C9 WLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
C10 WLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
**************.***********************************
C1 VH
C2 VH
C3 VH
C4 VH
C5 VH
C6 VH
C7 VH
C8 VH
C9 VH
C10 VH
**
-- Starting log on Wed Oct 26 23:18:19 GMT 2022 --
-- Iteration: /working_dir/pss_subsets/B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4.result/gapped_alignment/codeml,B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4.result.1--
MrBayes v3.2.6 x64
(Bayesian Analysis of Phylogeny)
Distributed under the GNU General Public License
Type "help" or "help <command>" for information
on the commands that are available.
Type "about" for authorship and general
information about the program.
Executing file "/data/mrbayes_input.nex"
UNIX line termination
Longest line length = 63
Parsing file
Expecting NEXUS formatted file
Reading data block
Allocated taxon set
Allocated matrix
Defining new matrix with 10 taxa and 4056 characters
Missing data coded as ?
Data matrix is interleaved
Data is Dna
Gaps coded as -
Matching characters coded as .
Taxon 1 -> C1
Taxon 2 -> C10
Taxon 3 -> C2
Taxon 4 -> C3
Taxon 5 -> C4
Taxon 6 -> C5
Taxon 7 -> C6
Taxon 8 -> C7
Taxon 9 -> C8
Taxon 10 -> C9
Successfully read matrix
Setting default partition (does not divide up characters)
Setting model defaults
Seed (for generating default start values) = 1666826302
Setting output file names to "/data/mrbayes_input.nex.run<i>.<p|t>"
Exiting data block
Reading mrbayes block
Setting autoclose to yes
Setting nowarnings to yes
Defining charset called 'first_pos'
Defining charset called 'second_pos'
Defining charset called 'third_pos'
Defining partition called 'by_codon'
Setting by_codon as the partition, dividing characters into 3 parts.
Setting model defaults
Seed (for generating default start values) = 268245073
Setting Nst to 6 for partition 1
Setting Nst to 6 for partition 2
Setting Nst to 6 for partition 3
Setting Rates to Invgamma for partition 1
Setting Rates to Invgamma for partition 2
Setting Rates to Invgamma for partition 3
Successfully set likelihood model parameters to all
applicable data partitions
Unlinking
Setting number of generations to 1000000
Running Markov chain
MCMC stamp = 1993186512
Seed = 274008638
Swapseed = 1666826302
Model settings:
Settings for partition 1 --
Datatype = DNA
Nucmodel = 4by4
Nst = 6
Substitution rates, expressed as proportions
of the rate sum, have a Dirichlet prior
(1.00,1.00,1.00,1.00,1.00,1.00)
Covarion = No
# States = 4
State frequencies have a Dirichlet prior
(1.00,1.00,1.00,1.00)
Rates = Invgamma
The distribution is approximated using 4 categories.
Likelihood summarized over all rate categories in each generation.
Shape parameter is exponentially
distributed with parameter (1.00).
Proportion of invariable sites is uniformly dist-
ributed on the interval (0.00,1.00).
Settings for partition 2 --
Datatype = DNA
Nucmodel = 4by4
Nst = 6
Substitution rates, expressed as proportions
of the rate sum, have a Dirichlet prior
(1.00,1.00,1.00,1.00,1.00,1.00)
Covarion = No
# States = 4
State frequencies have a Dirichlet prior
(1.00,1.00,1.00,1.00)
Rates = Invgamma
The distribution is approximated using 4 categories.
Likelihood summarized over all rate categories in each generation.
Shape parameter is exponentially
distributed with parameter (1.00).
Proportion of invariable sites is uniformly dist-
ributed on the interval (0.00,1.00).
Settings for partition 3 --
Datatype = DNA
Nucmodel = 4by4
Nst = 6
Substitution rates, expressed as proportions
of the rate sum, have a Dirichlet prior
(1.00,1.00,1.00,1.00,1.00,1.00)
Covarion = No
# States = 4
State frequencies have a Dirichlet prior
(1.00,1.00,1.00,1.00)
Rates = Invgamma
The distribution is approximated using 4 categories.
Likelihood summarized over all rate categories in each generation.
Shape parameter is exponentially
distributed with parameter (1.00).
Proportion of invariable sites is uniformly dist-
ributed on the interval (0.00,1.00).
Active parameters:
Partition(s)
Parameters 1 2 3
---------------------------
Revmat 1 1 1
Statefreq 2 2 2
Shape 3 3 4
Pinvar 5 5 5
Ratemultiplier 6 6 6
Topology 7 7 7
Brlens 8 8 8
---------------------------
Parameters can be linked or unlinked across partitions using 'link' and 'unlink'
1 -- Parameter = Revmat{all}
Type = Rates of reversible rate matrix
Prior = Dirichlet(1.00,1.00,1.00,1.00,1.00,1.00)
Partitions = All
2 -- Parameter = Pi{all}
Type = Stationary state frequencies
Prior = Dirichlet
Partitions = All
3 -- Parameter = Alpha{1,2}
Type = Shape of scaled gamma distribution of site rates
Prior = Exponential(1.00)
Partitions = 1 and 2
4 -- Parameter = Alpha{3}
Type = Shape of scaled gamma distribution of site rates
Prior = Exponential(1.00)
Partition = 3
5 -- Parameter = Pinvar{all}
Type = Proportion of invariable sites
Prior = Uniform(0.00,1.00)
Partitions = All
6 -- Parameter = Ratemultiplier{all}
Type = Partition-specific rate multiplier
Prior = Fixed(1.0)
Partitions = All
7 -- Parameter = Tau{all}
Type = Topology
Prior = All topologies equally probable a priori
Partitions = All
Subparam. = V{all}
8 -- Parameter = V{all}
Type = Branch lengths
Prior = Unconstrained:GammaDir(1.0,0.1000,1.0,1.0)
Partitions = All
The MCMC sampler will use the following moves:
With prob. Chain will use move
0.91 % Dirichlet(Revmat{all})
0.91 % Slider(Revmat{all})
0.91 % Dirichlet(Pi{all})
0.91 % Slider(Pi{all})
1.82 % Multiplier(Alpha{1,2})
1.82 % Multiplier(Alpha{3})
1.82 % Slider(Pinvar{all})
9.09 % ExtSPR(Tau{all},V{all})
9.09 % ExtTBR(Tau{all},V{all})
9.09 % NNI(Tau{all},V{all})
9.09 % ParsSPR(Tau{all},V{all})
36.36 % Multiplier(V{all})
12.73 % Nodeslider(V{all})
5.45 % TLMultiplier(V{all})
Division 1 has 37 unique site patterns
Division 2 has 36 unique site patterns
Division 3 has 78 unique site patterns
Initializing conditional likelihoods
Using standard SSE likelihood calculator for division 1 (single-precision)
Using standard SSE likelihood calculator for division 2 (single-precision)
Using standard SSE likelihood calculator for division 3 (single-precision)
Initializing invariable-site conditional likelihoods
Initial log likelihoods and log prior probs for run 1:
Chain 1 -- -11619.095050 -- 35.653401
Chain 2 -- -11613.993993 -- 35.653401
Chain 3 -- -11556.363082 -- 35.653401
Chain 4 -- -11583.313517 -- 35.653401
Initial log likelihoods and log prior probs for run 2:
Chain 1 -- -10417.057993 -- 35.653401
Chain 2 -- -11470.817810 -- 35.653401
Chain 3 -- -11355.892721 -- 35.653401
Chain 4 -- -11573.848343 -- 35.653401
Using a relative burnin of 25.0 % for diagnostics
Chain results (1000000 generations requested):
0 -- [-11619.095] (-11613.994) (-11556.363) (-11583.314) * [-10417.058] (-11470.818) (-11355.893) (-11573.848)
1000 -- (-8020.089) (-8101.845) (-8016.362) [-7986.334] * [-7962.566] (-8072.608) (-8036.068) (-8037.626) -- 0:16:39
2000 -- (-7949.277) [-7889.592] (-7908.685) (-7909.614) * [-7876.857] (-7924.010) (-7952.414) (-7918.676) -- 0:08:19
3000 -- (-7896.746) [-7849.416] (-7881.646) (-7868.802) * (-7850.221) (-7898.229) (-7848.412) [-7850.338] -- 0:05:32
4000 -- (-7881.239) [-7832.148] (-7874.340) (-7854.633) * (-7831.682) (-7869.976) (-7835.803) [-7833.714] -- 0:08:18
5000 -- (-7853.898) [-7829.321] (-7827.450) (-7852.430) * [-7824.467] (-7839.428) (-7843.540) (-7829.391) -- 0:06:38
Average standard deviation of split frequencies: 0.042855
6000 -- (-7844.679) (-7833.670) (-7836.177) [-7840.231] * (-7833.270) (-7835.465) (-7837.322) [-7826.358] -- 0:08:17
7000 -- (-7835.741) (-7827.801) [-7824.983] (-7831.413) * (-7825.632) (-7837.913) [-7821.411] (-7841.456) -- 0:07:05
8000 -- [-7828.183] (-7823.962) (-7824.892) (-7829.132) * (-7830.435) (-7832.488) [-7827.138] (-7836.110) -- 0:08:16
9000 -- [-7834.325] (-7827.504) (-7834.990) (-7825.071) * (-7839.751) (-7832.761) [-7820.780] (-7822.299) -- 0:07:20
10000 -- [-7821.821] (-7844.212) (-7831.445) (-7835.414) * (-7833.472) (-7837.280) [-7825.046] (-7827.501) -- 0:08:15
Average standard deviation of split frequencies: 0.070711
11000 -- (-7830.833) [-7821.352] (-7828.409) (-7827.497) * (-7832.776) (-7830.503) (-7825.637) [-7826.040] -- 0:07:29
12000 -- [-7831.797] (-7833.961) (-7822.601) (-7832.657) * (-7829.074) (-7822.949) (-7824.591) [-7827.349] -- 0:08:14
13000 -- [-7822.760] (-7832.509) (-7822.674) (-7842.518) * (-7842.875) [-7821.890] (-7834.987) (-7823.644) -- 0:07:35
14000 -- (-7835.479) [-7829.470] (-7835.376) (-7830.318) * (-7838.928) (-7832.301) [-7821.993] (-7826.718) -- 0:08:13
15000 -- (-7838.245) [-7827.850] (-7833.099) (-7832.405) * (-7840.891) (-7828.954) (-7828.711) [-7823.921] -- 0:07:39
Average standard deviation of split frequencies: 0.058926
16000 -- [-7816.350] (-7830.153) (-7836.180) (-7836.319) * [-7835.118] (-7835.279) (-7820.685) (-7833.430) -- 0:08:12
17000 -- (-7824.941) [-7824.252] (-7824.927) (-7826.941) * (-7830.982) (-7834.639) [-7824.067] (-7825.683) -- 0:07:42
18000 -- (-7820.983) [-7822.818] (-7832.750) (-7841.955) * (-7831.545) (-7829.796) [-7821.349] (-7826.294) -- 0:08:11
19000 -- (-7829.175) [-7824.890] (-7828.529) (-7831.009) * (-7839.431) (-7847.247) (-7835.596) [-7828.988] -- 0:07:44
20000 -- (-7822.406) (-7828.063) [-7822.361] (-7843.262) * [-7820.064] (-7831.948) (-7830.238) (-7822.623) -- 0:08:10
Average standard deviation of split frequencies: 0.027879
21000 -- [-7829.956] (-7848.676) (-7829.045) (-7824.513) * (-7817.855) (-7828.790) [-7829.348] (-7830.899) -- 0:07:46
22000 -- [-7828.402] (-7830.566) (-7822.557) (-7827.937) * [-7822.601] (-7824.114) (-7831.258) (-7828.654) -- 0:08:09
23000 -- [-7817.126] (-7828.620) (-7826.767) (-7831.835) * [-7824.472] (-7828.195) (-7835.382) (-7835.716) -- 0:07:47
24000 -- (-7829.993) (-7825.415) (-7824.685) [-7828.473] * (-7828.399) (-7830.009) (-7837.014) [-7833.081] -- 0:08:08
25000 -- [-7825.794] (-7827.634) (-7831.328) (-7827.416) * (-7830.773) [-7827.365] (-7829.665) (-7831.643) -- 0:07:48
Average standard deviation of split frequencies: 0.016116
26000 -- (-7829.761) (-7830.258) (-7827.447) [-7825.161] * (-7835.859) [-7832.898] (-7831.585) (-7825.260) -- 0:08:07
27000 -- [-7829.564] (-7834.171) (-7832.592) (-7832.177) * (-7817.770) [-7832.970] (-7824.874) (-7825.169) -- 0:07:48
28000 -- [-7828.631] (-7827.258) (-7820.260) (-7829.562) * (-7829.773) (-7841.957) [-7821.064] (-7831.398) -- 0:08:06
29000 -- (-7834.913) (-7833.232) (-7829.426) [-7824.845] * (-7821.605) [-7831.510] (-7840.456) (-7840.521) -- 0:07:48
30000 -- (-7847.039) [-7824.047] (-7834.310) (-7834.348) * [-7823.897] (-7833.233) (-7833.820) (-7831.585) -- 0:08:05
Average standard deviation of split frequencies: 0.008540
31000 -- (-7827.033) (-7833.357) [-7832.579] (-7832.631) * (-7831.852) (-7827.258) [-7824.766] (-7821.894) -- 0:07:48
32000 -- [-7823.350] (-7831.889) (-7827.321) (-7830.037) * (-7829.852) (-7830.937) (-7839.170) [-7826.414] -- 0:08:04
33000 -- [-7820.468] (-7837.890) (-7828.179) (-7826.194) * (-7827.801) (-7825.612) [-7822.894] (-7827.689) -- 0:07:48
34000 -- (-7837.284) [-7833.389] (-7828.691) (-7825.047) * (-7829.377) (-7847.720) (-7827.460) [-7832.189] -- 0:08:03
35000 -- (-7825.618) (-7833.302) [-7826.242] (-7824.990) * (-7820.849) (-7831.578) [-7820.653] (-7830.262) -- 0:07:48
Average standard deviation of split frequencies: 0.007275
36000 -- (-7833.066) [-7822.382] (-7831.262) (-7834.493) * (-7828.191) (-7844.421) (-7822.128) [-7826.831] -- 0:08:02
37000 -- [-7826.183] (-7825.119) (-7824.497) (-7831.196) * [-7824.083] (-7833.489) (-7827.728) (-7823.976) -- 0:07:48
38000 -- [-7825.531] (-7822.935) (-7826.296) (-7830.789) * [-7826.023] (-7830.801) (-7836.189) (-7836.111) -- 0:08:01
39000 -- (-7829.307) (-7827.004) [-7829.219] (-7838.151) * (-7828.757) [-7821.646] (-7823.339) (-7838.883) -- 0:07:48
40000 -- (-7825.202) [-7835.596] (-7829.050) (-7827.161) * (-7835.923) (-7827.880) [-7830.478] (-7824.500) -- 0:08:00
Average standard deviation of split frequencies: 0.009016
41000 -- (-7828.608) (-7828.280) [-7821.278] (-7822.315) * (-7834.399) (-7821.478) (-7830.441) [-7821.426] -- 0:07:47
42000 -- (-7821.581) (-7831.946) [-7823.610] (-7830.430) * [-7832.874] (-7824.723) (-7823.315) (-7823.562) -- 0:07:59
43000 -- (-7825.265) (-7831.946) (-7830.711) [-7826.162] * (-7831.991) (-7824.821) (-7821.330) [-7820.986] -- 0:07:47
44000 -- [-7822.562] (-7835.408) (-7833.502) (-7824.250) * [-7820.622] (-7827.409) (-7832.317) (-7830.371) -- 0:07:58
45000 -- [-7820.106] (-7836.394) (-7834.127) (-7823.193) * (-7822.595) (-7826.666) [-7823.637] (-7838.621) -- 0:07:46
Average standard deviation of split frequencies: 0.007971
46000 -- [-7823.939] (-7825.037) (-7841.834) (-7833.353) * [-7825.585] (-7826.571) (-7830.239) (-7823.026) -- 0:07:57
47000 -- (-7826.030) [-7822.169] (-7828.362) (-7830.447) * (-7833.609) (-7844.911) [-7825.507] (-7828.881) -- 0:07:46
48000 -- [-7826.511] (-7827.052) (-7823.218) (-7827.168) * (-7827.748) [-7831.286] (-7827.649) (-7826.866) -- 0:07:56
49000 -- (-7827.406) [-7820.121] (-7822.539) (-7825.007) * [-7831.756] (-7831.254) (-7834.766) (-7826.539) -- 0:07:45
50000 -- (-7838.878) [-7823.200] (-7831.973) (-7829.303) * (-7835.839) (-7836.342) (-7823.083) [-7826.227] -- 0:07:55
Average standard deviation of split frequencies: 0.006203
51000 -- (-7827.094) [-7833.300] (-7831.576) (-7827.103) * (-7827.996) (-7832.646) [-7822.099] (-7826.830) -- 0:07:45
52000 -- [-7827.721] (-7826.032) (-7834.383) (-7825.438) * (-7833.966) (-7827.629) (-7824.128) [-7832.540] -- 0:07:54
53000 -- (-7825.250) [-7831.927] (-7826.145) (-7833.171) * (-7832.659) (-7834.427) [-7827.641] (-7834.499) -- 0:07:44
54000 -- (-7821.899) [-7824.082] (-7836.034) (-7830.445) * [-7829.567] (-7827.252) (-7819.017) (-7832.262) -- 0:07:53
55000 -- [-7830.935] (-7829.936) (-7826.269) (-7823.094) * [-7825.986] (-7827.668) (-7823.156) (-7832.956) -- 0:07:43
Average standard deviation of split frequencies: 0.012159
56000 -- [-7824.679] (-7824.237) (-7825.494) (-7831.637) * (-7839.412) (-7827.959) (-7826.677) [-7827.871] -- 0:07:52
57000 -- (-7822.007) (-7823.493) [-7823.130] (-7826.291) * (-7827.742) (-7842.667) (-7827.362) [-7836.109] -- 0:07:43
58000 -- [-7825.937] (-7825.886) (-7824.434) (-7829.146) * (-7822.630) (-7819.583) [-7825.718] (-7826.369) -- 0:07:51
59000 -- (-7839.178) [-7823.205] (-7827.624) (-7824.222) * (-7826.206) (-7820.480) [-7830.624] (-7831.654) -- 0:07:42
60000 -- (-7830.646) (-7830.269) (-7838.624) [-7829.407] * (-7821.662) [-7819.253] (-7832.135) (-7837.865) -- 0:07:50
Average standard deviation of split frequencies: 0.006907
61000 -- (-7832.104) [-7834.385] (-7835.795) (-7831.437) * (-7837.441) [-7823.861] (-7827.464) (-7828.250) -- 0:07:41
62000 -- [-7825.857] (-7835.400) (-7831.721) (-7818.732) * (-7824.637) [-7822.442] (-7826.294) (-7827.747) -- 0:07:49
63000 -- (-7835.464) (-7825.473) [-7821.306] (-7827.752) * (-7832.841) (-7834.194) [-7833.417] (-7828.652) -- 0:07:41
64000 -- (-7830.038) (-7834.522) (-7826.275) [-7828.217] * (-7833.383) (-7840.854) [-7823.722] (-7825.172) -- 0:07:48
65000 -- (-7837.514) (-7831.227) [-7828.982] (-7835.355) * [-7827.556] (-7838.988) (-7824.264) (-7837.533) -- 0:07:40
Average standard deviation of split frequencies: 0.008730
66000 -- (-7834.751) [-7835.054] (-7827.721) (-7829.832) * [-7830.164] (-7837.222) (-7825.226) (-7833.707) -- 0:07:47
67000 -- (-7827.571) (-7830.397) [-7839.085] (-7825.871) * (-7821.190) (-7829.634) [-7832.976] (-7823.625) -- 0:07:39
68000 -- (-7834.571) [-7823.172] (-7834.087) (-7832.846) * (-7830.103) (-7829.963) [-7826.713] (-7827.205) -- 0:07:46
69000 -- (-7835.791) (-7818.972) (-7822.925) [-7832.771] * [-7819.993] (-7827.483) (-7821.653) (-7824.320) -- 0:07:38
70000 -- (-7827.579) (-7827.186) (-7834.312) [-7821.777] * (-7834.551) [-7822.431] (-7821.466) (-7828.166) -- 0:07:31
Average standard deviation of split frequencies: 0.008153
71000 -- (-7827.890) (-7825.185) [-7827.121] (-7827.621) * (-7834.671) (-7829.029) [-7822.737] (-7819.595) -- 0:07:37
72000 -- (-7829.202) (-7819.516) (-7827.181) [-7830.169] * (-7822.611) [-7828.963] (-7830.359) (-7832.093) -- 0:07:31
73000 -- (-7825.928) (-7824.401) (-7830.548) [-7829.666] * [-7826.708] (-7828.087) (-7817.931) (-7838.539) -- 0:07:37
74000 -- [-7826.379] (-7826.231) (-7833.268) (-7823.882) * [-7825.697] (-7833.801) (-7849.563) (-7831.008) -- 0:07:30
75000 -- (-7842.202) (-7842.016) (-7838.898) [-7835.096] * (-7828.415) [-7834.167] (-7830.754) (-7839.422) -- 0:07:36
Average standard deviation of split frequencies: 0.007581
76000 -- (-7831.148) (-7823.541) (-7827.374) [-7829.810] * (-7830.343) [-7821.670] (-7823.320) (-7836.543) -- 0:07:29
77000 -- [-7826.799] (-7831.810) (-7831.281) (-7830.237) * (-7834.437) (-7834.758) [-7825.702] (-7830.252) -- 0:07:35
78000 -- (-7822.708) (-7826.276) (-7832.408) [-7825.289] * (-7829.580) (-7826.245) [-7824.084] (-7824.592) -- 0:07:29
79000 -- (-7827.506) [-7822.085] (-7831.348) (-7839.394) * [-7827.863] (-7822.348) (-7824.381) (-7831.048) -- 0:07:34
80000 -- (-7830.427) [-7828.549] (-7838.050) (-7824.681) * (-7825.155) (-7835.527) [-7826.086] (-7829.761) -- 0:07:28
Average standard deviation of split frequencies: 0.009740
81000 -- (-7831.534) (-7827.665) (-7827.108) [-7829.247] * (-7833.097) (-7827.836) [-7832.895] (-7833.468) -- 0:07:33
82000 -- (-7828.291) [-7821.519] (-7829.357) (-7826.864) * (-7822.633) [-7835.274] (-7829.761) (-7825.518) -- 0:07:27
83000 -- (-7822.262) (-7825.597) (-7829.459) [-7821.009] * [-7824.231] (-7823.952) (-7827.766) (-7834.790) -- 0:07:32
84000 -- (-7831.915) (-7833.131) (-7840.760) [-7831.465] * (-7825.818) (-7825.207) (-7835.105) [-7828.445] -- 0:07:27
85000 -- [-7832.884] (-7820.348) (-7844.199) (-7834.133) * (-7831.058) (-7821.623) (-7836.219) [-7829.792] -- 0:07:32
Average standard deviation of split frequencies: 0.010963
86000 -- (-7824.025) (-7835.003) (-7835.007) [-7826.958] * (-7831.162) (-7828.918) [-7825.853] (-7828.311) -- 0:07:26
87000 -- (-7835.831) [-7829.031] (-7831.500) (-7825.597) * [-7822.209] (-7833.421) (-7825.668) (-7830.497) -- 0:07:20
88000 -- (-7840.258) (-7828.531) (-7834.848) [-7826.703] * (-7838.606) (-7834.011) [-7832.228] (-7829.335) -- 0:07:25
89000 -- (-7835.034) (-7834.966) (-7826.314) [-7833.722] * (-7845.217) (-7830.504) [-7824.431] (-7831.746) -- 0:07:20
90000 -- (-7824.019) (-7828.621) [-7824.149] (-7830.231) * (-7844.439) (-7828.763) (-7830.052) [-7825.927] -- 0:07:24
Average standard deviation of split frequencies: 0.009821
91000 -- (-7834.352) [-7819.441] (-7835.141) (-7831.820) * (-7846.459) [-7835.094] (-7830.373) (-7828.343) -- 0:07:19
92000 -- [-7829.802] (-7830.587) (-7840.929) (-7823.105) * (-7829.863) (-7831.612) (-7829.254) [-7825.961] -- 0:07:24
93000 -- (-7824.450) [-7820.525] (-7834.180) (-7829.602) * [-7820.890] (-7826.383) (-7821.662) (-7836.169) -- 0:07:18
94000 -- [-7827.053] (-7843.374) (-7823.646) (-7833.657) * (-7832.772) [-7822.180] (-7835.821) (-7830.849) -- 0:07:23
95000 -- (-7832.505) [-7826.335] (-7826.390) (-7824.859) * (-7828.982) [-7828.709] (-7828.361) (-7827.577) -- 0:07:18
Average standard deviation of split frequencies: 0.012549
96000 -- (-7832.579) (-7823.105) [-7824.727] (-7825.666) * (-7828.710) [-7832.872] (-7834.480) (-7831.767) -- 0:07:22
97000 -- [-7821.137] (-7834.248) (-7829.023) (-7823.955) * (-7825.130) (-7836.548) [-7827.567] (-7828.065) -- 0:07:17
98000 -- [-7822.333] (-7822.103) (-7822.156) (-7826.963) * (-7824.488) (-7828.164) (-7823.481) [-7824.361] -- 0:07:21
99000 -- [-7826.532] (-7836.332) (-7826.951) (-7826.307) * (-7831.462) [-7827.103] (-7829.368) (-7829.065) -- 0:07:16
100000 -- (-7830.184) [-7831.993] (-7822.504) (-7832.050) * [-7826.804] (-7828.580) (-7829.423) (-7832.361) -- 0:07:21
Average standard deviation of split frequencies: 0.006764
101000 -- (-7826.380) (-7830.505) [-7821.595] (-7829.582) * (-7827.338) (-7819.973) [-7823.764] (-7828.485) -- 0:07:16
102000 -- (-7827.830) (-7838.390) (-7833.413) [-7820.371] * (-7834.736) [-7825.354] (-7828.943) (-7840.633) -- 0:07:20
103000 -- (-7830.212) (-7839.558) (-7826.244) [-7825.312] * (-7839.089) (-7837.099) [-7822.121] (-7824.879) -- 0:07:15
104000 -- (-7840.707) (-7835.409) [-7827.709] (-7826.734) * (-7830.180) (-7830.089) (-7828.385) [-7830.387] -- 0:07:10
105000 -- (-7835.402) [-7822.052] (-7829.746) (-7823.363) * (-7834.904) [-7822.861] (-7831.755) (-7830.472) -- 0:07:14
Average standard deviation of split frequencies: 0.013836
106000 -- (-7833.919) [-7830.999] (-7829.590) (-7822.915) * (-7826.983) (-7824.546) (-7833.685) [-7823.880] -- 0:07:10
107000 -- (-7828.269) [-7823.213] (-7832.127) (-7827.557) * (-7823.756) (-7830.847) [-7828.345] (-7835.705) -- 0:07:13
108000 -- [-7825.801] (-7820.109) (-7832.215) (-7833.620) * (-7832.315) [-7825.641] (-7830.825) (-7826.337) -- 0:07:09
109000 -- (-7822.571) [-7823.950] (-7837.337) (-7829.158) * (-7845.477) (-7822.316) [-7831.620] (-7825.760) -- 0:07:13
110000 -- (-7831.019) (-7833.278) (-7824.482) [-7819.545] * (-7832.964) (-7822.950) [-7826.608] (-7824.251) -- 0:07:08
Average standard deviation of split frequencies: 0.011359
111000 -- (-7823.251) (-7821.530) [-7829.561] (-7826.854) * (-7835.661) (-7836.123) (-7838.380) [-7826.156] -- 0:07:12
112000 -- [-7824.187] (-7827.491) (-7829.946) (-7834.307) * (-7828.854) [-7826.272] (-7838.155) (-7836.818) -- 0:07:08
113000 -- (-7837.953) (-7833.408) (-7817.494) [-7823.141] * (-7829.671) [-7828.330] (-7833.400) (-7827.464) -- 0:07:11
114000 -- [-7822.912] (-7839.675) (-7821.957) (-7839.886) * (-7824.437) (-7829.676) [-7818.030] (-7823.358) -- 0:07:07
115000 -- (-7842.062) [-7825.043] (-7823.495) (-7830.229) * (-7830.432) (-7820.985) (-7825.567) [-7822.898] -- 0:07:10
Average standard deviation of split frequencies: 0.010385
116000 -- (-7826.417) (-7825.870) (-7830.229) [-7822.971] * (-7839.432) [-7823.013] (-7837.271) (-7829.660) -- 0:07:06
117000 -- (-7833.406) (-7821.754) [-7819.802] (-7828.167) * (-7830.094) [-7827.484] (-7822.635) (-7824.129) -- 0:07:10
118000 -- (-7831.847) (-7826.092) (-7835.236) [-7827.572] * (-7826.760) [-7829.107] (-7830.849) (-7831.029) -- 0:07:06
119000 -- [-7838.725] (-7825.302) (-7836.309) (-7824.717) * (-7836.880) (-7833.088) [-7825.761] (-7839.166) -- 0:07:09
120000 -- (-7828.780) [-7827.798] (-7829.426) (-7833.312) * (-7822.062) [-7821.376] (-7825.321) (-7833.610) -- 0:07:05
Average standard deviation of split frequencies: 0.013022
121000 -- [-7835.494] (-7822.509) (-7827.469) (-7835.817) * (-7834.065) [-7825.663] (-7827.172) (-7824.965) -- 0:07:01
122000 -- (-7833.249) (-7822.291) [-7829.869] (-7840.161) * (-7831.514) (-7838.886) [-7828.343] (-7821.830) -- 0:07:04
123000 -- (-7838.637) (-7834.795) (-7823.729) [-7828.858] * (-7825.131) (-7833.919) [-7825.557] (-7837.271) -- 0:07:00
124000 -- (-7823.914) (-7822.911) (-7830.095) [-7832.827] * (-7828.748) [-7827.120] (-7824.501) (-7830.928) -- 0:07:03
125000 -- (-7828.004) [-7829.787] (-7828.223) (-7832.700) * [-7823.783] (-7820.046) (-7830.711) (-7826.728) -- 0:07:00
Average standard deviation of split frequencies: 0.012471
126000 -- (-7826.626) (-7829.026) (-7830.936) [-7824.964] * (-7824.428) [-7830.353] (-7829.549) (-7818.601) -- 0:07:03
127000 -- (-7829.279) [-7827.914] (-7828.469) (-7826.352) * (-7830.234) [-7825.113] (-7835.980) (-7826.369) -- 0:06:59
128000 -- (-7826.731) (-7829.939) (-7828.901) [-7830.643] * (-7832.146) (-7828.137) (-7836.501) [-7822.799] -- 0:07:02
129000 -- (-7834.900) [-7830.165] (-7834.026) (-7836.105) * (-7829.107) (-7818.619) [-7831.088] (-7826.412) -- 0:06:58
130000 -- (-7834.001) [-7822.820] (-7828.195) (-7828.782) * (-7836.571) (-7835.236) (-7844.860) [-7825.863] -- 0:07:01
Average standard deviation of split frequencies: 0.012426
131000 -- (-7822.399) (-7830.296) (-7827.655) [-7822.339] * [-7835.451] (-7827.434) (-7837.802) (-7832.721) -- 0:06:57
132000 -- (-7824.136) (-7831.191) (-7817.445) [-7826.651] * (-7822.648) (-7832.621) [-7837.809] (-7836.299) -- 0:07:00
133000 -- (-7829.606) (-7823.820) [-7821.764] (-7827.295) * (-7819.268) (-7819.875) [-7827.722] (-7839.554) -- 0:06:57
134000 -- (-7824.393) (-7827.771) (-7829.677) [-7822.563] * (-7834.424) (-7822.795) [-7830.816] (-7829.909) -- 0:07:00
135000 -- (-7824.924) (-7830.254) (-7821.420) [-7829.141] * (-7824.105) [-7825.792] (-7822.398) (-7827.554) -- 0:06:56
Average standard deviation of split frequencies: 0.009243
136000 -- [-7824.601] (-7825.211) (-7824.702) (-7833.059) * (-7829.571) (-7832.166) [-7825.498] (-7827.153) -- 0:06:59
137000 -- (-7831.153) (-7827.631) [-7824.307] (-7823.023) * [-7826.470] (-7824.166) (-7828.597) (-7827.215) -- 0:06:55
138000 -- (-7827.087) (-7832.659) (-7833.315) [-7833.377] * [-7819.018] (-7826.085) (-7831.070) (-7829.809) -- 0:06:58
139000 -- (-7831.730) [-7831.740] (-7826.886) (-7833.068) * (-7830.638) [-7823.471] (-7839.394) (-7832.693) -- 0:06:55
140000 -- [-7828.587] (-7842.348) (-7828.353) (-7830.396) * (-7825.855) (-7832.334) (-7824.312) [-7821.513] -- 0:06:51
Average standard deviation of split frequencies: 0.009309
141000 -- (-7823.393) (-7824.890) (-7833.044) [-7822.827] * [-7826.937] (-7832.611) (-7839.122) (-7829.608) -- 0:06:54
142000 -- (-7824.693) [-7835.447] (-7828.971) (-7835.278) * (-7824.431) (-7824.961) [-7828.291] (-7835.260) -- 0:06:50
143000 -- (-7832.858) [-7831.422] (-7836.285) (-7830.232) * [-7819.305] (-7822.399) (-7824.146) (-7829.955) -- 0:06:53
144000 -- (-7826.081) (-7831.980) [-7825.468] (-7840.409) * (-7828.064) (-7826.546) [-7825.451] (-7824.027) -- 0:06:50
145000 -- (-7835.763) (-7831.525) (-7837.196) [-7828.099] * [-7821.310] (-7837.056) (-7830.239) (-7825.773) -- 0:06:52
Average standard deviation of split frequencies: 0.009328
146000 -- (-7822.890) (-7828.130) (-7846.290) [-7824.882] * (-7826.912) (-7825.139) (-7824.825) [-7831.773] -- 0:06:49
147000 -- (-7827.712) (-7829.079) [-7827.532] (-7839.792) * (-7825.210) [-7822.362] (-7824.186) (-7843.332) -- 0:06:51
148000 -- (-7838.992) [-7834.070] (-7828.011) (-7831.821) * (-7824.129) (-7828.730) [-7831.652] (-7839.773) -- 0:06:48
149000 -- (-7831.748) (-7834.170) (-7832.975) [-7832.449] * [-7830.419] (-7839.083) (-7827.933) (-7833.768) -- 0:06:51
150000 -- (-7820.430) [-7825.622] (-7840.612) (-7819.817) * [-7823.792] (-7822.139) (-7841.146) (-7826.658) -- 0:06:48
Average standard deviation of split frequencies: 0.011472
151000 -- (-7836.476) [-7829.835] (-7832.470) (-7829.746) * (-7829.599) [-7824.324] (-7828.853) (-7825.234) -- 0:06:50
152000 -- (-7827.207) (-7825.450) [-7826.264] (-7831.303) * (-7828.288) (-7832.849) [-7823.619] (-7836.420) -- 0:06:47
153000 -- (-7828.593) [-7829.449] (-7836.366) (-7825.073) * (-7830.207) [-7820.672] (-7833.784) (-7833.379) -- 0:06:49
154000 -- [-7830.489] (-7823.581) (-7831.004) (-7833.565) * (-7836.282) [-7819.637] (-7833.611) (-7839.745) -- 0:06:46
155000 -- (-7823.105) (-7829.035) [-7823.143] (-7831.426) * (-7830.465) [-7829.673] (-7826.291) (-7823.782) -- 0:06:48
Average standard deviation of split frequencies: 0.009401
156000 -- (-7830.837) (-7823.760) [-7821.662] (-7827.765) * (-7825.836) [-7827.901] (-7827.647) (-7831.888) -- 0:06:45
157000 -- [-7826.777] (-7838.035) (-7826.188) (-7833.576) * (-7838.826) (-7824.486) (-7825.353) [-7825.000] -- 0:06:48
158000 -- [-7820.421] (-7831.463) (-7835.501) (-7835.273) * (-7833.848) [-7823.647] (-7827.184) (-7833.615) -- 0:06:45
159000 -- [-7822.568] (-7833.467) (-7832.647) (-7827.956) * (-7830.073) (-7832.936) [-7823.697] (-7824.532) -- 0:06:47
160000 -- (-7837.682) (-7826.734) (-7831.970) [-7834.358] * (-7829.166) (-7829.975) [-7822.174] (-7826.391) -- 0:06:44
Average standard deviation of split frequencies: 0.008476
161000 -- (-7834.295) [-7828.947] (-7840.706) (-7829.340) * (-7829.163) (-7833.218) (-7828.969) [-7826.036] -- 0:06:46
162000 -- [-7828.259] (-7828.057) (-7838.754) (-7828.476) * [-7820.375] (-7846.776) (-7828.430) (-7828.086) -- 0:06:43
163000 -- (-7827.422) (-7835.879) (-7823.162) [-7833.684] * (-7824.265) [-7836.202] (-7831.710) (-7821.741) -- 0:06:45
164000 -- [-7823.595] (-7831.605) (-7829.392) (-7832.260) * (-7830.825) [-7821.543] (-7832.578) (-7835.355) -- 0:06:42
165000 -- [-7824.558] (-7828.208) (-7830.241) (-7831.780) * (-7833.308) (-7828.401) (-7839.547) [-7824.011] -- 0:06:39
Average standard deviation of split frequencies: 0.009150
166000 -- (-7831.722) [-7828.269] (-7836.227) (-7828.414) * [-7826.319] (-7829.579) (-7831.863) (-7831.865) -- 0:06:41
167000 -- (-7834.789) (-7824.333) [-7824.935] (-7827.808) * (-7828.381) (-7839.559) (-7843.347) [-7826.521] -- 0:06:39
168000 -- (-7829.751) [-7825.281] (-7822.696) (-7834.383) * (-7823.676) (-7827.475) [-7828.033] (-7834.891) -- 0:06:41
169000 -- (-7829.783) [-7831.594] (-7829.061) (-7826.554) * (-7826.476) (-7835.204) [-7830.107] (-7829.269) -- 0:06:38
170000 -- (-7829.688) [-7824.375] (-7828.344) (-7824.986) * (-7835.288) [-7829.884] (-7831.509) (-7833.914) -- 0:06:40
Average standard deviation of split frequencies: 0.008286
171000 -- (-7829.889) (-7832.461) [-7823.629] (-7826.828) * (-7826.260) (-7833.139) (-7820.200) [-7828.005] -- 0:06:37
172000 -- (-7822.417) (-7835.680) (-7833.032) [-7833.889] * [-7825.882] (-7827.883) (-7838.862) (-7827.425) -- 0:06:39
173000 -- (-7826.919) [-7824.721] (-7822.987) (-7822.128) * (-7828.272) [-7824.221] (-7822.746) (-7827.798) -- 0:06:36
174000 -- (-7833.091) (-7832.239) (-7821.310) [-7829.347] * (-7828.196) (-7842.226) [-7826.264] (-7832.360) -- 0:06:38
175000 -- (-7831.778) [-7830.143] (-7828.675) (-7828.649) * [-7829.743] (-7832.836) (-7829.901) (-7833.632) -- 0:06:36
Average standard deviation of split frequencies: 0.007738
176000 -- (-7824.056) [-7825.177] (-7826.158) (-7843.508) * (-7836.125) [-7828.380] (-7830.212) (-7832.390) -- 0:06:37
177000 -- [-7825.862] (-7827.621) (-7830.366) (-7832.935) * (-7832.366) [-7825.102] (-7827.875) (-7827.816) -- 0:06:35
178000 -- [-7829.564] (-7840.585) (-7823.115) (-7825.083) * [-7833.665] (-7823.641) (-7829.937) (-7830.206) -- 0:06:37
179000 -- (-7826.125) (-7826.537) [-7822.835] (-7828.237) * (-7823.455) (-7825.829) (-7841.068) [-7828.415] -- 0:06:34
180000 -- (-7844.422) [-7821.292] (-7839.107) (-7822.861) * [-7822.925] (-7830.731) (-7836.499) (-7827.535) -- 0:06:36
Average standard deviation of split frequencies: 0.009857
181000 -- (-7829.318) [-7825.327] (-7825.519) (-7825.863) * (-7822.864) (-7822.840) (-7834.786) [-7824.047] -- 0:06:33
182000 -- (-7829.288) (-7824.448) [-7827.146] (-7825.771) * (-7827.868) [-7822.793] (-7831.830) (-7819.509) -- 0:06:35
183000 -- (-7824.006) (-7833.310) (-7825.601) [-7826.613] * [-7820.550] (-7843.529) (-7830.337) (-7825.125) -- 0:06:32
184000 -- (-7825.981) (-7825.134) [-7829.896] (-7838.826) * (-7829.130) (-7828.365) [-7829.893] (-7829.112) -- 0:06:30
185000 -- [-7824.507] (-7839.455) (-7830.020) (-7829.655) * [-7826.110] (-7827.665) (-7828.274) (-7838.580) -- 0:06:32
Average standard deviation of split frequencies: 0.009575
186000 -- [-7824.937] (-7820.139) (-7833.101) (-7829.334) * (-7848.164) (-7834.027) (-7830.576) [-7830.309] -- 0:06:29
187000 -- [-7826.855] (-7835.340) (-7827.578) (-7825.610) * (-7828.080) (-7830.781) [-7827.257] (-7839.491) -- 0:06:31
188000 -- (-7838.812) (-7835.996) [-7818.312] (-7838.765) * (-7829.187) (-7828.903) [-7827.936] (-7824.660) -- 0:06:28
189000 -- [-7826.078] (-7830.251) (-7830.055) (-7832.605) * (-7832.084) [-7835.230] (-7831.317) (-7834.818) -- 0:06:30
190000 -- (-7829.894) [-7827.480] (-7823.556) (-7826.380) * (-7829.784) (-7822.630) (-7828.495) [-7827.491] -- 0:06:27
Average standard deviation of split frequencies: 0.012362
191000 -- [-7821.510] (-7833.505) (-7831.820) (-7831.510) * [-7823.321] (-7819.739) (-7832.245) (-7832.184) -- 0:06:29
192000 -- (-7834.306) [-7822.931] (-7824.961) (-7820.838) * (-7824.817) (-7846.483) [-7829.287] (-7832.359) -- 0:06:27
193000 -- [-7835.614] (-7824.980) (-7822.940) (-7826.261) * [-7831.612] (-7825.802) (-7823.169) (-7827.000) -- 0:06:28
194000 -- (-7840.684) (-7825.230) [-7828.270] (-7827.847) * (-7832.412) (-7828.649) [-7821.277] (-7826.793) -- 0:06:26
195000 -- [-7825.737] (-7822.409) (-7824.230) (-7837.118) * (-7836.182) (-7822.106) [-7827.791] (-7826.314) -- 0:06:28
Average standard deviation of split frequencies: 0.012827
196000 -- [-7832.765] (-7822.491) (-7838.596) (-7825.043) * (-7824.283) [-7829.355] (-7832.558) (-7828.437) -- 0:06:25
197000 -- (-7830.244) [-7824.840] (-7827.993) (-7832.964) * [-7827.495] (-7839.832) (-7823.219) (-7824.271) -- 0:06:27
198000 -- (-7830.363) (-7827.202) (-7828.688) [-7826.158] * (-7830.806) [-7837.623] (-7831.940) (-7824.405) -- 0:06:24
199000 -- (-7825.398) (-7830.131) (-7838.870) [-7825.115] * (-7832.348) (-7827.118) [-7830.186] (-7825.946) -- 0:06:26
200000 -- (-7828.554) (-7828.962) (-7834.647) [-7826.076] * (-7822.087) [-7825.900] (-7832.276) (-7820.211) -- 0:06:24
Average standard deviation of split frequencies: 0.012529
201000 -- [-7826.089] (-7839.187) (-7827.661) (-7829.766) * (-7845.920) (-7826.552) (-7823.426) [-7825.426] -- 0:06:21
202000 -- (-7833.308) (-7829.698) (-7821.319) [-7828.993] * (-7828.327) (-7823.442) (-7827.751) [-7821.744] -- 0:06:23
203000 -- (-7833.494) (-7829.618) (-7833.385) [-7825.388] * (-7825.369) (-7821.750) (-7829.063) [-7826.176] -- 0:06:20
204000 -- (-7836.852) (-7838.872) (-7829.325) [-7829.925] * (-7821.406) (-7828.889) [-7826.349] (-7825.472) -- 0:06:22
205000 -- [-7824.558] (-7829.408) (-7835.211) (-7829.421) * [-7823.604] (-7827.516) (-7825.029) (-7820.875) -- 0:06:20
Average standard deviation of split frequencies: 0.010425
206000 -- (-7830.584) (-7829.503) [-7827.043] (-7825.662) * [-7830.049] (-7831.770) (-7821.971) (-7827.561) -- 0:06:21
207000 -- [-7827.785] (-7831.965) (-7829.369) (-7829.166) * (-7829.003) [-7822.917] (-7839.608) (-7822.274) -- 0:06:19
208000 -- (-7818.964) [-7824.402] (-7824.213) (-7825.840) * (-7833.064) (-7827.362) [-7821.794] (-7818.549) -- 0:06:20
209000 -- (-7827.296) (-7833.469) (-7832.757) [-7817.558] * [-7822.885] (-7822.991) (-7831.370) (-7831.167) -- 0:06:18
210000 -- [-7827.113] (-7832.849) (-7826.218) (-7832.814) * (-7824.818) (-7836.491) (-7836.976) [-7825.818] -- 0:06:19
Average standard deviation of split frequencies: 0.009945
211000 -- [-7825.147] (-7838.619) (-7823.067) (-7840.171) * (-7828.008) [-7829.292] (-7834.241) (-7832.996) -- 0:06:17
212000 -- (-7832.607) (-7828.773) (-7826.118) [-7823.165] * (-7819.268) (-7829.244) (-7827.193) [-7830.066] -- 0:06:19
213000 -- (-7832.443) (-7827.914) (-7828.627) [-7823.514] * (-7829.774) (-7815.618) [-7830.036] (-7834.974) -- 0:06:16
214000 -- [-7834.086] (-7822.987) (-7832.226) (-7819.407) * (-7825.288) (-7826.596) (-7825.651) [-7833.144] -- 0:06:18
215000 -- (-7830.004) (-7836.713) [-7822.320] (-7825.702) * [-7823.553] (-7837.265) (-7832.716) (-7827.177) -- 0:06:16
Average standard deviation of split frequencies: 0.008730
216000 -- [-7827.644] (-7830.429) (-7832.803) (-7836.581) * (-7824.564) [-7824.931] (-7833.345) (-7833.474) -- 0:06:17
217000 -- (-7840.140) [-7822.702] (-7829.318) (-7839.653) * (-7831.868) [-7818.484] (-7825.452) (-7835.484) -- 0:06:15
218000 -- (-7835.047) (-7819.392) [-7825.320] (-7824.549) * (-7821.633) (-7826.964) [-7831.291] (-7831.669) -- 0:06:16
219000 -- (-7833.325) (-7823.664) (-7833.745) [-7827.132] * (-7828.841) [-7820.393] (-7825.395) (-7831.224) -- 0:06:14
220000 -- [-7823.358] (-7823.323) (-7824.150) (-7822.831) * (-7834.305) [-7825.800] (-7835.225) (-7833.237) -- 0:06:12
Average standard deviation of split frequencies: 0.010207
221000 -- (-7825.228) [-7827.090] (-7825.993) (-7830.348) * (-7828.381) (-7829.650) [-7825.889] (-7826.479) -- 0:06:13
222000 -- (-7822.923) (-7831.848) [-7830.964] (-7829.516) * [-7826.428] (-7829.309) (-7839.230) (-7831.541) -- 0:06:11
223000 -- (-7824.002) (-7836.016) [-7825.196] (-7830.963) * [-7831.842] (-7830.352) (-7831.597) (-7828.518) -- 0:06:12
224000 -- (-7824.063) [-7831.688] (-7839.025) (-7833.515) * [-7830.547] (-7839.428) (-7837.289) (-7830.735) -- 0:06:10
225000 -- (-7838.307) (-7825.909) (-7826.203) [-7827.346] * [-7828.107] (-7825.424) (-7830.614) (-7824.571) -- 0:06:12
Average standard deviation of split frequencies: 0.009270
226000 -- [-7821.424] (-7825.496) (-7830.783) (-7836.078) * [-7825.698] (-7824.942) (-7838.073) (-7829.890) -- 0:06:09
227000 -- (-7825.327) [-7828.069] (-7828.479) (-7829.416) * (-7831.148) (-7827.982) (-7827.732) [-7820.806] -- 0:06:11
228000 -- [-7829.701] (-7821.164) (-7824.998) (-7838.552) * (-7835.349) (-7827.640) (-7829.393) [-7833.571] -- 0:06:09
229000 -- (-7831.514) (-7830.174) (-7824.888) [-7824.432] * (-7825.836) (-7832.696) (-7832.709) [-7835.654] -- 0:06:10
230000 -- (-7822.870) [-7826.342] (-7827.203) (-7830.942) * [-7827.026] (-7824.887) (-7828.706) (-7827.571) -- 0:06:08
Average standard deviation of split frequencies: 0.009310
231000 -- (-7834.985) [-7834.389] (-7823.000) (-7826.002) * (-7841.948) [-7831.306] (-7821.082) (-7826.423) -- 0:06:09
232000 -- (-7824.790) (-7831.282) [-7820.817] (-7831.893) * (-7825.383) (-7827.549) (-7838.605) [-7824.088] -- 0:06:07
233000 -- (-7820.730) (-7842.774) [-7831.945] (-7829.592) * (-7824.705) (-7824.790) (-7827.051) [-7821.501] -- 0:06:08
234000 -- (-7827.780) (-7836.693) [-7824.456] (-7830.548) * (-7831.154) (-7827.003) (-7830.175) [-7817.746] -- 0:06:06
235000 -- (-7839.307) (-7825.420) (-7821.805) [-7820.433] * (-7828.894) [-7823.892] (-7832.260) (-7830.392) -- 0:06:07
Average standard deviation of split frequencies: 0.009322
236000 -- (-7819.423) [-7828.551] (-7831.191) (-7838.453) * (-7823.692) [-7827.125] (-7832.928) (-7838.897) -- 0:06:05
237000 -- (-7837.245) (-7830.248) [-7829.469] (-7832.760) * [-7825.773] (-7839.010) (-7827.497) (-7830.069) -- 0:06:07
238000 -- (-7826.499) [-7827.919] (-7832.232) (-7834.351) * (-7831.602) [-7826.145] (-7830.246) (-7822.692) -- 0:06:04
239000 -- [-7819.653] (-7823.612) (-7843.387) (-7826.532) * (-7837.268) (-7831.671) (-7829.232) [-7832.533] -- 0:06:02
240000 -- (-7817.628) [-7822.290] (-7825.635) (-7824.189) * [-7826.398] (-7826.901) (-7823.919) (-7829.026) -- 0:06:04
Average standard deviation of split frequencies: 0.008053
241000 -- (-7834.315) (-7820.990) (-7835.611) [-7825.735] * (-7838.642) [-7825.679] (-7831.664) (-7833.236) -- 0:06:02
242000 -- (-7832.917) (-7824.848) (-7834.894) [-7828.038] * (-7819.805) [-7820.739] (-7833.573) (-7828.174) -- 0:06:03
243000 -- (-7841.798) (-7826.272) (-7831.961) [-7822.137] * [-7827.736] (-7825.007) (-7823.332) (-7832.768) -- 0:06:01
244000 -- (-7831.235) [-7837.183] (-7821.962) (-7831.579) * (-7830.516) (-7825.937) [-7827.717] (-7836.062) -- 0:06:02
245000 -- (-7826.732) (-7825.493) (-7836.519) [-7822.264] * (-7826.820) [-7824.827] (-7841.986) (-7836.932) -- 0:06:00
Average standard deviation of split frequencies: 0.008517
246000 -- (-7824.491) (-7829.163) [-7824.704] (-7828.167) * (-7830.685) (-7824.291) [-7825.667] (-7827.069) -- 0:06:01
247000 -- (-7822.765) (-7822.479) [-7824.456] (-7828.593) * (-7823.849) (-7830.739) (-7820.738) [-7826.231] -- 0:05:59
248000 -- (-7830.521) [-7828.245] (-7830.222) (-7825.658) * (-7832.043) (-7829.642) [-7825.274] (-7825.218) -- 0:06:00
249000 -- (-7826.875) (-7836.340) [-7824.063] (-7825.037) * (-7829.089) (-7836.316) [-7823.123] (-7829.237) -- 0:05:58
250000 -- [-7837.374] (-7830.819) (-7830.326) (-7836.418) * [-7826.773] (-7833.028) (-7822.039) (-7825.058) -- 0:06:00
Average standard deviation of split frequencies: 0.009403
251000 -- (-7830.156) [-7837.935] (-7829.066) (-7829.634) * (-7826.891) (-7834.439) [-7832.264] (-7826.843) -- 0:05:58
252000 -- (-7826.083) (-7834.004) [-7821.819] (-7824.446) * (-7822.496) (-7832.155) [-7824.361] (-7824.645) -- 0:05:59
253000 -- (-7829.147) (-7821.430) [-7822.074] (-7823.596) * [-7834.133] (-7826.185) (-7840.625) (-7824.738) -- 0:05:57
254000 -- (-7832.113) [-7823.671] (-7830.003) (-7828.782) * (-7827.029) (-7822.309) (-7837.408) [-7821.111] -- 0:05:58
255000 -- (-7822.048) (-7829.059) (-7829.139) [-7822.875] * (-7833.619) (-7837.170) (-7828.664) [-7826.677] -- 0:05:56
Average standard deviation of split frequencies: 0.010230
256000 -- (-7832.187) (-7834.265) [-7836.797] (-7832.923) * (-7831.414) (-7835.644) (-7823.357) [-7825.365] -- 0:05:57
257000 -- (-7830.781) (-7822.571) [-7829.858] (-7829.427) * [-7823.515] (-7830.292) (-7843.402) (-7822.500) -- 0:05:55
258000 -- (-7833.330) (-7828.399) (-7829.526) [-7822.114] * [-7825.383] (-7828.073) (-7825.781) (-7831.047) -- 0:05:56
259000 -- (-7826.066) (-7841.606) [-7819.851] (-7827.333) * (-7823.797) [-7829.424] (-7833.390) (-7829.198) -- 0:05:54
260000 -- (-7820.818) [-7829.684] (-7838.856) (-7829.341) * (-7820.908) (-7840.261) [-7826.284] (-7829.417) -- 0:05:55
Average standard deviation of split frequencies: 0.011454
261000 -- (-7827.905) [-7821.719] (-7825.541) (-7832.307) * (-7836.092) [-7827.230] (-7833.048) (-7833.393) -- 0:05:53
262000 -- (-7834.765) (-7825.458) [-7827.192] (-7831.243) * (-7838.963) (-7823.994) [-7830.076] (-7829.535) -- 0:05:54
263000 -- [-7823.210] (-7828.721) (-7827.404) (-7822.371) * (-7819.889) (-7834.508) (-7819.690) [-7827.387] -- 0:05:53
264000 -- [-7828.181] (-7836.640) (-7831.214) (-7834.082) * (-7832.072) (-7835.166) [-7828.688] (-7827.251) -- 0:05:51
265000 -- (-7823.793) (-7837.195) (-7834.849) [-7826.432] * (-7826.545) (-7845.547) [-7829.364] (-7834.170) -- 0:05:52
Average standard deviation of split frequencies: 0.011618
266000 -- (-7828.596) (-7828.364) (-7821.799) [-7820.807] * [-7834.263] (-7834.754) (-7835.511) (-7837.114) -- 0:05:50
267000 -- [-7818.656] (-7831.875) (-7828.429) (-7832.311) * (-7836.152) (-7830.670) (-7827.797) [-7830.871] -- 0:05:51
268000 -- (-7829.064) (-7826.262) [-7821.430] (-7837.943) * (-7837.178) (-7836.290) [-7826.484] (-7834.392) -- 0:05:49
269000 -- (-7829.850) (-7826.258) [-7821.494] (-7827.956) * (-7828.151) (-7830.218) (-7824.632) [-7830.518] -- 0:05:50
270000 -- (-7832.332) (-7843.868) [-7822.202] (-7822.292) * (-7829.255) (-7825.116) (-7826.118) [-7825.638] -- 0:05:48
Average standard deviation of split frequencies: 0.012772
271000 -- (-7840.192) (-7836.472) (-7828.695) [-7827.512] * [-7825.282] (-7828.520) (-7829.647) (-7824.362) -- 0:05:49
272000 -- (-7838.347) (-7835.313) (-7827.539) [-7828.966] * [-7822.364] (-7827.250) (-7838.434) (-7838.597) -- 0:05:47
273000 -- (-7821.701) (-7833.126) [-7826.767] (-7827.667) * (-7849.911) (-7823.639) [-7832.730] (-7834.089) -- 0:05:48
274000 -- [-7827.305] (-7820.811) (-7822.702) (-7824.785) * (-7828.802) [-7822.972] (-7829.716) (-7822.264) -- 0:05:47
275000 -- (-7832.765) [-7831.606] (-7823.556) (-7820.715) * (-7844.680) (-7837.522) [-7820.672] (-7826.392) -- 0:05:48
Average standard deviation of split frequencies: 0.013095
276000 -- (-7830.157) (-7822.547) (-7819.890) [-7828.292] * (-7830.447) (-7841.291) (-7828.094) [-7829.998] -- 0:05:46
277000 -- [-7825.033] (-7826.506) (-7831.457) (-7835.501) * (-7828.868) (-7835.555) [-7834.339] (-7828.270) -- 0:05:47
278000 -- (-7833.386) (-7827.883) (-7829.203) [-7825.576] * [-7831.655] (-7829.890) (-7838.648) (-7840.637) -- 0:05:45
279000 -- [-7836.802] (-7830.478) (-7829.363) (-7840.206) * (-7841.647) [-7822.607] (-7829.015) (-7825.801) -- 0:05:46
280000 -- (-7825.283) (-7832.618) [-7820.821] (-7835.323) * (-7828.713) [-7827.030] (-7821.279) (-7830.242) -- 0:05:44
Average standard deviation of split frequencies: 0.012504
281000 -- [-7825.769] (-7835.401) (-7824.863) (-7832.243) * (-7836.959) (-7829.100) (-7833.691) [-7828.373] -- 0:05:45
282000 -- (-7837.094) (-7841.931) (-7826.955) [-7824.202] * (-7836.636) [-7823.834] (-7834.684) (-7835.478) -- 0:05:43
283000 -- (-7823.544) (-7830.355) [-7827.375] (-7826.509) * (-7827.758) (-7833.917) [-7825.328] (-7833.084) -- 0:05:44
284000 -- (-7829.448) [-7825.276] (-7822.342) (-7821.493) * [-7831.307] (-7821.193) (-7828.306) (-7825.695) -- 0:05:42
285000 -- (-7827.893) (-7831.800) [-7821.225] (-7843.491) * (-7829.499) [-7825.126] (-7833.124) (-7831.153) -- 0:05:43
Average standard deviation of split frequencies: 0.011721
286000 -- (-7821.433) (-7828.393) [-7827.301] (-7822.808) * (-7823.150) (-7835.445) (-7828.952) [-7821.585] -- 0:05:42
287000 -- [-7837.468] (-7823.350) (-7824.943) (-7827.097) * (-7823.843) [-7826.165] (-7821.737) (-7831.156) -- 0:05:42
288000 -- (-7835.378) (-7826.049) [-7819.925] (-7833.150) * (-7833.760) [-7822.870] (-7828.454) (-7840.667) -- 0:05:41
289000 -- (-7820.929) (-7836.236) [-7822.964] (-7828.771) * (-7820.968) (-7833.212) [-7828.476] (-7826.351) -- 0:05:41
290000 -- (-7831.200) (-7833.548) [-7826.857] (-7820.505) * (-7834.872) [-7822.542] (-7818.677) (-7825.548) -- 0:05:40
Average standard deviation of split frequencies: 0.010452
291000 -- (-7823.939) [-7822.434] (-7831.609) (-7834.373) * (-7821.815) [-7825.414] (-7826.389) (-7833.249) -- 0:05:41
292000 -- [-7819.216] (-7823.318) (-7831.217) (-7823.115) * [-7821.510] (-7819.498) (-7830.398) (-7824.923) -- 0:05:39
293000 -- (-7819.042) [-7824.115] (-7836.307) (-7837.918) * (-7832.533) (-7837.764) (-7829.154) [-7823.573] -- 0:05:40
294000 -- (-7827.347) [-7829.313] (-7822.812) (-7824.446) * [-7827.530] (-7837.854) (-7827.652) (-7829.517) -- 0:05:38
295000 -- (-7826.596) [-7832.111] (-7835.345) (-7826.233) * (-7817.923) (-7836.483) (-7828.793) [-7827.817] -- 0:05:39
Average standard deviation of split frequencies: 0.009909
296000 -- [-7827.310] (-7827.472) (-7825.308) (-7837.473) * [-7820.544] (-7834.833) (-7823.455) (-7837.359) -- 0:05:37
297000 -- (-7826.693) (-7829.767) (-7826.834) [-7831.409] * (-7829.823) [-7817.785] (-7820.476) (-7833.867) -- 0:05:38
298000 -- (-7828.132) (-7834.161) [-7825.572] (-7827.610) * [-7827.247] (-7829.746) (-7833.995) (-7833.355) -- 0:05:36
299000 -- [-7827.736] (-7830.810) (-7827.097) (-7830.185) * (-7833.258) [-7825.846] (-7827.518) (-7828.713) -- 0:05:35
300000 -- [-7829.389] (-7828.569) (-7834.456) (-7827.247) * (-7835.609) (-7825.777) (-7834.776) [-7824.287] -- 0:05:36
Average standard deviation of split frequencies: 0.010278
301000 -- (-7826.477) (-7824.076) [-7826.320] (-7824.682) * (-7822.774) [-7825.635] (-7827.132) (-7823.142) -- 0:05:34
302000 -- (-7822.525) (-7822.540) [-7841.129] (-7823.186) * (-7831.747) [-7823.017] (-7830.775) (-7823.666) -- 0:05:35
303000 -- [-7830.011] (-7826.589) (-7842.944) (-7826.020) * (-7823.545) (-7838.254) [-7827.294] (-7831.523) -- 0:05:33
304000 -- (-7831.754) (-7825.745) [-7835.064] (-7824.577) * (-7828.810) (-7828.766) (-7824.715) [-7821.744] -- 0:05:34
305000 -- (-7834.382) [-7825.571] (-7830.204) (-7832.493) * (-7821.894) [-7823.718] (-7832.720) (-7825.779) -- 0:05:32
Average standard deviation of split frequencies: 0.010099
306000 -- (-7827.850) (-7827.907) [-7832.984] (-7833.704) * (-7834.038) (-7829.621) (-7824.496) [-7826.681] -- 0:05:33
307000 -- [-7826.776] (-7823.802) (-7829.798) (-7827.349) * (-7828.569) (-7826.974) (-7826.630) [-7827.140] -- 0:05:31
308000 -- [-7823.339] (-7825.990) (-7831.849) (-7832.346) * (-7822.261) (-7834.573) [-7839.223] (-7835.823) -- 0:05:32
309000 -- (-7831.697) [-7826.617] (-7825.648) (-7835.509) * [-7821.619] (-7821.506) (-7833.143) (-7818.347) -- 0:05:30
310000 -- (-7828.752) (-7821.841) [-7826.374] (-7827.687) * (-7826.160) [-7819.132] (-7834.890) (-7835.070) -- 0:05:31
Average standard deviation of split frequencies: 0.009779
311000 -- [-7828.129] (-7836.775) (-7819.920) (-7827.000) * (-7825.057) (-7818.282) (-7829.569) [-7819.047] -- 0:05:30
312000 -- (-7823.655) (-7831.686) [-7819.257] (-7832.637) * (-7824.955) [-7821.350] (-7824.887) (-7825.721) -- 0:05:30
313000 -- (-7838.666) (-7830.925) (-7832.318) [-7820.702] * (-7828.635) [-7822.099] (-7825.832) (-7828.234) -- 0:05:29
314000 -- (-7831.315) (-7826.210) (-7829.839) [-7824.837] * (-7834.982) [-7822.569] (-7827.623) (-7829.286) -- 0:05:29
315000 -- [-7826.752] (-7830.175) (-7836.210) (-7819.190) * (-7826.154) (-7827.918) [-7829.594] (-7829.389) -- 0:05:28
Average standard deviation of split frequencies: 0.008619
316000 -- [-7826.661] (-7821.079) (-7834.766) (-7831.787) * [-7826.660] (-7838.508) (-7824.205) (-7833.313) -- 0:05:29
317000 -- (-7828.656) (-7823.870) [-7832.794] (-7824.883) * [-7826.156] (-7834.536) (-7832.426) (-7835.526) -- 0:05:27
318000 -- (-7827.109) [-7827.046] (-7827.699) (-7831.893) * (-7828.495) (-7836.529) (-7828.044) [-7826.014] -- 0:05:28
319000 -- (-7835.578) (-7821.990) (-7828.618) [-7834.668] * (-7828.180) (-7839.470) (-7831.330) [-7824.863] -- 0:05:26
320000 -- (-7826.021) [-7825.889] (-7829.420) (-7826.545) * (-7822.676) [-7826.588] (-7824.187) (-7825.957) -- 0:05:27
Average standard deviation of split frequencies: 0.008657
321000 -- (-7831.886) (-7829.973) [-7836.978] (-7830.359) * (-7842.404) (-7826.406) [-7826.930] (-7827.634) -- 0:05:25
322000 -- (-7827.573) [-7824.742] (-7834.114) (-7835.041) * (-7827.204) (-7832.874) [-7821.600] (-7824.375) -- 0:05:24
323000 -- (-7830.675) (-7826.474) [-7825.088] (-7832.176) * [-7842.126] (-7849.222) (-7819.691) (-7829.412) -- 0:05:24
324000 -- (-7837.638) (-7829.064) (-7823.622) [-7825.896] * (-7831.623) [-7818.604] (-7831.503) (-7830.890) -- 0:05:23
325000 -- [-7831.494] (-7829.214) (-7833.241) (-7828.676) * (-7835.569) (-7828.886) [-7824.536] (-7829.686) -- 0:05:24
Average standard deviation of split frequencies: 0.008837
326000 -- (-7832.262) (-7832.731) [-7819.818] (-7824.487) * (-7828.414) (-7828.294) (-7823.511) [-7821.027] -- 0:05:22
327000 -- [-7826.137] (-7831.775) (-7833.407) (-7838.257) * (-7823.285) (-7833.053) [-7824.302] (-7827.816) -- 0:05:23
328000 -- [-7819.299] (-7825.277) (-7836.015) (-7835.943) * (-7838.319) (-7827.412) (-7840.256) [-7824.245] -- 0:05:21
329000 -- (-7829.653) (-7833.229) [-7825.246] (-7832.863) * (-7827.510) (-7827.018) (-7830.695) [-7829.547] -- 0:05:22
330000 -- (-7837.149) (-7830.438) (-7821.422) [-7820.007] * [-7825.952] (-7823.633) (-7826.987) (-7830.773) -- 0:05:20
Average standard deviation of split frequencies: 0.009821
331000 -- [-7834.734] (-7823.667) (-7827.944) (-7827.859) * [-7825.902] (-7824.078) (-7826.476) (-7828.077) -- 0:05:21
332000 -- (-7823.524) (-7834.544) [-7830.628] (-7832.747) * (-7824.893) (-7842.471) (-7821.104) [-7831.289] -- 0:05:19
333000 -- [-7827.228] (-7831.116) (-7833.121) (-7829.144) * (-7824.813) (-7829.889) [-7823.930] (-7824.335) -- 0:05:20
334000 -- (-7833.693) (-7823.811) [-7830.780] (-7825.641) * (-7826.147) (-7840.016) (-7831.355) [-7835.225] -- 0:05:19
335000 -- (-7824.219) [-7827.089] (-7830.836) (-7827.913) * (-7828.120) [-7825.733] (-7824.554) (-7831.210) -- 0:05:19
Average standard deviation of split frequencies: 0.009353
336000 -- (-7831.528) (-7831.597) (-7830.275) [-7828.255] * [-7827.561] (-7818.863) (-7835.358) (-7828.414) -- 0:05:18
337000 -- (-7830.101) [-7822.380] (-7829.157) (-7827.067) * [-7818.009] (-7829.538) (-7834.068) (-7826.285) -- 0:05:18
338000 -- (-7826.226) [-7828.158] (-7830.684) (-7830.417) * [-7829.599] (-7826.439) (-7835.559) (-7829.102) -- 0:05:17
339000 -- [-7831.919] (-7825.234) (-7826.820) (-7835.711) * (-7841.436) [-7827.882] (-7825.093) (-7825.545) -- 0:05:17
340000 -- (-7825.612) [-7819.818] (-7828.626) (-7829.064) * (-7824.590) (-7844.682) (-7825.606) [-7826.428] -- 0:05:16
Average standard deviation of split frequencies: 0.009533
341000 -- (-7822.698) (-7826.708) [-7827.284] (-7831.594) * (-7831.633) (-7826.779) (-7826.347) [-7834.480] -- 0:05:16
342000 -- (-7833.168) (-7825.966) (-7826.843) [-7827.408] * (-7837.629) (-7826.365) [-7818.475] (-7836.998) -- 0:05:15
343000 -- (-7831.744) [-7825.455] (-7840.146) (-7829.501) * (-7830.221) [-7829.702] (-7829.191) (-7835.445) -- 0:05:16
344000 -- (-7828.290) [-7827.348] (-7827.934) (-7830.037) * (-7834.836) [-7821.253] (-7828.003) (-7835.644) -- 0:05:14
345000 -- (-7832.428) (-7825.521) (-7829.365) [-7825.877] * (-7823.565) (-7830.686) [-7824.219] (-7834.376) -- 0:05:13
Average standard deviation of split frequencies: 0.009537
346000 -- (-7835.672) (-7825.951) [-7821.106] (-7829.941) * (-7823.801) (-7831.029) (-7833.742) [-7825.481] -- 0:05:13
347000 -- (-7825.953) [-7825.479] (-7826.300) (-7831.079) * (-7829.572) (-7819.991) [-7819.965] (-7828.440) -- 0:05:12
348000 -- (-7834.369) (-7827.055) [-7815.842] (-7832.133) * (-7824.575) (-7828.578) [-7827.325] (-7832.108) -- 0:05:12
349000 -- (-7834.617) (-7838.796) (-7829.006) [-7830.661] * (-7833.258) (-7822.571) (-7823.057) [-7821.550] -- 0:05:11
350000 -- (-7822.237) (-7829.351) (-7825.186) [-7824.715] * [-7828.904] (-7825.442) (-7822.039) (-7826.479) -- 0:05:12
Average standard deviation of split frequencies: 0.010008
351000 -- (-7825.061) (-7821.227) (-7824.638) [-7826.173] * (-7825.891) (-7833.970) [-7825.444] (-7834.525) -- 0:05:10
352000 -- (-7836.421) (-7826.820) (-7828.009) [-7827.552] * (-7824.412) (-7835.068) (-7829.013) [-7834.004] -- 0:05:11
353000 -- (-7834.217) [-7831.021] (-7830.340) (-7837.472) * (-7824.942) (-7828.830) (-7830.657) [-7833.601] -- 0:05:09
354000 -- [-7819.133] (-7829.665) (-7833.567) (-7824.941) * [-7821.942] (-7828.162) (-7822.476) (-7827.039) -- 0:05:10
355000 -- (-7827.752) (-7835.916) [-7820.064] (-7830.314) * (-7838.101) (-7827.187) [-7823.237] (-7824.152) -- 0:05:08
Average standard deviation of split frequencies: 0.010740
356000 -- (-7823.904) [-7831.598] (-7833.761) (-7834.869) * (-7840.252) (-7821.169) (-7826.249) [-7822.541] -- 0:05:09
357000 -- (-7832.340) (-7831.282) [-7823.856] (-7831.221) * [-7824.530] (-7835.029) (-7839.777) (-7825.149) -- 0:05:07
358000 -- (-7832.566) (-7829.677) (-7832.840) [-7827.511] * (-7836.328) (-7827.893) (-7832.067) [-7829.509] -- 0:05:08
359000 -- (-7835.813) (-7839.287) (-7821.688) [-7827.306] * (-7834.536) [-7828.211] (-7833.620) (-7831.476) -- 0:05:07
360000 -- (-7828.655) (-7830.398) [-7828.766] (-7824.736) * (-7825.253) (-7821.908) (-7833.466) [-7830.966] -- 0:05:07
Average standard deviation of split frequencies: 0.010747
361000 -- (-7825.639) (-7832.480) [-7824.111] (-7829.973) * (-7831.898) (-7828.096) [-7836.308] (-7831.060) -- 0:05:06
362000 -- (-7836.072) [-7824.572] (-7825.331) (-7842.388) * (-7821.335) (-7818.251) (-7825.724) [-7836.007] -- 0:05:06
363000 -- (-7827.747) [-7825.375] (-7825.300) (-7832.727) * (-7829.028) (-7835.833) [-7827.351] (-7841.433) -- 0:05:05
364000 -- [-7823.926] (-7833.583) (-7826.316) (-7822.677) * (-7830.596) [-7832.933] (-7826.818) (-7824.751) -- 0:05:04
365000 -- [-7828.785] (-7823.953) (-7827.999) (-7832.165) * [-7823.610] (-7836.324) (-7825.730) (-7831.921) -- 0:05:04
Average standard deviation of split frequencies: 0.010590
366000 -- (-7835.134) [-7825.295] (-7831.211) (-7828.544) * (-7836.330) [-7833.150] (-7825.336) (-7830.106) -- 0:05:03
367000 -- [-7826.306] (-7824.129) (-7822.534) (-7839.511) * (-7827.673) (-7824.247) (-7832.733) [-7832.312] -- 0:05:03
368000 -- (-7824.928) [-7828.751] (-7827.445) (-7828.679) * (-7832.826) (-7826.412) (-7849.235) [-7828.543] -- 0:05:02
369000 -- (-7827.660) [-7822.733] (-7823.744) (-7831.560) * (-7831.041) [-7824.078] (-7828.779) (-7837.131) -- 0:05:02
370000 -- (-7828.763) (-7834.222) [-7824.571] (-7827.541) * (-7828.773) [-7820.827] (-7838.400) (-7833.380) -- 0:05:01
Average standard deviation of split frequencies: 0.010739
371000 -- (-7825.188) (-7826.852) (-7835.901) [-7829.263] * [-7822.898] (-7832.590) (-7824.814) (-7831.046) -- 0:05:01
372000 -- [-7826.536] (-7833.506) (-7834.217) (-7821.799) * (-7829.527) (-7825.039) [-7840.444] (-7829.503) -- 0:05:00
373000 -- (-7836.460) (-7826.188) (-7823.191) [-7820.212] * (-7842.454) (-7833.658) (-7824.550) [-7825.461] -- 0:05:00
374000 -- [-7823.395] (-7831.408) (-7841.957) (-7826.946) * (-7835.107) [-7827.645] (-7830.971) (-7836.712) -- 0:04:59
375000 -- (-7830.497) (-7824.436) (-7827.772) [-7825.108] * [-7826.574] (-7820.796) (-7821.551) (-7824.910) -- 0:05:00
Average standard deviation of split frequencies: 0.011144
376000 -- (-7829.702) [-7829.957] (-7821.595) (-7818.354) * [-7826.569] (-7828.364) (-7825.766) (-7819.862) -- 0:04:58
377000 -- [-7825.079] (-7823.106) (-7824.804) (-7828.484) * (-7827.864) (-7835.127) (-7823.288) [-7829.345] -- 0:04:59
378000 -- [-7826.084] (-7823.181) (-7833.150) (-7835.299) * (-7829.483) (-7829.649) [-7838.499] (-7830.563) -- 0:04:57
379000 -- (-7839.373) [-7825.417] (-7826.380) (-7837.782) * [-7823.851] (-7827.248) (-7821.915) (-7832.510) -- 0:04:58
380000 -- (-7833.398) (-7824.998) [-7827.197] (-7830.446) * (-7827.202) [-7830.020] (-7838.977) (-7826.329) -- 0:04:56
Average standard deviation of split frequencies: 0.012384
381000 -- [-7822.373] (-7831.766) (-7824.016) (-7833.799) * (-7821.445) (-7834.723) (-7826.033) [-7819.253] -- 0:04:57
382000 -- (-7827.921) [-7825.612] (-7819.785) (-7826.980) * [-7830.493] (-7832.802) (-7829.526) (-7826.397) -- 0:04:56
383000 -- (-7825.508) (-7834.953) [-7831.727] (-7831.700) * [-7820.538] (-7847.401) (-7829.297) (-7831.182) -- 0:04:56
384000 -- (-7837.020) (-7830.401) (-7828.873) [-7825.963] * (-7828.359) [-7824.580] (-7827.558) (-7831.603) -- 0:04:55
385000 -- (-7828.106) (-7830.400) (-7838.026) [-7819.600] * (-7815.466) (-7825.464) [-7819.738] (-7828.972) -- 0:04:53
Average standard deviation of split frequencies: 0.011805
386000 -- (-7821.626) (-7827.756) [-7830.440] (-7835.531) * [-7837.540] (-7836.549) (-7821.854) (-7823.546) -- 0:04:54
387000 -- (-7830.257) (-7825.977) (-7824.519) [-7827.646] * (-7823.209) (-7827.452) [-7834.804] (-7832.564) -- 0:04:53
388000 -- [-7828.731] (-7834.210) (-7826.938) (-7828.180) * (-7825.361) (-7826.391) (-7829.866) [-7824.438] -- 0:04:53
389000 -- (-7824.456) (-7832.530) [-7827.626] (-7834.874) * (-7834.283) [-7826.454] (-7824.259) (-7834.691) -- 0:04:52
390000 -- (-7829.416) (-7824.605) (-7835.263) [-7821.405] * (-7824.232) [-7824.339] (-7826.964) (-7824.921) -- 0:04:52
Average standard deviation of split frequencies: 0.010324
391000 -- (-7828.049) (-7824.465) [-7821.677] (-7837.711) * (-7827.303) [-7820.014] (-7833.745) (-7850.343) -- 0:04:51
392000 -- (-7829.780) [-7823.272] (-7836.039) (-7837.661) * [-7823.034] (-7829.977) (-7836.280) (-7838.914) -- 0:04:51
393000 -- (-7824.758) [-7826.094] (-7835.497) (-7836.622) * (-7841.647) (-7833.311) (-7823.668) [-7830.159] -- 0:04:50
394000 -- (-7827.669) (-7821.844) (-7838.317) [-7822.698] * (-7833.585) [-7828.142] (-7824.631) (-7828.135) -- 0:04:50
395000 -- (-7837.370) (-7846.342) (-7824.839) [-7830.840] * (-7825.542) (-7828.538) (-7836.018) [-7839.473] -- 0:04:49
Average standard deviation of split frequencies: 0.009920
396000 -- (-7827.329) (-7833.201) [-7834.425] (-7829.227) * (-7825.811) [-7828.238] (-7823.813) (-7825.802) -- 0:04:49
397000 -- (-7827.833) [-7833.582] (-7825.204) (-7823.197) * (-7829.333) (-7829.465) [-7824.163] (-7829.558) -- 0:04:48
398000 -- (-7829.590) (-7827.407) [-7830.035] (-7824.894) * (-7822.669) (-7825.205) (-7820.947) [-7823.648] -- 0:04:48
399000 -- (-7841.278) (-7826.115) (-7828.722) [-7829.690] * (-7835.444) [-7822.272] (-7824.528) (-7829.283) -- 0:04:47
400000 -- (-7823.650) [-7823.420] (-7826.623) (-7827.671) * (-7837.713) (-7836.142) (-7829.466) [-7828.670] -- 0:04:46
Average standard deviation of split frequencies: 0.009412
401000 -- (-7822.977) (-7832.008) (-7830.528) [-7825.151] * (-7830.465) (-7827.857) [-7833.043] (-7831.919) -- 0:04:46
402000 -- (-7830.585) (-7828.856) [-7824.441] (-7827.176) * [-7828.320] (-7831.923) (-7829.410) (-7831.655) -- 0:04:45
403000 -- (-7834.702) [-7826.579] (-7822.825) (-7833.745) * (-7826.617) [-7820.193] (-7826.004) (-7835.042) -- 0:04:45
404000 -- (-7827.122) (-7828.805) [-7830.997] (-7833.323) * (-7824.299) [-7825.658] (-7835.685) (-7827.039) -- 0:04:44
405000 -- (-7826.868) (-7828.837) (-7837.275) [-7820.905] * (-7829.298) [-7831.291] (-7825.721) (-7830.549) -- 0:04:45
Average standard deviation of split frequencies: 0.009547
406000 -- (-7821.239) (-7825.495) (-7832.593) [-7819.703] * (-7825.451) (-7828.427) [-7840.328] (-7828.858) -- 0:04:43
407000 -- (-7827.136) (-7826.852) (-7822.560) [-7829.910] * (-7833.496) [-7828.383] (-7840.689) (-7830.381) -- 0:04:44
408000 -- (-7837.466) [-7825.741] (-7833.058) (-7822.917) * [-7831.706] (-7823.379) (-7828.800) (-7838.554) -- 0:04:42
409000 -- (-7826.664) (-7829.665) (-7824.861) [-7828.106] * (-7824.399) [-7823.720] (-7833.351) (-7828.594) -- 0:04:43
410000 -- (-7823.015) [-7825.216] (-7827.969) (-7827.265) * (-7828.155) (-7829.447) [-7826.844] (-7836.772) -- 0:04:42
Average standard deviation of split frequencies: 0.009056
411000 -- (-7838.894) (-7822.609) (-7822.420) [-7828.896] * (-7841.913) (-7832.397) [-7828.680] (-7831.401) -- 0:04:42
412000 -- (-7827.860) [-7817.015] (-7828.774) (-7820.705) * (-7832.486) [-7821.873] (-7831.141) (-7826.904) -- 0:04:41
413000 -- (-7837.001) [-7818.886] (-7844.186) (-7822.899) * (-7846.352) (-7837.218) (-7827.385) [-7832.401] -- 0:04:41
414000 -- (-7824.613) (-7824.897) (-7827.464) [-7820.446] * [-7832.369] (-7826.354) (-7830.853) (-7829.423) -- 0:04:40
415000 -- (-7830.118) [-7822.151] (-7825.868) (-7830.380) * (-7833.428) [-7830.078] (-7834.661) (-7823.800) -- 0:04:40
Average standard deviation of split frequencies: 0.009065
416000 -- (-7828.518) [-7828.776] (-7836.904) (-7831.357) * (-7827.592) [-7830.498] (-7838.840) (-7830.597) -- 0:04:39
417000 -- [-7820.154] (-7843.086) (-7829.241) (-7842.372) * (-7835.022) (-7838.117) (-7828.407) [-7821.912] -- 0:04:39
418000 -- (-7821.651) (-7821.911) [-7826.357] (-7825.660) * (-7827.945) (-7823.291) (-7831.638) [-7826.707] -- 0:04:38
419000 -- [-7825.340] (-7824.414) (-7827.197) (-7831.608) * (-7823.411) (-7823.377) (-7833.157) [-7829.685] -- 0:04:37
420000 -- (-7839.162) [-7828.028] (-7828.030) (-7828.850) * (-7818.963) (-7838.218) (-7839.461) [-7825.414] -- 0:04:37
Average standard deviation of split frequencies: 0.009214
421000 -- (-7824.918) (-7826.519) (-7830.505) [-7829.983] * (-7829.605) (-7828.118) [-7824.276] (-7829.340) -- 0:04:36
422000 -- [-7830.396] (-7822.396) (-7833.073) (-7822.574) * (-7827.260) [-7824.932] (-7824.511) (-7829.663) -- 0:04:36
423000 -- (-7822.493) (-7827.055) (-7829.230) [-7825.000] * (-7822.908) [-7830.248] (-7837.687) (-7828.078) -- 0:04:35
424000 -- [-7830.174] (-7837.196) (-7829.460) (-7821.025) * (-7831.658) [-7827.540] (-7844.325) (-7828.863) -- 0:04:35
425000 -- [-7828.383] (-7839.776) (-7829.474) (-7832.549) * (-7827.924) (-7822.988) (-7834.330) [-7831.521] -- 0:04:34
Average standard deviation of split frequencies: 0.009959
426000 -- [-7817.667] (-7828.163) (-7834.933) (-7834.645) * (-7825.868) [-7831.054] (-7843.169) (-7825.750) -- 0:04:34
427000 -- (-7816.591) (-7830.677) [-7819.546] (-7837.399) * (-7831.442) [-7820.569] (-7823.425) (-7821.223) -- 0:04:33
428000 -- (-7829.732) (-7822.369) [-7826.200] (-7817.766) * (-7825.168) (-7828.784) [-7822.091] (-7825.555) -- 0:04:33
429000 -- [-7829.709] (-7826.522) (-7825.190) (-7827.653) * (-7831.638) (-7824.330) (-7833.470) [-7829.094] -- 0:04:32
430000 -- (-7840.048) (-7832.609) [-7819.769] (-7839.090) * [-7825.094] (-7827.003) (-7833.936) (-7834.364) -- 0:04:33
Average standard deviation of split frequencies: 0.010581
431000 -- (-7828.596) [-7826.413] (-7823.327) (-7823.939) * (-7831.920) (-7830.643) (-7820.824) [-7823.190] -- 0:04:31
432000 -- [-7836.488] (-7823.290) (-7831.572) (-7829.041) * [-7824.016] (-7827.204) (-7818.694) (-7824.978) -- 0:04:32
433000 -- (-7826.491) (-7828.937) [-7826.729] (-7823.064) * (-7832.159) (-7828.982) [-7821.461] (-7818.770) -- 0:04:31
434000 -- (-7830.274) [-7826.806] (-7832.429) (-7821.219) * (-7827.318) (-7824.969) [-7824.118] (-7835.766) -- 0:04:31
435000 -- (-7829.611) (-7830.214) [-7828.150] (-7834.494) * [-7823.924] (-7821.098) (-7835.294) (-7839.211) -- 0:04:30
Average standard deviation of split frequencies: 0.010452
436000 -- (-7822.809) (-7827.410) [-7824.819] (-7828.023) * (-7832.989) (-7831.681) (-7838.455) [-7825.427] -- 0:04:30
437000 -- [-7828.687] (-7835.900) (-7825.577) (-7839.837) * [-7823.578] (-7828.870) (-7831.025) (-7835.929) -- 0:04:29
438000 -- (-7827.858) (-7833.715) [-7827.706] (-7824.796) * (-7826.708) (-7833.756) (-7841.023) [-7817.172] -- 0:04:29
439000 -- (-7831.419) (-7837.513) (-7827.969) [-7829.375] * [-7819.502] (-7823.203) (-7833.603) (-7828.030) -- 0:04:28
440000 -- [-7819.214] (-7821.138) (-7826.001) (-7830.886) * [-7826.613] (-7821.883) (-7846.381) (-7821.115) -- 0:04:28
Average standard deviation of split frequencies: 0.010460
441000 -- (-7818.948) [-7820.422] (-7831.212) (-7828.535) * (-7824.951) (-7823.979) (-7829.172) [-7826.491] -- 0:04:27
442000 -- (-7833.780) [-7826.495] (-7828.328) (-7830.140) * (-7830.328) [-7824.513] (-7832.328) (-7821.314) -- 0:04:27
443000 -- [-7825.432] (-7834.912) (-7836.584) (-7819.792) * [-7825.133] (-7833.581) (-7831.798) (-7826.117) -- 0:04:26
444000 -- [-7824.146] (-7831.088) (-7841.431) (-7831.825) * (-7829.120) (-7832.779) [-7825.725] (-7830.376) -- 0:04:26
445000 -- [-7835.408] (-7829.521) (-7839.602) (-7826.965) * (-7843.084) [-7831.357] (-7825.131) (-7820.944) -- 0:04:25
Average standard deviation of split frequencies: 0.010570
446000 -- [-7836.594] (-7832.979) (-7832.759) (-7833.511) * (-7844.337) (-7828.348) (-7827.167) [-7824.071] -- 0:04:25
447000 -- (-7834.925) (-7823.708) [-7827.976] (-7832.752) * [-7826.162] (-7818.686) (-7832.701) (-7830.858) -- 0:04:24
448000 -- (-7831.417) (-7842.885) (-7833.602) [-7835.078] * (-7824.918) (-7825.630) [-7825.720] (-7833.261) -- 0:04:24
449000 -- (-7827.065) (-7842.858) [-7822.390] (-7823.445) * [-7822.601] (-7828.028) (-7830.537) (-7828.512) -- 0:04:23
450000 -- (-7831.967) (-7827.285) (-7834.104) [-7820.229] * (-7828.155) (-7824.996) (-7828.386) [-7822.968] -- 0:04:24
Average standard deviation of split frequencies: 0.010925
451000 -- (-7825.035) [-7822.945] (-7825.887) (-7825.384) * (-7821.825) [-7831.175] (-7822.660) (-7824.441) -- 0:04:22
452000 -- (-7825.187) (-7821.290) (-7825.716) [-7820.044] * (-7848.904) (-7841.743) [-7824.944] (-7828.120) -- 0:04:23
453000 -- (-7831.501) (-7824.943) (-7821.774) [-7830.811] * [-7830.035] (-7827.378) (-7834.261) (-7826.942) -- 0:04:22
454000 -- (-7834.325) (-7839.568) [-7823.173] (-7830.478) * [-7825.213] (-7823.430) (-7827.658) (-7829.100) -- 0:04:22
455000 -- (-7831.283) [-7833.463] (-7831.384) (-7825.249) * (-7821.079) (-7834.079) [-7822.761] (-7832.800) -- 0:04:21
Average standard deviation of split frequencies: 0.010797
456000 -- (-7822.558) (-7827.081) (-7844.631) [-7821.687] * (-7831.390) (-7846.602) (-7821.863) [-7828.257] -- 0:04:20
457000 -- (-7828.673) (-7844.222) [-7827.576] (-7829.170) * (-7824.301) [-7828.001] (-7833.073) (-7846.149) -- 0:04:20
458000 -- [-7831.820] (-7830.102) (-7821.397) (-7825.716) * (-7822.530) [-7818.457] (-7820.515) (-7844.255) -- 0:04:19
459000 -- [-7829.394] (-7822.587) (-7832.257) (-7824.764) * (-7822.754) (-7825.821) (-7829.152) [-7823.727] -- 0:04:19
460000 -- (-7827.900) [-7837.677] (-7827.331) (-7836.450) * (-7831.541) [-7824.111] (-7840.587) (-7824.421) -- 0:04:18
Average standard deviation of split frequencies: 0.010915
461000 -- (-7826.875) (-7830.771) [-7824.663] (-7826.275) * (-7836.163) (-7823.600) (-7827.309) [-7835.672] -- 0:04:18
462000 -- (-7832.897) (-7831.118) (-7835.116) [-7832.954] * (-7823.468) [-7825.714] (-7830.922) (-7818.748) -- 0:04:17
463000 -- (-7834.202) [-7825.206] (-7821.647) (-7832.547) * (-7842.156) [-7827.187] (-7826.468) (-7830.570) -- 0:04:17
464000 -- (-7840.096) (-7827.038) (-7825.041) [-7829.950] * (-7832.094) (-7830.331) [-7821.673] (-7828.704) -- 0:04:16
465000 -- (-7830.688) (-7829.474) (-7831.968) [-7824.243] * [-7825.750] (-7828.001) (-7828.566) (-7822.844) -- 0:04:16
Average standard deviation of split frequencies: 0.011240
466000 -- [-7826.424] (-7839.490) (-7827.421) (-7826.667) * (-7833.462) (-7823.643) [-7821.093] (-7837.848) -- 0:04:15
467000 -- (-7829.521) (-7834.579) [-7825.061] (-7831.006) * [-7824.217] (-7830.310) (-7820.265) (-7835.447) -- 0:04:15
468000 -- (-7825.487) [-7831.372] (-7824.949) (-7832.412) * (-7832.995) [-7826.946] (-7823.997) (-7835.063) -- 0:04:14
469000 -- (-7830.793) (-7831.871) (-7827.749) [-7831.165] * (-7825.460) [-7828.222] (-7824.140) (-7829.875) -- 0:04:14
470000 -- (-7834.940) [-7825.068] (-7826.110) (-7826.851) * [-7834.170] (-7831.533) (-7826.898) (-7828.427) -- 0:04:13
Average standard deviation of split frequencies: 0.011240
471000 -- (-7828.825) [-7831.156] (-7824.647) (-7831.275) * (-7843.840) [-7831.307] (-7827.369) (-7831.052) -- 0:04:13
472000 -- [-7823.487] (-7826.841) (-7821.485) (-7839.420) * (-7838.263) [-7824.223] (-7832.178) (-7823.568) -- 0:04:12
473000 -- (-7835.301) [-7820.948] (-7823.712) (-7830.103) * (-7832.309) [-7822.321] (-7825.024) (-7833.799) -- 0:04:12
474000 -- [-7824.238] (-7820.861) (-7833.857) (-7836.666) * (-7832.313) (-7827.154) (-7828.636) [-7827.863] -- 0:04:11
475000 -- [-7827.319] (-7821.549) (-7829.959) (-7827.964) * (-7829.515) (-7826.606) (-7821.039) [-7823.187] -- 0:04:10
Average standard deviation of split frequencies: 0.011004
476000 -- (-7832.692) (-7837.248) [-7827.639] (-7829.834) * [-7832.385] (-7828.824) (-7827.184) (-7830.436) -- 0:04:10
477000 -- (-7823.519) [-7829.000] (-7830.181) (-7827.672) * (-7829.106) (-7836.633) [-7829.765] (-7828.661) -- 0:04:09
478000 -- [-7829.729] (-7827.252) (-7835.425) (-7824.258) * (-7834.084) [-7823.407] (-7834.677) (-7835.251) -- 0:04:10
479000 -- [-7821.900] (-7827.882) (-7821.423) (-7829.632) * (-7826.432) (-7834.082) (-7825.487) [-7825.904] -- 0:04:09
480000 -- (-7834.643) (-7824.700) [-7826.798] (-7833.629) * (-7826.887) (-7830.645) [-7825.034] (-7822.473) -- 0:04:09
Average standard deviation of split frequencies: 0.012532
481000 -- (-7831.308) [-7827.389] (-7835.716) (-7827.931) * (-7826.950) (-7836.297) [-7826.544] (-7830.987) -- 0:04:08
482000 -- (-7825.033) (-7835.594) (-7838.972) [-7823.399] * [-7823.686] (-7830.935) (-7835.491) (-7822.213) -- 0:04:08
483000 -- (-7826.315) (-7827.294) (-7844.866) [-7826.621] * [-7829.403] (-7830.981) (-7824.944) (-7826.052) -- 0:04:07
484000 -- [-7828.818] (-7832.629) (-7826.396) (-7840.213) * (-7832.177) [-7824.583] (-7822.135) (-7821.749) -- 0:04:07
485000 -- (-7826.820) [-7829.348] (-7822.789) (-7829.450) * (-7824.814) (-7831.564) (-7827.218) [-7833.916] -- 0:04:06
Average standard deviation of split frequencies: 0.013364
486000 -- [-7824.478] (-7826.664) (-7822.444) (-7823.226) * [-7827.111] (-7835.503) (-7827.884) (-7824.130) -- 0:04:06
487000 -- (-7821.256) (-7831.677) [-7823.541] (-7825.133) * [-7827.683] (-7833.008) (-7822.280) (-7826.846) -- 0:04:05
488000 -- (-7824.845) (-7833.547) (-7833.220) [-7825.382] * (-7819.521) (-7827.234) (-7830.906) [-7824.560] -- 0:04:05
489000 -- (-7824.501) (-7830.385) [-7825.761] (-7827.211) * (-7827.194) [-7834.699] (-7828.056) (-7819.255) -- 0:04:04
490000 -- (-7824.932) (-7834.204) [-7826.805] (-7834.198) * (-7828.618) (-7829.810) (-7839.079) [-7829.903] -- 0:04:04
Average standard deviation of split frequencies: 0.012276
491000 -- [-7823.027] (-7830.324) (-7829.298) (-7821.642) * (-7832.766) (-7824.173) (-7830.388) [-7821.028] -- 0:04:03
492000 -- (-7834.902) [-7829.755] (-7820.216) (-7824.230) * (-7825.076) (-7837.283) (-7825.882) [-7819.994] -- 0:04:03
493000 -- (-7830.112) [-7835.473] (-7821.323) (-7833.800) * (-7829.733) [-7819.380] (-7831.107) (-7825.874) -- 0:04:02
494000 -- (-7832.596) (-7821.436) [-7823.932] (-7831.259) * (-7836.146) (-7833.234) [-7823.496] (-7832.698) -- 0:04:01
495000 -- (-7833.129) [-7823.741] (-7823.384) (-7828.417) * [-7822.996] (-7827.434) (-7823.397) (-7841.241) -- 0:04:01
Average standard deviation of split frequencies: 0.012144
496000 -- (-7826.052) (-7833.307) [-7823.374] (-7835.820) * (-7837.555) (-7828.338) (-7822.157) [-7823.558] -- 0:04:00
497000 -- (-7826.959) (-7830.346) (-7826.712) [-7829.424] * (-7833.952) (-7845.865) (-7831.720) [-7822.535] -- 0:04:00
498000 -- (-7831.444) [-7831.919] (-7827.549) (-7827.824) * (-7824.494) (-7839.653) (-7835.719) [-7826.553] -- 0:03:59
499000 -- (-7831.535) (-7823.158) (-7825.151) [-7826.209] * (-7828.930) (-7821.432) (-7833.563) [-7833.273] -- 0:03:59
500000 -- [-7832.270] (-7834.555) (-7822.894) (-7832.141) * (-7829.959) [-7829.081] (-7834.731) (-7828.903) -- 0:03:59
Average standard deviation of split frequencies: 0.011612
501000 -- (-7832.851) (-7830.634) (-7826.860) [-7821.656] * (-7821.631) [-7833.775] (-7842.540) (-7828.285) -- 0:03:59
502000 -- (-7820.331) [-7826.632] (-7844.658) (-7835.295) * (-7823.650) [-7831.550] (-7831.636) (-7839.011) -- 0:03:58
503000 -- (-7828.526) [-7834.314] (-7823.831) (-7825.716) * [-7829.059] (-7820.258) (-7835.503) (-7831.217) -- 0:03:58
504000 -- (-7837.538) [-7825.729] (-7831.676) (-7828.093) * (-7826.139) (-7831.636) (-7827.383) [-7836.235] -- 0:03:57
505000 -- [-7833.175] (-7836.229) (-7828.550) (-7831.010) * (-7827.106) (-7827.321) (-7832.030) [-7836.785] -- 0:03:57
Average standard deviation of split frequencies: 0.011904
506000 -- (-7830.243) (-7825.318) (-7831.283) [-7823.598] * [-7825.074] (-7826.886) (-7828.670) (-7825.506) -- 0:03:56
507000 -- (-7829.993) (-7828.613) [-7826.502] (-7834.378) * (-7839.329) (-7822.022) (-7826.406) [-7821.668] -- 0:03:56
508000 -- (-7832.584) (-7840.702) (-7827.225) [-7827.214] * (-7827.548) (-7823.164) (-7826.840) [-7821.691] -- 0:03:55
509000 -- (-7832.183) (-7824.553) (-7823.208) [-7834.753] * (-7827.077) (-7835.705) (-7822.531) [-7824.630] -- 0:03:55
510000 -- (-7838.623) (-7826.423) [-7825.136] (-7834.281) * (-7834.732) (-7831.555) (-7832.690) [-7823.141] -- 0:03:54
Average standard deviation of split frequencies: 0.011898
511000 -- (-7829.028) (-7826.927) [-7825.420] (-7833.113) * (-7838.600) (-7825.814) [-7822.046] (-7826.152) -- 0:03:54
512000 -- [-7832.847] (-7821.699) (-7827.384) (-7828.598) * (-7827.517) (-7828.005) [-7830.754] (-7820.920) -- 0:03:53
513000 -- [-7832.522] (-7832.279) (-7828.924) (-7831.738) * (-7830.728) (-7832.387) (-7823.294) [-7832.263] -- 0:03:53
514000 -- [-7828.690] (-7835.291) (-7825.077) (-7830.045) * (-7828.316) [-7830.011] (-7830.173) (-7825.142) -- 0:03:52
515000 -- (-7828.669) [-7826.337] (-7827.096) (-7829.880) * (-7833.425) [-7825.451] (-7826.217) (-7822.134) -- 0:03:52
Average standard deviation of split frequencies: 0.011978
516000 -- (-7824.236) [-7835.609] (-7833.525) (-7826.733) * (-7839.033) [-7823.887] (-7831.401) (-7824.491) -- 0:03:51
517000 -- (-7825.512) [-7820.785] (-7831.270) (-7824.177) * (-7835.491) (-7825.270) [-7825.408] (-7837.288) -- 0:03:51
518000 -- (-7831.429) (-7828.344) [-7826.602] (-7832.832) * [-7830.634] (-7825.845) (-7825.875) (-7832.511) -- 0:03:50
519000 -- [-7825.566] (-7829.654) (-7835.262) (-7833.601) * (-7826.227) (-7833.153) [-7827.904] (-7827.547) -- 0:03:49
520000 -- (-7831.800) (-7821.022) [-7826.100] (-7827.774) * (-7827.529) (-7828.919) (-7828.049) [-7820.725] -- 0:03:49
Average standard deviation of split frequencies: 0.011468
521000 -- (-7827.338) (-7823.483) (-7835.336) [-7828.342] * (-7830.652) (-7830.239) (-7837.170) [-7824.024] -- 0:03:48
522000 -- [-7826.203] (-7829.975) (-7848.856) (-7830.740) * (-7828.688) (-7835.405) [-7826.912] (-7829.311) -- 0:03:48
523000 -- [-7824.438] (-7825.193) (-7837.546) (-7827.936) * (-7829.446) (-7839.032) [-7822.895] (-7829.107) -- 0:03:48
524000 -- (-7825.228) (-7833.079) (-7834.123) [-7822.234] * (-7828.894) (-7828.338) [-7830.066] (-7824.791) -- 0:03:48
525000 -- (-7834.235) [-7824.277] (-7827.860) (-7830.525) * [-7826.269] (-7826.356) (-7835.475) (-7827.063) -- 0:03:47
Average standard deviation of split frequencies: 0.009858
526000 -- (-7825.678) [-7826.094] (-7821.130) (-7831.967) * (-7831.946) (-7827.384) [-7830.806] (-7846.917) -- 0:03:47
527000 -- (-7828.726) (-7825.844) [-7826.913] (-7829.961) * (-7827.611) (-7825.805) [-7828.055] (-7822.504) -- 0:03:46
528000 -- (-7826.598) [-7818.748] (-7823.663) (-7839.780) * [-7821.127] (-7831.725) (-7824.313) (-7831.001) -- 0:03:46
529000 -- (-7827.277) (-7824.653) [-7826.800] (-7820.798) * [-7824.711] (-7829.332) (-7823.821) (-7839.445) -- 0:03:45
530000 -- [-7840.059] (-7820.370) (-7834.624) (-7835.199) * (-7828.447) (-7823.262) (-7835.281) [-7825.776] -- 0:03:45
Average standard deviation of split frequencies: 0.010660
531000 -- (-7829.838) (-7832.580) [-7825.458] (-7827.626) * (-7832.469) (-7824.554) [-7820.449] (-7831.376) -- 0:03:44
532000 -- [-7816.736] (-7825.594) (-7823.978) (-7830.725) * (-7832.331) (-7831.181) [-7826.376] (-7829.054) -- 0:03:44
533000 -- (-7829.447) [-7827.189] (-7829.439) (-7830.649) * (-7837.531) (-7828.934) [-7823.582] (-7830.846) -- 0:03:43
534000 -- (-7833.368) (-7824.998) (-7826.895) [-7823.766] * (-7828.300) (-7832.658) [-7822.908] (-7827.837) -- 0:03:43
535000 -- (-7825.445) (-7831.326) (-7828.774) [-7825.394] * (-7826.768) (-7840.951) (-7825.263) [-7821.989] -- 0:03:42
Average standard deviation of split frequencies: 0.011042
536000 -- (-7831.642) (-7831.671) [-7830.974] (-7823.014) * (-7825.078) [-7825.288] (-7828.962) (-7839.761) -- 0:03:42
537000 -- (-7823.429) (-7832.673) (-7827.368) [-7822.825] * (-7830.660) [-7828.920] (-7831.857) (-7839.721) -- 0:03:41
538000 -- (-7830.702) [-7823.295] (-7827.905) (-7825.407) * (-7820.892) (-7835.712) (-7825.083) [-7830.554] -- 0:03:41
539000 -- [-7829.956] (-7857.343) (-7829.567) (-7825.927) * [-7822.467] (-7844.243) (-7830.347) (-7826.906) -- 0:03:40
540000 -- (-7832.618) [-7827.355] (-7823.661) (-7833.458) * [-7835.175] (-7833.352) (-7823.388) (-7822.125) -- 0:03:40
Average standard deviation of split frequencies: 0.009397
541000 -- (-7836.447) (-7836.887) [-7828.530] (-7835.442) * (-7826.815) [-7826.072] (-7823.310) (-7831.399) -- 0:03:39
542000 -- (-7823.169) (-7825.091) (-7824.586) [-7826.398] * (-7823.437) (-7833.108) (-7821.997) [-7824.107] -- 0:03:39
543000 -- [-7824.754] (-7825.638) (-7826.011) (-7822.308) * (-7833.502) (-7834.561) (-7834.937) [-7830.501] -- 0:03:38
544000 -- [-7832.378] (-7842.531) (-7845.636) (-7836.560) * (-7827.775) [-7827.064] (-7820.134) (-7841.190) -- 0:03:37
545000 -- (-7825.268) (-7834.399) [-7831.257] (-7837.022) * (-7833.900) (-7835.173) [-7819.764] (-7831.978) -- 0:03:37
Average standard deviation of split frequencies: 0.008922
546000 -- (-7824.755) [-7826.257] (-7825.188) (-7826.084) * [-7823.115] (-7834.704) (-7827.973) (-7832.537) -- 0:03:37
547000 -- (-7833.920) (-7827.060) [-7828.996] (-7837.346) * (-7834.476) (-7821.923) [-7822.218] (-7831.646) -- 0:03:36
548000 -- (-7828.980) (-7821.305) [-7822.930] (-7840.782) * (-7825.144) (-7834.364) (-7831.244) [-7831.549] -- 0:03:36
549000 -- [-7829.361] (-7822.829) (-7826.840) (-7840.490) * (-7834.087) [-7831.321] (-7822.879) (-7821.740) -- 0:03:36
550000 -- (-7829.319) [-7821.743] (-7832.129) (-7824.838) * (-7831.481) [-7833.640] (-7834.420) (-7822.560) -- 0:03:35
Average standard deviation of split frequencies: 0.009607
551000 -- (-7829.549) (-7828.257) (-7828.662) [-7828.288] * (-7834.068) [-7822.852] (-7827.674) (-7831.463) -- 0:03:35
552000 -- (-7830.089) (-7824.224) (-7827.479) [-7828.258] * (-7839.129) [-7827.828] (-7830.739) (-7827.316) -- 0:03:34
553000 -- [-7817.031] (-7836.131) (-7824.666) (-7828.606) * (-7832.355) (-7821.148) [-7826.940] (-7825.506) -- 0:03:34
554000 -- (-7828.181) (-7830.310) (-7832.182) [-7828.389] * (-7826.149) [-7827.952] (-7825.328) (-7819.747) -- 0:03:33
555000 -- (-7835.666) (-7831.650) (-7829.624) [-7828.453] * (-7827.652) (-7823.687) [-7827.680] (-7831.536) -- 0:03:33
Average standard deviation of split frequencies: 0.010551
556000 -- [-7820.671] (-7838.262) (-7829.910) (-7830.066) * [-7825.022] (-7827.354) (-7829.010) (-7829.103) -- 0:03:32
557000 -- (-7819.862) [-7826.159] (-7835.198) (-7828.324) * (-7833.548) [-7825.453] (-7823.606) (-7829.358) -- 0:03:32
558000 -- (-7839.116) (-7831.699) (-7825.848) [-7826.178] * (-7826.389) (-7843.382) [-7824.663] (-7818.774) -- 0:03:31
559000 -- (-7830.787) [-7827.667] (-7825.927) (-7826.544) * (-7826.490) (-7842.960) (-7826.784) [-7820.746] -- 0:03:31
560000 -- [-7828.166] (-7817.291) (-7830.331) (-7829.748) * [-7822.803] (-7830.299) (-7822.310) (-7830.333) -- 0:03:30
Average standard deviation of split frequencies: 0.010090
561000 -- [-7821.879] (-7831.347) (-7820.879) (-7829.932) * (-7824.170) [-7833.283] (-7833.718) (-7824.132) -- 0:03:30
562000 -- (-7835.139) (-7826.547) (-7820.264) [-7830.849] * [-7820.062] (-7819.563) (-7830.112) (-7833.385) -- 0:03:29
563000 -- [-7832.205] (-7824.727) (-7825.921) (-7824.581) * (-7831.024) (-7831.329) (-7834.678) [-7822.654] -- 0:03:29
564000 -- (-7826.833) (-7827.506) (-7835.479) [-7823.276] * (-7824.198) [-7832.097] (-7825.694) (-7841.555) -- 0:03:28
565000 -- (-7823.147) [-7828.471] (-7837.543) (-7833.097) * (-7823.394) [-7823.281] (-7820.561) (-7828.892) -- 0:03:28
Average standard deviation of split frequencies: 0.009624
566000 -- [-7826.603] (-7830.273) (-7839.247) (-7832.154) * (-7829.629) (-7829.039) (-7825.979) [-7825.651] -- 0:03:27
567000 -- (-7828.512) [-7828.954] (-7832.420) (-7830.246) * (-7825.287) [-7823.641] (-7837.391) (-7827.348) -- 0:03:27
568000 -- (-7823.449) [-7828.080] (-7835.442) (-7839.241) * [-7820.281] (-7833.106) (-7831.490) (-7833.290) -- 0:03:26
569000 -- (-7821.820) [-7838.526] (-7835.755) (-7832.570) * (-7829.494) [-7817.486] (-7823.226) (-7835.077) -- 0:03:26
570000 -- [-7834.508] (-7829.210) (-7824.379) (-7828.551) * (-7821.135) (-7820.417) [-7828.679] (-7828.458) -- 0:03:25
Average standard deviation of split frequencies: 0.010004
571000 -- (-7824.366) (-7843.694) (-7830.646) [-7825.903] * [-7822.325] (-7826.649) (-7827.884) (-7831.144) -- 0:03:25
572000 -- (-7827.251) (-7825.623) [-7827.656] (-7826.814) * (-7825.685) (-7829.285) (-7821.314) [-7835.190] -- 0:03:25
573000 -- (-7826.581) (-7828.361) [-7830.041] (-7843.730) * (-7826.761) (-7826.385) (-7831.734) [-7823.609] -- 0:03:24
574000 -- [-7839.148] (-7833.868) (-7836.432) (-7831.838) * (-7835.449) (-7835.611) (-7838.173) [-7836.985] -- 0:03:24
575000 -- (-7823.155) (-7837.920) [-7825.182] (-7829.518) * (-7829.556) (-7828.629) [-7825.306] (-7830.469) -- 0:03:23
Average standard deviation of split frequencies: 0.009093
576000 -- (-7833.703) (-7830.772) (-7825.493) [-7821.130] * (-7833.798) (-7832.441) [-7818.894] (-7822.536) -- 0:03:23
577000 -- [-7824.433] (-7828.317) (-7831.781) (-7822.516) * (-7823.352) (-7830.932) (-7826.211) [-7829.298] -- 0:03:22
578000 -- (-7830.660) (-7826.217) (-7853.856) [-7831.594] * [-7829.213] (-7829.116) (-7836.731) (-7821.944) -- 0:03:22
579000 -- (-7819.277) [-7818.893] (-7829.881) (-7823.817) * (-7840.889) (-7828.816) (-7833.056) [-7825.537] -- 0:03:21
580000 -- [-7834.227] (-7827.686) (-7826.201) (-7826.598) * [-7823.041] (-7835.922) (-7823.930) (-7822.822) -- 0:03:21
Average standard deviation of split frequencies: 0.008299
581000 -- (-7838.898) [-7828.954] (-7829.639) (-7831.644) * [-7819.596] (-7832.598) (-7824.514) (-7826.983) -- 0:03:20
582000 -- [-7824.742] (-7823.724) (-7835.500) (-7825.576) * (-7830.972) (-7834.459) [-7832.879] (-7835.121) -- 0:03:20
583000 -- (-7824.269) (-7828.314) [-7833.526] (-7829.731) * (-7827.590) [-7819.554] (-7831.177) (-7827.029) -- 0:03:19
584000 -- (-7826.312) (-7832.754) [-7825.964] (-7824.815) * [-7831.626] (-7822.604) (-7826.440) (-7829.281) -- 0:03:19
585000 -- (-7824.388) (-7828.307) [-7824.115] (-7822.366) * (-7829.452) [-7824.904] (-7824.719) (-7839.375) -- 0:03:18
Average standard deviation of split frequencies: 0.007955
586000 -- (-7828.388) (-7830.033) (-7833.085) [-7829.712] * (-7830.092) (-7824.514) (-7828.830) [-7832.656] -- 0:03:18
587000 -- (-7840.065) [-7823.826] (-7830.051) (-7833.287) * [-7822.823] (-7828.117) (-7833.783) (-7825.420) -- 0:03:17
588000 -- (-7830.412) (-7833.304) [-7835.557] (-7830.459) * (-7819.837) [-7824.133] (-7825.597) (-7846.927) -- 0:03:17
589000 -- (-7829.414) (-7829.061) (-7844.205) [-7826.794] * (-7829.851) [-7826.342] (-7828.131) (-7824.190) -- 0:03:16
590000 -- (-7839.543) [-7823.440] (-7836.748) (-7827.849) * (-7834.872) (-7834.254) [-7837.219] (-7828.796) -- 0:03:16
Average standard deviation of split frequencies: 0.008424
591000 -- [-7822.247] (-7826.167) (-7845.859) (-7825.510) * [-7828.384] (-7832.516) (-7828.488) (-7839.104) -- 0:03:15
592000 -- [-7827.667] (-7833.756) (-7842.814) (-7831.469) * (-7836.661) (-7833.002) [-7831.885] (-7828.949) -- 0:03:15
593000 -- (-7831.355) (-7826.374) [-7829.780] (-7827.989) * (-7836.997) (-7830.767) (-7823.757) [-7825.426] -- 0:03:14
594000 -- [-7826.872] (-7834.353) (-7824.732) (-7825.781) * (-7829.249) (-7840.380) (-7832.224) [-7829.018] -- 0:03:14
595000 -- (-7840.715) (-7825.726) [-7831.236] (-7825.351) * (-7835.751) [-7830.642] (-7832.679) (-7828.925) -- 0:03:13
Average standard deviation of split frequencies: 0.008964
596000 -- (-7829.762) (-7826.291) (-7839.414) [-7823.343] * (-7829.914) (-7829.200) (-7842.419) [-7822.953] -- 0:03:13
597000 -- (-7839.720) [-7831.876] (-7821.843) (-7836.767) * (-7823.714) (-7834.178) [-7824.327] (-7834.775) -- 0:03:13
598000 -- (-7831.924) (-7831.617) (-7837.360) [-7824.239] * (-7827.542) (-7828.854) (-7835.314) [-7826.977] -- 0:03:12
599000 -- (-7827.023) (-7825.127) (-7824.159) [-7835.858] * (-7822.469) (-7842.930) (-7833.251) [-7831.018] -- 0:03:12
600000 -- (-7824.331) (-7831.510) [-7827.783] (-7823.012) * [-7830.983] (-7832.435) (-7830.669) (-7817.827) -- 0:03:11
Average standard deviation of split frequencies: 0.008284
601000 -- (-7824.326) (-7832.664) (-7827.704) [-7824.905] * (-7834.598) (-7830.586) (-7819.402) [-7823.151] -- 0:03:11
602000 -- (-7837.688) (-7835.783) (-7833.390) [-7828.688] * (-7834.075) (-7822.434) [-7835.380] (-7827.461) -- 0:03:10
603000 -- (-7839.412) (-7830.218) [-7824.918] (-7840.301) * (-7828.243) (-7827.318) [-7833.006] (-7828.923) -- 0:03:10
604000 -- (-7836.523) [-7819.600] (-7827.642) (-7825.818) * (-7823.956) (-7834.525) (-7832.432) [-7831.135] -- 0:03:09
605000 -- (-7840.699) (-7824.333) (-7823.353) [-7825.656] * [-7828.628] (-7830.902) (-7820.071) (-7830.222) -- 0:03:09
Average standard deviation of split frequencies: 0.008557
606000 -- (-7826.827) [-7828.420] (-7832.277) (-7840.303) * (-7825.670) (-7832.446) (-7820.370) [-7827.413] -- 0:03:08
607000 -- [-7830.679] (-7829.353) (-7826.722) (-7832.868) * [-7823.858] (-7831.904) (-7834.583) (-7825.685) -- 0:03:08
608000 -- (-7826.115) (-7826.496) [-7829.301] (-7840.400) * (-7833.743) [-7830.623] (-7826.858) (-7822.897) -- 0:03:07
609000 -- (-7827.356) (-7828.069) [-7823.293] (-7833.412) * (-7832.128) (-7835.846) [-7826.648] (-7834.940) -- 0:03:07
610000 -- (-7822.282) [-7823.488] (-7824.729) (-7825.111) * (-7828.003) (-7829.115) [-7831.628] (-7820.613) -- 0:03:06
Average standard deviation of split frequencies: 0.008234
611000 -- (-7827.731) (-7829.848) [-7824.735] (-7827.210) * (-7837.118) (-7839.934) (-7831.590) [-7830.289] -- 0:03:06
612000 -- [-7822.430] (-7824.134) (-7828.720) (-7834.480) * (-7836.062) [-7830.499] (-7839.887) (-7828.400) -- 0:03:05
613000 -- (-7840.160) (-7827.072) (-7824.213) [-7826.796] * (-7839.876) (-7830.211) [-7827.645] (-7824.429) -- 0:03:05
614000 -- (-7831.701) (-7833.144) (-7824.884) [-7830.742] * (-7836.455) (-7850.674) [-7822.238] (-7826.374) -- 0:03:04
615000 -- (-7826.952) (-7833.013) [-7820.683] (-7827.827) * (-7826.513) (-7835.886) [-7834.184] (-7836.809) -- 0:03:04
Average standard deviation of split frequencies: 0.007738
616000 -- (-7827.581) [-7823.307] (-7825.900) (-7831.631) * (-7826.056) (-7837.463) (-7844.212) [-7827.097] -- 0:03:03
617000 -- (-7834.983) (-7828.131) (-7823.204) [-7828.693] * (-7830.851) (-7835.091) [-7829.132] (-7830.241) -- 0:03:03
618000 -- (-7831.938) (-7821.482) [-7828.116] (-7828.780) * (-7832.215) (-7837.080) (-7831.125) [-7830.206] -- 0:03:02
619000 -- (-7838.874) (-7833.599) (-7831.207) [-7821.994] * (-7834.780) (-7830.552) [-7829.153] (-7837.080) -- 0:03:02
620000 -- (-7834.489) [-7826.231] (-7826.250) (-7831.907) * (-7831.671) (-7840.335) (-7826.158) [-7825.976] -- 0:03:02
Average standard deviation of split frequencies: 0.008270
621000 -- (-7823.561) (-7834.534) (-7827.204) [-7822.326] * [-7825.511] (-7835.941) (-7837.254) (-7832.538) -- 0:03:01
622000 -- (-7832.445) [-7825.061] (-7825.557) (-7818.515) * (-7838.166) [-7824.811] (-7831.707) (-7820.479) -- 0:03:01
623000 -- (-7848.335) [-7828.259] (-7830.913) (-7833.712) * [-7832.311] (-7816.987) (-7835.356) (-7827.930) -- 0:03:00
624000 -- (-7839.069) (-7825.025) (-7833.058) [-7826.748] * (-7824.684) [-7822.718] (-7822.053) (-7830.465) -- 0:03:00
625000 -- (-7829.753) [-7821.497] (-7839.144) (-7843.919) * [-7820.584] (-7827.409) (-7830.908) (-7829.242) -- 0:02:59
Average standard deviation of split frequencies: 0.007949
626000 -- (-7831.533) [-7824.494] (-7835.041) (-7832.567) * [-7825.453] (-7835.505) (-7835.325) (-7836.153) -- 0:02:59
627000 -- (-7836.466) (-7826.608) [-7826.993] (-7827.261) * (-7831.513) (-7826.002) (-7824.754) [-7823.763] -- 0:02:58
628000 -- (-7832.860) (-7827.408) (-7825.853) [-7830.180] * (-7822.137) (-7834.989) (-7829.427) [-7824.322] -- 0:02:58
629000 -- (-7828.652) (-7834.961) [-7823.724] (-7834.827) * (-7823.213) (-7829.173) (-7834.578) [-7829.694] -- 0:02:57
630000 -- (-7823.609) (-7824.801) (-7835.787) [-7823.419] * (-7830.827) (-7838.681) (-7826.594) [-7829.539] -- 0:02:57
Average standard deviation of split frequencies: 0.007973
631000 -- [-7828.437] (-7829.266) (-7824.257) (-7834.824) * (-7829.178) (-7826.062) (-7834.603) [-7822.322] -- 0:02:56
632000 -- (-7832.097) [-7828.335] (-7822.318) (-7824.298) * (-7827.165) (-7827.562) (-7840.013) [-7824.450] -- 0:02:56
633000 -- [-7827.832] (-7823.031) (-7845.649) (-7831.433) * (-7825.231) (-7828.239) (-7825.998) [-7836.937] -- 0:02:55
634000 -- [-7823.016] (-7827.797) (-7827.602) (-7827.242) * (-7827.912) (-7826.036) (-7832.584) [-7821.302] -- 0:02:55
635000 -- (-7834.919) (-7828.956) (-7830.040) [-7823.047] * [-7837.026] (-7838.608) (-7823.071) (-7826.264) -- 0:02:54
Average standard deviation of split frequencies: 0.007989
636000 -- (-7821.224) (-7838.012) [-7820.836] (-7829.342) * (-7829.790) (-7831.083) [-7822.733] (-7828.016) -- 0:02:54
637000 -- (-7829.868) [-7822.545] (-7826.916) (-7836.573) * (-7835.117) (-7826.742) (-7828.890) [-7827.984] -- 0:02:53
638000 -- (-7823.436) (-7826.152) [-7822.652] (-7829.900) * [-7821.456] (-7825.663) (-7822.724) (-7827.534) -- 0:02:53
639000 -- [-7831.838] (-7832.247) (-7827.340) (-7833.155) * (-7820.289) (-7826.999) [-7829.200] (-7821.346) -- 0:02:52
640000 -- [-7820.944] (-7825.555) (-7827.834) (-7820.507) * (-7827.157) [-7822.525] (-7833.243) (-7823.979) -- 0:02:52
Average standard deviation of split frequencies: 0.008257
641000 -- (-7836.657) [-7824.977] (-7827.696) (-7828.876) * (-7836.185) [-7824.703] (-7829.164) (-7829.051) -- 0:02:51
642000 -- (-7824.951) (-7832.753) (-7829.861) [-7824.202] * (-7827.024) (-7820.780) [-7829.933] (-7828.482) -- 0:02:51
643000 -- [-7825.412] (-7829.379) (-7838.638) (-7834.323) * (-7839.262) (-7831.066) [-7827.736] (-7827.936) -- 0:02:51
644000 -- (-7819.414) (-7831.707) (-7825.251) [-7834.012] * (-7828.285) (-7824.276) [-7834.545] (-7834.656) -- 0:02:50
645000 -- (-7819.360) (-7825.429) (-7841.389) [-7820.552] * (-7827.015) (-7828.243) [-7826.813] (-7830.201) -- 0:02:50
Average standard deviation of split frequencies: 0.008270
646000 -- (-7825.020) [-7820.456] (-7838.356) (-7831.516) * (-7825.919) [-7831.732] (-7825.959) (-7825.934) -- 0:02:49
647000 -- [-7825.586] (-7820.148) (-7825.440) (-7831.416) * [-7825.794] (-7822.571) (-7826.675) (-7836.059) -- 0:02:49
648000 -- [-7829.037] (-7840.563) (-7823.300) (-7828.566) * (-7829.774) [-7824.826] (-7833.314) (-7824.661) -- 0:02:48
649000 -- (-7836.304) (-7818.933) (-7824.348) [-7827.356] * (-7823.133) [-7824.340] (-7843.278) (-7829.910) -- 0:02:48
650000 -- (-7839.754) (-7831.531) (-7827.661) [-7828.800] * (-7832.712) (-7825.217) (-7829.520) [-7826.245] -- 0:02:47
Average standard deviation of split frequencies: 0.008130
651000 -- (-7830.440) [-7824.057] (-7840.548) (-7828.843) * (-7830.691) (-7832.761) (-7831.685) [-7824.252] -- 0:02:47
652000 -- (-7829.588) (-7833.536) [-7831.203] (-7835.736) * (-7834.801) (-7822.233) [-7821.944] (-7828.657) -- 0:02:46
653000 -- (-7830.768) [-7835.513] (-7835.622) (-7829.129) * (-7830.779) (-7819.957) [-7827.824] (-7828.979) -- 0:02:46
654000 -- [-7827.750] (-7827.102) (-7833.629) (-7830.653) * (-7833.178) (-7832.618) (-7835.189) [-7830.577] -- 0:02:45
655000 -- (-7832.567) (-7825.825) (-7829.450) [-7824.448] * (-7824.596) [-7827.107] (-7829.232) (-7830.504) -- 0:02:45
Average standard deviation of split frequencies: 0.007825
656000 -- [-7839.667] (-7828.416) (-7832.020) (-7830.365) * (-7826.241) (-7830.219) [-7820.803] (-7825.044) -- 0:02:44
657000 -- [-7827.783] (-7834.684) (-7825.883) (-7823.794) * [-7829.517] (-7824.931) (-7824.683) (-7829.881) -- 0:02:44
658000 -- [-7835.098] (-7832.558) (-7832.571) (-7826.864) * (-7834.120) [-7824.787] (-7831.059) (-7835.026) -- 0:02:43
659000 -- (-7825.087) (-7822.889) (-7835.278) [-7831.209] * [-7831.368] (-7826.045) (-7825.114) (-7823.879) -- 0:02:43
660000 -- (-7830.154) (-7823.572) (-7821.801) [-7824.201] * (-7821.793) (-7829.528) [-7826.947] (-7836.664) -- 0:02:42
Average standard deviation of split frequencies: 0.007770
661000 -- [-7826.292] (-7827.737) (-7836.292) (-7829.941) * [-7822.178] (-7817.391) (-7829.667) (-7838.242) -- 0:02:42
662000 -- (-7823.705) (-7835.815) [-7822.883] (-7826.385) * [-7825.186] (-7827.475) (-7835.251) (-7833.302) -- 0:02:41
663000 -- (-7819.408) (-7834.614) (-7821.741) [-7826.767] * (-7827.741) (-7823.563) (-7837.245) [-7820.855] -- 0:02:41
664000 -- (-7827.446) [-7832.462] (-7838.270) (-7833.184) * [-7825.091] (-7825.221) (-7829.582) (-7822.232) -- 0:02:40
665000 -- (-7832.437) (-7830.139) [-7824.317] (-7824.981) * (-7829.024) [-7834.669] (-7833.840) (-7825.473) -- 0:02:40
Average standard deviation of split frequencies: 0.007943
666000 -- (-7830.053) (-7827.668) [-7830.427] (-7837.700) * (-7822.990) (-7830.788) (-7835.448) [-7830.787] -- 0:02:39
667000 -- (-7836.014) [-7826.370] (-7846.331) (-7829.680) * (-7839.503) [-7831.944] (-7826.374) (-7834.836) -- 0:02:39
668000 -- [-7836.389] (-7829.297) (-7835.366) (-7829.023) * (-7824.871) [-7821.371] (-7821.658) (-7831.248) -- 0:02:39
669000 -- (-7838.838) (-7830.472) [-7825.519] (-7821.782) * (-7820.952) (-7822.261) [-7823.805] (-7834.962) -- 0:02:38
670000 -- (-7830.243) (-7840.984) (-7827.694) [-7826.477] * [-7821.759] (-7831.483) (-7822.774) (-7830.274) -- 0:02:38
Average standard deviation of split frequencies: 0.007888
671000 -- (-7834.193) (-7821.364) [-7831.323] (-7828.289) * (-7832.761) (-7837.243) (-7830.965) [-7825.605] -- 0:02:37
672000 -- (-7832.416) (-7830.973) (-7824.450) [-7832.736] * (-7828.234) (-7834.846) (-7834.684) [-7820.851] -- 0:02:37
673000 -- (-7826.660) (-7847.397) [-7823.604] (-7829.122) * (-7840.630) [-7820.904] (-7843.878) (-7821.237) -- 0:02:36
674000 -- [-7839.154] (-7842.445) (-7827.001) (-7836.499) * [-7830.184] (-7829.745) (-7835.214) (-7826.860) -- 0:02:36
675000 -- (-7833.394) (-7835.470) (-7833.491) [-7828.988] * (-7832.761) [-7824.210] (-7830.058) (-7833.011) -- 0:02:35
Average standard deviation of split frequencies: 0.007903
676000 -- (-7834.427) [-7824.796] (-7839.734) (-7823.563) * (-7835.582) (-7824.401) (-7829.807) [-7825.943] -- 0:02:35
677000 -- (-7836.607) [-7824.542] (-7830.957) (-7826.146) * [-7830.306] (-7834.415) (-7831.819) (-7826.108) -- 0:02:34
678000 -- (-7841.921) (-7831.274) [-7828.554] (-7829.911) * (-7824.767) (-7834.188) (-7831.156) [-7820.929] -- 0:02:34
679000 -- [-7829.314] (-7833.224) (-7837.389) (-7823.621) * [-7823.970] (-7833.708) (-7831.196) (-7820.997) -- 0:02:33
680000 -- [-7830.552] (-7829.297) (-7827.402) (-7821.889) * (-7829.750) [-7821.243] (-7825.963) (-7833.030) -- 0:02:33
Average standard deviation of split frequencies: 0.008080
681000 -- (-7832.828) [-7826.448] (-7832.592) (-7835.661) * [-7825.359] (-7827.916) (-7825.830) (-7821.664) -- 0:02:32
682000 -- (-7831.264) (-7825.627) [-7829.470] (-7821.738) * (-7832.688) (-7823.021) (-7827.582) [-7835.950] -- 0:02:32
683000 -- [-7834.523] (-7826.006) (-7829.534) (-7827.838) * (-7820.898) [-7837.581] (-7826.536) (-7831.862) -- 0:02:31
684000 -- (-7830.904) (-7829.547) [-7823.439] (-7830.849) * [-7828.449] (-7824.746) (-7824.695) (-7831.412) -- 0:02:31
685000 -- (-7822.481) (-7829.272) (-7824.343) [-7829.919] * (-7843.106) (-7822.877) [-7823.857] (-7829.487) -- 0:02:30
Average standard deviation of split frequencies: 0.008475
686000 -- (-7823.818) (-7830.153) (-7832.656) [-7831.027] * (-7824.668) (-7826.931) (-7833.251) [-7828.178] -- 0:02:30
687000 -- (-7827.204) [-7830.013] (-7828.441) (-7824.126) * (-7818.771) [-7831.501] (-7824.681) (-7835.675) -- 0:02:29
688000 -- [-7830.557] (-7828.187) (-7826.625) (-7832.760) * (-7823.055) (-7824.148) [-7826.394] (-7826.642) -- 0:02:29
689000 -- (-7833.533) [-7828.791] (-7820.311) (-7836.809) * (-7837.846) (-7832.136) (-7826.979) [-7825.841] -- 0:02:28
690000 -- (-7850.259) (-7827.997) (-7822.864) [-7824.045] * (-7828.411) (-7837.867) (-7833.617) [-7821.763] -- 0:02:28
Average standard deviation of split frequencies: 0.007811
691000 -- [-7843.262] (-7821.935) (-7829.054) (-7823.522) * (-7824.779) [-7825.859] (-7828.044) (-7830.538) -- 0:02:28
692000 -- (-7837.594) [-7824.805] (-7825.949) (-7826.473) * (-7820.739) [-7822.596] (-7833.823) (-7821.310) -- 0:02:27
693000 -- (-7834.732) (-7825.346) (-7832.445) [-7839.310] * [-7830.793] (-7834.080) (-7821.511) (-7827.738) -- 0:02:27
694000 -- (-7824.607) [-7823.960] (-7826.118) (-7837.827) * (-7831.616) [-7828.824] (-7823.785) (-7829.656) -- 0:02:26
695000 -- (-7829.376) [-7826.147] (-7824.378) (-7827.837) * (-7827.148) (-7831.616) [-7831.928] (-7836.390) -- 0:02:26
Average standard deviation of split frequencies: 0.007225
696000 -- (-7823.493) (-7836.283) (-7833.209) [-7827.912] * [-7826.556] (-7830.184) (-7825.412) (-7821.320) -- 0:02:25
697000 -- (-7828.146) (-7832.494) (-7824.685) [-7830.773] * (-7824.936) (-7825.597) [-7830.170] (-7825.519) -- 0:02:25
698000 -- (-7824.954) (-7836.318) (-7821.121) [-7825.468] * (-7839.637) [-7821.509] (-7832.191) (-7829.616) -- 0:02:24
699000 -- (-7829.615) [-7834.712] (-7827.911) (-7835.553) * (-7824.945) [-7826.824] (-7829.837) (-7823.897) -- 0:02:24
700000 -- (-7838.673) [-7826.914] (-7824.579) (-7827.054) * (-7831.495) [-7825.190] (-7828.401) (-7833.917) -- 0:02:23
Average standard deviation of split frequencies: 0.007401
701000 -- [-7821.276] (-7823.427) (-7836.727) (-7823.982) * (-7830.521) (-7831.201) [-7823.444] (-7827.287) -- 0:02:23
702000 -- (-7825.119) [-7831.676] (-7832.985) (-7838.611) * [-7827.681] (-7827.084) (-7828.342) (-7829.720) -- 0:02:22
703000 -- (-7822.785) [-7828.780] (-7833.419) (-7827.257) * [-7823.755] (-7834.429) (-7827.534) (-7828.229) -- 0:02:22
704000 -- (-7824.093) [-7830.978] (-7837.708) (-7834.905) * (-7830.092) [-7827.761] (-7829.162) (-7829.646) -- 0:02:21
705000 -- (-7824.766) [-7841.428] (-7833.876) (-7832.769) * (-7837.870) (-7823.845) [-7827.165] (-7825.424) -- 0:02:21
Average standard deviation of split frequencies: 0.007271
706000 -- (-7831.015) (-7826.079) [-7833.163] (-7828.479) * (-7840.022) (-7831.573) [-7821.932] (-7826.482) -- 0:02:20
707000 -- (-7829.545) (-7837.963) [-7834.153] (-7822.778) * [-7822.218] (-7828.479) (-7834.862) (-7833.962) -- 0:02:20
708000 -- (-7834.093) [-7827.271] (-7841.385) (-7825.119) * [-7822.209] (-7829.428) (-7828.372) (-7826.738) -- 0:02:19
709000 -- [-7829.586] (-7828.319) (-7825.862) (-7829.276) * (-7828.323) (-7828.832) [-7818.873] (-7832.139) -- 0:02:19
710000 -- (-7840.208) [-7821.887] (-7829.171) (-7831.498) * (-7828.660) [-7829.308] (-7837.096) (-7831.400) -- 0:02:18
Average standard deviation of split frequencies: 0.007297
711000 -- [-7823.677] (-7830.750) (-7828.107) (-7826.181) * (-7830.792) [-7827.599] (-7829.517) (-7827.079) -- 0:02:18
712000 -- (-7832.276) (-7821.765) [-7824.799] (-7831.675) * (-7826.404) (-7821.531) [-7825.159] (-7831.076) -- 0:02:17
713000 -- (-7826.440) [-7822.454] (-7830.387) (-7826.625) * (-7829.199) (-7832.015) [-7826.990] (-7830.927) -- 0:02:17
714000 -- (-7834.459) (-7828.384) (-7833.447) [-7834.163] * [-7826.276] (-7822.832) (-7827.326) (-7819.137) -- 0:02:16
715000 -- (-7830.183) (-7833.361) (-7835.550) [-7824.649] * (-7828.511) [-7835.136] (-7829.759) (-7832.916) -- 0:02:16
Average standard deviation of split frequencies: 0.008120
716000 -- [-7822.337] (-7824.548) (-7843.929) (-7826.120) * (-7830.352) (-7829.065) [-7826.225] (-7840.213) -- 0:02:16
717000 -- (-7824.270) (-7834.251) (-7838.484) [-7822.747] * (-7833.946) [-7834.791] (-7822.555) (-7826.768) -- 0:02:15
718000 -- (-7827.707) [-7830.804] (-7832.087) (-7832.557) * [-7826.429] (-7832.978) (-7831.577) (-7825.502) -- 0:02:15
719000 -- (-7838.129) (-7833.924) (-7833.558) [-7831.359] * (-7839.621) (-7831.808) [-7819.856] (-7832.066) -- 0:02:14
720000 -- [-7824.229] (-7830.232) (-7830.549) (-7821.881) * (-7830.294) (-7826.377) (-7822.675) [-7829.431] -- 0:02:13
Average standard deviation of split frequencies: 0.008068
721000 -- (-7827.221) (-7831.567) (-7837.622) [-7833.858] * (-7830.020) (-7830.347) [-7841.104] (-7837.323) -- 0:02:13
722000 -- (-7829.322) (-7827.307) [-7823.120] (-7844.219) * (-7832.096) [-7835.427] (-7838.621) (-7832.733) -- 0:02:12
723000 -- (-7825.690) (-7823.261) (-7817.051) [-7825.638] * (-7837.659) (-7830.725) (-7827.846) [-7821.130] -- 0:02:12
724000 -- (-7819.821) (-7832.277) [-7828.694] (-7846.678) * (-7826.426) (-7830.832) (-7826.981) [-7820.023] -- 0:02:11
725000 -- (-7833.211) [-7830.056] (-7828.389) (-7829.614) * (-7830.715) (-7824.165) [-7832.487] (-7835.623) -- 0:02:11
Average standard deviation of split frequencies: 0.007648
726000 -- (-7833.833) [-7833.705] (-7822.208) (-7838.715) * (-7821.370) (-7824.983) (-7827.479) [-7819.669] -- 0:02:10
727000 -- (-7822.397) [-7837.542] (-7827.603) (-7823.637) * (-7827.089) (-7832.518) [-7832.116] (-7829.539) -- 0:02:10
728000 -- (-7828.706) [-7829.048] (-7823.369) (-7828.283) * [-7830.535] (-7818.963) (-7828.823) (-7825.992) -- 0:02:10
729000 -- (-7838.802) (-7826.611) [-7835.290] (-7824.662) * (-7844.742) [-7824.616] (-7830.365) (-7837.391) -- 0:02:09
730000 -- (-7821.803) (-7829.048) (-7832.597) [-7824.287] * (-7830.014) [-7830.172] (-7827.082) (-7839.687) -- 0:02:09
Average standard deviation of split frequencies: 0.007742
731000 -- (-7834.477) (-7823.867) (-7826.777) [-7822.542] * [-7824.000] (-7827.568) (-7844.467) (-7827.125) -- 0:02:08
732000 -- (-7821.462) (-7836.663) [-7824.827] (-7830.230) * (-7825.275) (-7835.329) (-7827.921) [-7826.668] -- 0:02:08
733000 -- (-7824.541) [-7828.920] (-7831.152) (-7829.448) * (-7825.841) [-7828.169] (-7825.543) (-7829.836) -- 0:02:07
734000 -- (-7842.871) (-7837.309) [-7826.552] (-7829.761) * [-7824.630] (-7830.041) (-7824.737) (-7828.420) -- 0:02:07
735000 -- (-7830.565) (-7834.543) (-7837.890) [-7828.385] * [-7824.966] (-7826.013) (-7824.402) (-7824.249) -- 0:02:06
Average standard deviation of split frequencies: 0.007401
736000 -- (-7825.312) (-7827.059) [-7826.560] (-7830.398) * (-7824.769) [-7825.621] (-7838.937) (-7827.105) -- 0:02:06
737000 -- (-7828.403) [-7825.147] (-7829.134) (-7824.082) * (-7829.648) (-7824.679) (-7829.435) [-7825.474] -- 0:02:05
738000 -- (-7829.794) (-7828.522) (-7819.282) [-7826.153] * [-7826.540] (-7833.376) (-7833.007) (-7829.886) -- 0:02:05
739000 -- (-7834.219) [-7829.097] (-7828.564) (-7827.484) * (-7830.942) [-7830.552] (-7820.661) (-7835.528) -- 0:02:05
740000 -- (-7834.891) [-7828.545] (-7830.184) (-7846.637) * [-7828.749] (-7825.882) (-7820.523) (-7821.833) -- 0:02:04
Average standard deviation of split frequencies: 0.007850
741000 -- (-7832.549) (-7825.124) (-7831.945) [-7828.989] * [-7819.865] (-7833.304) (-7829.095) (-7829.231) -- 0:02:04
742000 -- (-7830.690) (-7834.821) (-7838.638) [-7833.222] * [-7826.512] (-7824.336) (-7833.938) (-7830.330) -- 0:02:03
743000 -- (-7823.469) (-7824.926) [-7838.814] (-7826.602) * (-7818.607) (-7833.885) (-7825.542) [-7828.215] -- 0:02:03
744000 -- (-7828.319) (-7823.424) [-7825.022] (-7835.238) * (-7827.245) (-7829.782) [-7833.678] (-7829.716) -- 0:02:02
745000 -- (-7834.524) (-7825.658) [-7827.171] (-7828.131) * (-7826.961) (-7829.866) [-7825.564] (-7831.437) -- 0:02:01
Average standard deviation of split frequencies: 0.007091
746000 -- [-7827.469] (-7824.606) (-7829.731) (-7824.909) * (-7818.755) (-7834.161) [-7829.352] (-7834.571) -- 0:02:01
747000 -- (-7841.520) (-7839.032) (-7825.615) [-7828.615] * (-7831.108) (-7828.518) (-7838.007) [-7821.485] -- 0:02:00
748000 -- (-7835.334) (-7821.843) (-7824.068) [-7823.237] * (-7825.434) (-7842.803) (-7832.512) [-7824.298] -- 0:02:00
749000 -- [-7823.749] (-7832.470) (-7829.441) (-7822.729) * (-7826.309) (-7832.018) (-7829.763) [-7824.892] -- 0:01:59
750000 -- (-7829.034) (-7837.854) (-7824.097) [-7824.416] * (-7824.541) (-7827.865) (-7829.056) [-7824.679] -- 0:01:59
Average standard deviation of split frequencies: 0.006768
751000 -- [-7826.641] (-7848.260) (-7825.819) (-7827.708) * [-7828.813] (-7835.932) (-7820.487) (-7823.035) -- 0:01:59
752000 -- (-7842.961) (-7834.058) (-7832.968) [-7827.677] * (-7838.496) [-7826.900] (-7834.657) (-7830.913) -- 0:01:58
753000 -- [-7830.792] (-7824.142) (-7823.531) (-7825.196) * (-7827.951) (-7830.714) [-7828.368] (-7828.334) -- 0:01:58
754000 -- (-7830.489) [-7825.348] (-7827.293) (-7821.208) * (-7826.022) [-7818.492] (-7824.960) (-7827.370) -- 0:01:57
755000 -- (-7832.235) (-7841.359) (-7825.203) [-7833.386] * (-7831.530) [-7829.340] (-7825.095) (-7826.259) -- 0:01:57
Average standard deviation of split frequencies: 0.007205
756000 -- (-7827.042) (-7823.754) [-7824.979] (-7829.667) * (-7825.178) (-7821.183) (-7835.167) [-7826.998] -- 0:01:56
757000 -- [-7826.070] (-7831.284) (-7835.715) (-7834.246) * (-7825.538) (-7831.990) (-7827.788) [-7826.221] -- 0:01:56
758000 -- [-7823.758] (-7832.512) (-7837.057) (-7826.115) * (-7823.849) [-7830.772] (-7834.450) (-7829.170) -- 0:01:55
759000 -- (-7827.136) [-7824.811] (-7829.412) (-7830.128) * (-7833.702) (-7825.100) [-7830.071] (-7832.899) -- 0:01:55
760000 -- [-7827.645] (-7837.457) (-7829.332) (-7826.151) * [-7821.306] (-7848.039) (-7826.908) (-7830.822) -- 0:01:54
Average standard deviation of split frequencies: 0.007643
761000 -- [-7839.193] (-7828.776) (-7829.913) (-7835.612) * (-7827.766) (-7839.183) (-7836.708) [-7831.206] -- 0:01:54
762000 -- (-7825.609) (-7823.614) [-7826.319] (-7825.710) * (-7836.605) (-7834.212) [-7831.485] (-7836.479) -- 0:01:54
763000 -- [-7820.573] (-7828.402) (-7833.832) (-7828.980) * [-7819.850] (-7833.434) (-7829.476) (-7833.415) -- 0:01:53
764000 -- [-7837.162] (-7830.086) (-7822.753) (-7834.808) * (-7830.537) (-7826.421) (-7821.582) [-7835.936] -- 0:01:52
765000 -- (-7837.992) (-7833.002) [-7826.500] (-7840.932) * (-7832.933) (-7827.115) [-7824.261] (-7831.288) -- 0:01:52
Average standard deviation of split frequencies: 0.007111
766000 -- (-7840.094) (-7832.913) (-7822.795) [-7824.705] * (-7828.992) [-7827.528] (-7826.970) (-7830.368) -- 0:01:51
767000 -- (-7834.914) (-7826.188) (-7829.701) [-7828.060] * (-7831.949) (-7825.899) [-7824.458] (-7832.073) -- 0:01:51
768000 -- (-7831.207) (-7832.228) (-7816.161) [-7825.228] * (-7833.459) (-7821.451) [-7829.535] (-7826.493) -- 0:01:50
769000 -- (-7822.854) (-7829.139) [-7829.490] (-7824.966) * (-7821.895) (-7823.061) (-7838.693) [-7830.171] -- 0:01:50
770000 -- (-7832.824) (-7820.850) (-7826.879) [-7834.163] * (-7829.356) (-7830.336) [-7827.136] (-7829.866) -- 0:01:49
Average standard deviation of split frequencies: 0.007544
771000 -- (-7830.686) (-7830.810) [-7830.815] (-7839.602) * (-7822.010) (-7838.751) [-7820.537] (-7831.262) -- 0:01:49
772000 -- (-7838.044) (-7825.038) (-7823.134) [-7831.393] * (-7832.423) (-7828.402) [-7822.179] (-7826.782) -- 0:01:48
773000 -- (-7827.159) [-7834.819] (-7818.871) (-7836.295) * (-7831.837) [-7821.244] (-7829.554) (-7833.478) -- 0:01:48
774000 -- (-7828.701) [-7828.298] (-7832.996) (-7823.042) * (-7820.790) (-7827.861) (-7826.055) [-7825.704] -- 0:01:48
775000 -- (-7829.079) (-7829.124) (-7832.986) [-7826.438] * (-7836.115) (-7822.675) [-7825.354] (-7829.606) -- 0:01:47
Average standard deviation of split frequencies: 0.007492
776000 -- (-7823.071) (-7827.923) [-7819.741] (-7837.048) * (-7831.389) [-7825.299] (-7826.555) (-7819.883) -- 0:01:47
777000 -- (-7830.883) (-7837.716) (-7826.750) [-7826.512] * (-7832.908) (-7832.578) (-7828.812) [-7838.504] -- 0:01:46
778000 -- (-7827.637) (-7832.538) [-7833.897] (-7827.261) * [-7828.666] (-7838.907) (-7833.195) (-7833.704) -- 0:01:46
779000 -- (-7830.452) (-7823.966) [-7825.243] (-7829.759) * (-7831.451) (-7823.499) (-7834.789) [-7828.227] -- 0:01:45
780000 -- [-7827.726] (-7830.179) (-7833.826) (-7826.204) * (-7823.741) (-7829.717) [-7825.828] (-7831.628) -- 0:01:45
Average standard deviation of split frequencies: 0.007313
781000 -- [-7828.167] (-7823.549) (-7835.560) (-7821.909) * (-7843.951) (-7824.585) [-7822.647] (-7823.149) -- 0:01:44
782000 -- [-7823.436] (-7826.668) (-7826.459) (-7827.439) * (-7839.947) (-7826.284) (-7826.758) [-7821.825] -- 0:01:44
783000 -- (-7831.594) (-7825.543) [-7821.390] (-7827.525) * (-7831.738) (-7823.578) (-7823.133) [-7824.615] -- 0:01:43
784000 -- (-7827.284) (-7830.268) [-7821.782] (-7824.921) * (-7824.653) (-7828.554) (-7828.705) [-7828.830] -- 0:01:43
785000 -- (-7820.389) [-7826.754] (-7839.794) (-7829.350) * (-7837.251) [-7828.148] (-7834.974) (-7822.277) -- 0:01:42
Average standard deviation of split frequencies: 0.007197
786000 -- [-7822.608] (-7831.447) (-7829.135) (-7827.583) * (-7837.262) (-7832.117) (-7824.126) [-7825.629] -- 0:01:42
787000 -- [-7830.110] (-7823.616) (-7837.925) (-7829.404) * (-7825.129) (-7826.311) [-7820.945] (-7823.521) -- 0:01:41
788000 -- (-7830.858) (-7825.906) (-7828.494) [-7823.500] * (-7834.140) (-7819.661) (-7828.692) [-7821.838] -- 0:01:41
789000 -- (-7836.349) (-7834.413) [-7821.959] (-7825.851) * (-7832.002) (-7835.033) (-7831.963) [-7823.062] -- 0:01:40
790000 -- (-7834.918) [-7822.177] (-7829.658) (-7825.634) * [-7824.828] (-7825.224) (-7833.487) (-7837.957) -- 0:01:40
Average standard deviation of split frequencies: 0.007552
791000 -- (-7832.098) (-7823.618) (-7824.743) [-7827.190] * (-7832.610) (-7825.212) (-7824.721) [-7824.364] -- 0:01:39
792000 -- (-7822.898) [-7829.600] (-7841.264) (-7831.224) * (-7831.498) [-7827.059] (-7823.934) (-7825.622) -- 0:01:39
793000 -- [-7822.465] (-7828.968) (-7829.862) (-7831.844) * [-7827.872] (-7823.366) (-7825.700) (-7830.777) -- 0:01:38
794000 -- (-7826.030) (-7827.458) (-7828.788) [-7831.451] * (-7823.405) (-7835.452) (-7823.946) [-7828.880] -- 0:01:38
795000 -- (-7823.651) [-7831.154] (-7835.184) (-7825.223) * [-7828.134] (-7831.842) (-7830.394) (-7833.815) -- 0:01:37
Average standard deviation of split frequencies: 0.007370
796000 -- (-7829.245) [-7825.918] (-7836.010) (-7834.057) * (-7823.863) [-7823.707] (-7819.414) (-7822.276) -- 0:01:37
797000 -- (-7820.324) [-7825.397] (-7822.709) (-7831.223) * (-7823.798) (-7826.903) [-7821.849] (-7826.890) -- 0:01:37
798000 -- (-7833.400) (-7829.931) [-7829.038] (-7823.418) * (-7851.973) (-7830.939) (-7827.454) [-7830.530] -- 0:01:36
799000 -- (-7831.860) (-7825.608) (-7826.132) [-7836.010] * (-7840.842) (-7828.467) [-7827.202] (-7836.242) -- 0:01:36
800000 -- (-7830.104) (-7825.938) (-7823.441) [-7818.753] * (-7836.375) (-7831.955) [-7824.698] (-7831.338) -- 0:01:35
Average standard deviation of split frequencies: 0.007261
801000 -- (-7834.778) (-7828.950) (-7838.980) [-7827.889] * (-7829.204) (-7828.264) (-7842.683) [-7823.526] -- 0:01:35
802000 -- [-7833.215] (-7833.112) (-7826.166) (-7826.078) * [-7831.344] (-7826.449) (-7826.144) (-7829.634) -- 0:01:34
803000 -- [-7832.915] (-7826.050) (-7826.248) (-7831.623) * (-7829.302) (-7819.948) [-7828.999] (-7827.313) -- 0:01:34
804000 -- [-7826.267] (-7824.508) (-7834.427) (-7837.173) * (-7827.440) (-7844.305) (-7828.432) [-7826.398] -- 0:01:33
805000 -- [-7827.517] (-7831.633) (-7825.359) (-7827.135) * (-7837.572) (-7832.765) [-7835.709] (-7827.797) -- 0:01:33
Average standard deviation of split frequencies: 0.006823
806000 -- (-7822.277) (-7823.147) (-7822.647) [-7823.531] * (-7830.539) [-7821.226] (-7830.380) (-7826.731) -- 0:01:32
807000 -- [-7823.148] (-7828.575) (-7826.170) (-7827.592) * (-7835.556) (-7826.821) (-7827.261) [-7827.454] -- 0:01:32
808000 -- [-7822.924] (-7830.515) (-7836.411) (-7834.458) * (-7838.727) (-7827.938) (-7829.257) [-7831.006] -- 0:01:31
809000 -- [-7829.831] (-7828.879) (-7830.802) (-7835.033) * (-7836.775) (-7829.027) (-7823.196) [-7822.167] -- 0:01:31
810000 -- (-7827.003) (-7816.561) [-7822.354] (-7836.383) * [-7832.126] (-7829.063) (-7830.302) (-7833.697) -- 0:01:30
Average standard deviation of split frequencies: 0.006203
811000 -- (-7827.164) [-7827.434] (-7832.846) (-7825.776) * (-7822.564) (-7829.335) [-7824.899] (-7839.073) -- 0:01:30
812000 -- (-7838.790) [-7824.115] (-7829.832) (-7828.978) * (-7826.824) (-7821.044) (-7828.239) [-7834.505] -- 0:01:29
813000 -- (-7825.229) (-7826.747) [-7822.182] (-7842.436) * [-7823.170] (-7829.588) (-7820.595) (-7836.236) -- 0:01:29
814000 -- [-7824.368] (-7828.314) (-7834.171) (-7828.577) * (-7829.520) (-7826.185) (-7829.988) [-7830.050] -- 0:01:28
815000 -- (-7819.206) [-7826.801] (-7827.053) (-7827.896) * [-7834.495] (-7828.249) (-7825.171) (-7828.586) -- 0:01:28
Average standard deviation of split frequencies: 0.005777
816000 -- (-7835.468) (-7829.051) [-7820.378] (-7817.798) * (-7826.359) (-7833.344) (-7825.153) [-7828.293] -- 0:01:27
817000 -- [-7829.949] (-7831.419) (-7835.310) (-7825.639) * (-7829.501) (-7833.786) (-7828.760) [-7830.038] -- 0:01:27
818000 -- (-7835.082) (-7829.084) [-7826.911] (-7837.272) * (-7832.749) (-7834.298) (-7827.956) [-7824.533] -- 0:01:26
819000 -- (-7835.984) [-7824.554] (-7830.269) (-7829.827) * (-7831.749) [-7830.455] (-7824.369) (-7837.858) -- 0:01:26
820000 -- (-7830.050) (-7823.732) [-7827.403] (-7831.025) * (-7833.020) (-7832.399) (-7829.561) [-7829.555] -- 0:01:26
Average standard deviation of split frequencies: 0.005680
821000 -- (-7834.752) [-7820.427] (-7828.313) (-7825.332) * [-7832.114] (-7833.591) (-7826.873) (-7827.210) -- 0:01:25
822000 -- (-7827.737) (-7824.578) [-7824.963] (-7838.593) * [-7829.143] (-7837.119) (-7832.158) (-7830.502) -- 0:01:25
823000 -- [-7833.412] (-7836.830) (-7831.292) (-7825.462) * [-7819.783] (-7835.351) (-7834.401) (-7821.445) -- 0:01:24
824000 -- (-7829.486) [-7827.894] (-7828.263) (-7822.713) * (-7824.999) (-7827.213) (-7832.198) [-7826.009] -- 0:01:24
825000 -- [-7822.620] (-7825.581) (-7829.311) (-7829.701) * (-7825.579) (-7823.989) (-7838.564) [-7825.822] -- 0:01:23
Average standard deviation of split frequencies: 0.005517
826000 -- [-7822.272] (-7829.334) (-7835.574) (-7830.793) * [-7827.228] (-7821.048) (-7824.384) (-7835.803) -- 0:01:23
827000 -- [-7825.646] (-7831.837) (-7829.357) (-7829.001) * (-7821.216) [-7819.419] (-7827.237) (-7832.267) -- 0:01:22
828000 -- (-7832.635) (-7827.282) [-7828.806] (-7845.713) * (-7833.514) (-7827.639) [-7826.881] (-7829.294) -- 0:01:22
829000 -- (-7835.545) (-7826.670) [-7826.107] (-7820.383) * (-7829.368) (-7820.140) (-7838.390) [-7823.155] -- 0:01:21
830000 -- [-7830.264] (-7824.481) (-7820.487) (-7824.077) * [-7826.226] (-7830.584) (-7832.422) (-7828.382) -- 0:01:21
Average standard deviation of split frequencies: 0.005423
831000 -- [-7821.677] (-7827.647) (-7824.588) (-7825.464) * (-7825.337) (-7825.366) (-7824.526) [-7835.351] -- 0:01:20
832000 -- (-7822.174) (-7829.605) [-7832.701] (-7837.203) * (-7823.302) (-7840.816) [-7825.971] (-7830.439) -- 0:01:20
833000 -- (-7830.867) (-7824.018) (-7833.311) [-7830.061] * (-7824.012) (-7828.188) (-7838.223) [-7831.301] -- 0:01:19
834000 -- (-7830.911) [-7823.263] (-7823.114) (-7835.655) * [-7825.633] (-7822.790) (-7821.648) (-7831.561) -- 0:01:19
835000 -- [-7823.690] (-7827.730) (-7829.238) (-7828.975) * [-7835.895] (-7831.184) (-7840.005) (-7823.606) -- 0:01:18
Average standard deviation of split frequencies: 0.004887
836000 -- [-7822.018] (-7828.551) (-7826.495) (-7825.554) * (-7834.317) [-7830.520] (-7833.622) (-7833.848) -- 0:01:18
837000 -- (-7825.178) (-7833.860) (-7826.820) [-7829.067] * [-7825.707] (-7823.479) (-7838.805) (-7826.733) -- 0:01:17
838000 -- [-7825.411] (-7827.778) (-7826.995) (-7828.646) * [-7826.325] (-7824.501) (-7831.197) (-7828.245) -- 0:01:17
839000 -- [-7829.219] (-7821.731) (-7832.576) (-7835.801) * (-7831.583) [-7822.168] (-7830.670) (-7829.202) -- 0:01:16
840000 -- (-7825.035) [-7827.372] (-7841.037) (-7831.115) * [-7826.422] (-7828.581) (-7830.053) (-7842.110) -- 0:01:16
Average standard deviation of split frequencies: 0.004548
841000 -- (-7840.970) (-7825.522) [-7827.153] (-7834.356) * (-7826.970) (-7831.984) [-7836.083] (-7829.496) -- 0:01:16
842000 -- (-7832.782) (-7823.826) [-7829.965] (-7825.397) * (-7839.726) (-7829.494) [-7825.017] (-7832.475) -- 0:01:15
843000 -- (-7829.534) (-7825.409) (-7829.193) [-7827.515] * (-7835.922) (-7826.801) [-7826.803] (-7832.745) -- 0:01:14
844000 -- (-7830.376) (-7820.377) [-7824.361] (-7834.563) * [-7824.523] (-7833.583) (-7828.153) (-7829.013) -- 0:01:14
845000 -- [-7825.550] (-7822.203) (-7828.889) (-7827.054) * (-7825.169) [-7831.723] (-7831.035) (-7834.230) -- 0:01:13
Average standard deviation of split frequencies: 0.004396
846000 -- (-7831.577) (-7828.561) [-7821.009] (-7825.986) * [-7830.669] (-7831.574) (-7822.330) (-7830.386) -- 0:01:13
847000 -- (-7825.027) [-7828.740] (-7819.840) (-7825.889) * (-7824.370) (-7834.116) [-7827.915] (-7831.075) -- 0:01:12
848000 -- (-7832.471) [-7821.520] (-7838.653) (-7820.077) * (-7833.196) [-7819.647] (-7830.477) (-7830.589) -- 0:01:12
849000 -- (-7834.095) [-7825.793] (-7830.028) (-7824.719) * [-7819.084] (-7829.236) (-7832.102) (-7828.409) -- 0:01:12
850000 -- (-7827.627) (-7821.951) [-7820.924] (-7835.969) * (-7831.812) (-7834.807) [-7826.703] (-7831.966) -- 0:01:11
Average standard deviation of split frequencies: 0.004926
851000 -- [-7820.536] (-7826.003) (-7822.595) (-7826.735) * [-7824.677] (-7830.312) (-7822.097) (-7830.548) -- 0:01:11
852000 -- (-7819.268) (-7840.569) [-7825.797] (-7835.939) * (-7828.767) [-7828.384] (-7823.651) (-7823.853) -- 0:01:10
853000 -- [-7821.345] (-7843.480) (-7829.752) (-7835.919) * [-7833.315] (-7825.888) (-7819.557) (-7822.536) -- 0:01:10
854000 -- (-7827.923) (-7830.144) (-7835.294) [-7831.115] * [-7826.214] (-7834.770) (-7828.309) (-7828.873) -- 0:01:09
855000 -- (-7830.241) (-7828.399) (-7831.518) [-7818.421] * [-7823.466] (-7829.520) (-7820.457) (-7832.277) -- 0:01:09
Average standard deviation of split frequencies: 0.004650
856000 -- (-7825.688) (-7836.556) [-7825.938] (-7826.306) * (-7829.150) (-7828.559) [-7823.050] (-7823.828) -- 0:01:08
857000 -- (-7824.710) (-7825.223) (-7826.419) [-7819.221] * [-7836.000] (-7823.893) (-7833.144) (-7831.464) -- 0:01:08
858000 -- (-7829.289) (-7835.799) (-7836.973) [-7824.455] * (-7822.921) (-7831.530) [-7825.297] (-7842.894) -- 0:01:07
859000 -- (-7831.020) [-7828.187] (-7831.937) (-7828.285) * (-7830.808) (-7838.705) [-7820.503] (-7821.901) -- 0:01:07
860000 -- [-7836.684] (-7827.623) (-7834.177) (-7842.549) * (-7843.542) (-7830.958) (-7828.093) [-7825.822] -- 0:01:06
Average standard deviation of split frequencies: 0.004564
861000 -- (-7823.117) (-7827.772) (-7823.731) [-7829.264] * (-7837.846) (-7825.412) (-7828.355) [-7820.195] -- 0:01:06
862000 -- (-7827.857) [-7827.977] (-7827.884) (-7827.029) * [-7820.898] (-7824.846) (-7826.913) (-7826.808) -- 0:01:05
863000 -- [-7826.405] (-7829.624) (-7834.482) (-7829.486) * (-7830.207) (-7833.401) (-7820.725) [-7823.758] -- 0:01:05
864000 -- (-7836.105) (-7834.024) [-7830.303] (-7827.595) * [-7829.234] (-7822.641) (-7826.052) (-7832.604) -- 0:01:04
865000 -- [-7831.425] (-7835.666) (-7825.805) (-7820.604) * [-7825.464] (-7830.069) (-7827.731) (-7836.368) -- 0:01:04
Average standard deviation of split frequencies: 0.004657
866000 -- (-7830.950) (-7832.375) (-7834.291) [-7827.464] * [-7827.743] (-7831.345) (-7829.121) (-7826.667) -- 0:01:03
867000 -- (-7826.231) (-7826.629) [-7824.968] (-7821.789) * (-7828.473) (-7827.459) [-7822.959] (-7834.674) -- 0:01:03
868000 -- [-7829.562] (-7825.289) (-7841.121) (-7824.844) * (-7830.079) (-7829.686) [-7829.116] (-7824.559) -- 0:01:02
869000 -- [-7823.784] (-7822.165) (-7835.310) (-7834.913) * (-7835.862) [-7822.451] (-7824.031) (-7832.700) -- 0:01:02
870000 -- (-7821.468) [-7834.965] (-7828.294) (-7837.941) * (-7844.127) (-7835.019) (-7824.317) [-7822.803] -- 0:01:02
Average standard deviation of split frequencies: 0.004452
871000 -- (-7826.288) (-7829.106) [-7830.908] (-7827.045) * [-7823.895] (-7824.749) (-7836.075) (-7830.340) -- 0:01:01
872000 -- [-7823.661] (-7825.403) (-7838.522) (-7835.720) * (-7828.563) (-7828.422) [-7823.990] (-7826.566) -- 0:01:01
873000 -- (-7825.740) (-7830.305) (-7833.805) [-7831.740] * (-7828.832) (-7832.687) [-7835.780] (-7836.042) -- 0:01:00
874000 -- (-7828.570) [-7827.724] (-7831.124) (-7836.151) * [-7826.153] (-7830.386) (-7836.389) (-7826.837) -- 0:01:00
875000 -- (-7829.478) (-7830.413) [-7824.600] (-7831.392) * [-7828.461] (-7828.876) (-7831.112) (-7826.804) -- 0:00:59
Average standard deviation of split frequencies: 0.004903
876000 -- (-7828.243) [-7820.590] (-7830.519) (-7822.775) * (-7834.825) (-7835.682) (-7823.840) [-7823.111] -- 0:00:59
877000 -- (-7824.786) (-7833.529) (-7836.593) [-7825.764] * (-7828.321) (-7832.335) (-7829.037) [-7823.121] -- 0:00:58
878000 -- (-7828.859) (-7836.656) (-7825.081) [-7819.803] * (-7826.647) (-7834.226) [-7825.128] (-7826.849) -- 0:00:58
879000 -- (-7825.303) (-7823.791) (-7830.642) [-7832.772] * (-7828.190) (-7835.373) (-7829.821) [-7828.205] -- 0:00:57
880000 -- [-7827.544] (-7827.446) (-7835.625) (-7833.695) * (-7835.643) [-7829.585] (-7831.887) (-7826.451) -- 0:00:57
Average standard deviation of split frequencies: 0.005234
881000 -- [-7825.470] (-7838.221) (-7823.096) (-7820.620) * [-7821.935] (-7821.865) (-7830.675) (-7832.950) -- 0:00:56
882000 -- (-7824.389) (-7835.680) [-7830.079] (-7824.950) * [-7826.650] (-7830.677) (-7828.815) (-7831.842) -- 0:00:56
883000 -- (-7826.266) (-7828.707) (-7826.117) [-7822.669] * (-7824.239) (-7850.316) [-7835.405] (-7823.990) -- 0:00:55
884000 -- (-7844.917) (-7822.077) (-7825.977) [-7824.154] * (-7832.345) [-7831.544] (-7835.464) (-7837.022) -- 0:00:55
885000 -- (-7825.681) (-7832.632) (-7835.230) [-7824.020] * (-7826.400) (-7840.993) (-7830.618) [-7832.334] -- 0:00:54
Average standard deviation of split frequencies: 0.004848
886000 -- (-7834.664) (-7827.708) [-7822.240] (-7821.459) * (-7826.205) (-7832.247) (-7823.547) [-7824.532] -- 0:00:54
887000 -- [-7826.427] (-7832.932) (-7831.807) (-7829.761) * (-7829.346) (-7821.446) [-7826.412] (-7832.201) -- 0:00:53
888000 -- (-7834.678) (-7834.224) (-7835.446) [-7825.245] * (-7826.015) (-7831.902) (-7833.102) [-7824.929] -- 0:00:53
889000 -- (-7833.714) (-7828.770) [-7829.897] (-7825.479) * (-7829.404) (-7825.479) [-7825.196] (-7824.121) -- 0:00:52
890000 -- (-7823.805) (-7829.120) (-7827.647) [-7823.503] * (-7838.743) (-7835.871) [-7824.103] (-7821.172) -- 0:00:52
Average standard deviation of split frequencies: 0.004587
891000 -- (-7828.588) [-7827.419] (-7833.311) (-7833.753) * [-7827.309] (-7832.525) (-7833.582) (-7819.752) -- 0:00:51
892000 -- [-7826.510] (-7828.822) (-7839.199) (-7824.315) * (-7825.850) [-7832.845] (-7838.665) (-7827.939) -- 0:00:51
893000 -- [-7822.126] (-7832.240) (-7832.281) (-7821.370) * [-7825.421] (-7824.995) (-7833.309) (-7835.410) -- 0:00:51
894000 -- [-7826.862] (-7826.169) (-7825.463) (-7824.970) * [-7828.988] (-7823.714) (-7832.420) (-7827.178) -- 0:00:50
895000 -- [-7831.299] (-7833.106) (-7829.220) (-7826.545) * (-7832.676) (-7829.616) (-7830.510) [-7825.742] -- 0:00:50
Average standard deviation of split frequencies: 0.004794
896000 -- (-7838.833) (-7833.845) (-7841.908) [-7830.959] * (-7828.630) [-7832.245] (-7835.578) (-7835.446) -- 0:00:49
897000 -- [-7826.096] (-7839.909) (-7824.554) (-7831.497) * (-7826.406) (-7832.039) [-7822.819] (-7830.276) -- 0:00:49
898000 -- (-7829.377) (-7837.263) (-7835.868) [-7824.091] * [-7830.933] (-7834.631) (-7832.269) (-7827.605) -- 0:00:48
899000 -- [-7828.449] (-7835.591) (-7826.474) (-7825.488) * [-7827.834] (-7827.568) (-7824.262) (-7825.549) -- 0:00:48
900000 -- (-7823.539) (-7824.164) [-7817.382] (-7820.608) * (-7827.395) (-7825.273) (-7835.738) [-7822.116] -- 0:00:47
Average standard deviation of split frequencies: 0.004420
901000 -- (-7827.091) (-7823.687) (-7828.461) [-7837.015] * (-7825.222) (-7828.424) (-7829.033) [-7832.478] -- 0:00:47
902000 -- (-7831.815) (-7828.499) (-7828.559) [-7824.895] * (-7824.905) (-7827.227) (-7829.186) [-7825.339] -- 0:00:46
903000 -- (-7824.390) (-7835.465) [-7823.326] (-7826.172) * (-7842.487) (-7833.492) (-7832.887) [-7820.413] -- 0:00:46
904000 -- (-7822.415) [-7826.196] (-7827.631) (-7823.666) * (-7837.398) (-7824.794) [-7822.175] (-7833.210) -- 0:00:45
905000 -- [-7824.072] (-7825.653) (-7823.039) (-7824.029) * (-7834.730) [-7829.590] (-7826.664) (-7840.659) -- 0:00:45
Average standard deviation of split frequencies: 0.004394
906000 -- (-7829.072) (-7833.460) [-7826.847] (-7824.810) * (-7823.878) (-7826.390) [-7820.002] (-7826.132) -- 0:00:44
907000 -- (-7821.244) (-7836.001) [-7825.652] (-7840.965) * (-7825.361) [-7835.396] (-7821.043) (-7834.795) -- 0:00:44
908000 -- (-7831.514) [-7831.530] (-7831.466) (-7830.461) * [-7831.190] (-7836.015) (-7829.298) (-7829.616) -- 0:00:43
909000 -- (-7825.756) (-7830.336) (-7823.636) [-7820.158] * (-7831.231) [-7823.445] (-7825.444) (-7825.956) -- 0:00:43
910000 -- (-7830.893) (-7825.693) [-7833.362] (-7823.076) * (-7827.435) (-7825.432) [-7820.222] (-7830.100) -- 0:00:42
Average standard deviation of split frequencies: 0.004199
911000 -- (-7837.353) (-7824.442) (-7820.797) [-7840.028] * (-7832.045) (-7826.119) (-7830.838) [-7823.246] -- 0:00:42
912000 -- (-7824.070) (-7834.891) [-7825.216] (-7825.210) * [-7823.276] (-7826.133) (-7829.167) (-7822.323) -- 0:00:41
913000 -- (-7827.816) (-7833.375) [-7826.374] (-7827.347) * (-7831.799) (-7826.587) [-7830.618] (-7833.881) -- 0:00:41
914000 -- [-7826.634] (-7824.376) (-7834.310) (-7824.570) * (-7834.843) (-7834.239) [-7824.305] (-7829.133) -- 0:00:41
915000 -- [-7816.450] (-7823.784) (-7832.032) (-7826.679) * [-7834.428] (-7821.331) (-7829.226) (-7830.954) -- 0:00:40
Average standard deviation of split frequencies: 0.003774
916000 -- (-7840.012) (-7841.280) [-7834.585] (-7827.096) * [-7828.756] (-7824.023) (-7820.255) (-7825.555) -- 0:00:39
917000 -- (-7832.154) (-7828.155) (-7831.348) [-7828.322] * (-7830.558) (-7834.369) (-7824.369) [-7835.907] -- 0:00:39
918000 -- (-7822.088) (-7827.455) [-7837.472] (-7829.943) * (-7822.727) (-7820.294) (-7828.035) [-7826.104] -- 0:00:39
919000 -- (-7835.468) [-7831.005] (-7835.984) (-7830.661) * [-7826.282] (-7836.947) (-7837.601) (-7825.952) -- 0:00:38
920000 -- (-7833.946) [-7824.421] (-7825.641) (-7836.123) * [-7825.426] (-7829.957) (-7833.047) (-7829.881) -- 0:00:38
Average standard deviation of split frequencies: 0.004039
921000 -- (-7828.890) (-7844.727) [-7819.218] (-7829.507) * (-7840.101) (-7834.622) (-7835.452) [-7828.826] -- 0:00:37
922000 -- (-7823.556) (-7826.133) (-7835.254) [-7830.077] * (-7820.828) [-7822.770] (-7830.907) (-7822.996) -- 0:00:37
923000 -- (-7831.239) (-7834.959) [-7829.462] (-7831.452) * (-7830.594) (-7832.606) (-7833.271) [-7836.484] -- 0:00:36
924000 -- (-7834.781) [-7822.431] (-7824.125) (-7825.530) * (-7832.194) (-7824.852) (-7822.487) [-7828.871] -- 0:00:36
925000 -- (-7835.060) (-7845.263) (-7824.853) [-7823.658] * (-7835.593) (-7836.284) (-7826.171) [-7828.667] -- 0:00:35
Average standard deviation of split frequencies: 0.004073
926000 -- (-7823.037) [-7831.051] (-7829.161) (-7824.738) * (-7818.247) (-7844.702) (-7832.379) [-7825.662] -- 0:00:35
927000 -- (-7828.773) [-7830.606] (-7831.494) (-7822.928) * [-7824.644] (-7828.920) (-7842.163) (-7830.808) -- 0:00:34
928000 -- (-7834.767) (-7836.343) [-7822.993] (-7825.665) * [-7827.554] (-7830.657) (-7834.062) (-7830.863) -- 0:00:34
929000 -- (-7828.671) (-7827.934) (-7833.065) [-7819.764] * [-7821.858] (-7837.339) (-7836.858) (-7839.976) -- 0:00:33
930000 -- [-7823.144] (-7833.724) (-7837.965) (-7822.121) * (-7822.117) (-7838.018) (-7825.517) [-7828.288] -- 0:00:33
Average standard deviation of split frequencies: 0.003883
931000 -- (-7824.688) (-7835.723) (-7833.049) [-7829.080] * (-7825.117) [-7824.940] (-7828.613) (-7824.442) -- 0:00:32
932000 -- (-7828.226) (-7826.950) [-7826.359] (-7821.279) * (-7827.865) (-7832.111) (-7827.824) [-7823.594] -- 0:00:32
933000 -- (-7832.139) (-7832.557) [-7841.672] (-7831.799) * [-7824.706] (-7824.802) (-7830.781) (-7830.891) -- 0:00:31
934000 -- (-7835.920) (-7822.456) (-7831.163) [-7823.736] * [-7823.370] (-7824.767) (-7826.805) (-7821.137) -- 0:00:31
935000 -- (-7835.266) [-7824.966] (-7827.023) (-7828.988) * (-7826.424) (-7828.288) (-7834.995) [-7829.213] -- 0:00:30
Average standard deviation of split frequencies: 0.003973
936000 -- [-7825.711] (-7829.303) (-7828.132) (-7829.337) * (-7825.595) [-7828.951] (-7825.517) (-7831.914) -- 0:00:30
937000 -- (-7827.232) [-7821.885] (-7826.609) (-7834.417) * (-7828.884) (-7827.941) [-7824.489] (-7835.940) -- 0:00:29
938000 -- (-7830.305) [-7822.581] (-7831.799) (-7832.070) * (-7821.867) (-7835.189) [-7821.769] (-7827.378) -- 0:00:29
939000 -- [-7832.288] (-7830.452) (-7831.770) (-7828.106) * (-7836.271) (-7831.116) (-7823.873) [-7829.569] -- 0:00:29
940000 -- [-7823.976] (-7834.946) (-7822.584) (-7823.903) * (-7833.121) (-7829.392) (-7832.815) [-7836.527] -- 0:00:28
Average standard deviation of split frequencies: 0.003731
941000 -- (-7834.730) (-7840.484) [-7826.042] (-7825.981) * [-7819.392] (-7831.105) (-7832.698) (-7820.367) -- 0:00:28
942000 -- (-7829.347) (-7826.125) (-7839.259) [-7821.157] * [-7829.899] (-7844.875) (-7827.747) (-7835.544) -- 0:00:27
943000 -- (-7827.289) (-7823.834) (-7834.098) [-7830.699] * (-7839.206) (-7825.689) [-7829.567] (-7834.179) -- 0:00:27
944000 -- [-7824.510] (-7843.854) (-7829.386) (-7827.534) * (-7826.358) (-7826.222) [-7819.841] (-7827.079) -- 0:00:26
945000 -- [-7830.987] (-7832.159) (-7823.371) (-7833.951) * (-7828.629) (-7824.974) (-7834.524) [-7829.640] -- 0:00:26
Average standard deviation of split frequencies: 0.003987
946000 -- [-7826.074] (-7831.949) (-7824.112) (-7835.528) * (-7830.831) (-7831.209) (-7828.003) [-7831.869] -- 0:00:25
947000 -- (-7829.057) (-7831.307) (-7827.995) [-7835.508] * [-7821.764] (-7840.563) (-7832.207) (-7819.111) -- 0:00:25
948000 -- (-7822.491) (-7831.191) [-7835.144] (-7835.495) * [-7825.802] (-7830.336) (-7836.515) (-7821.671) -- 0:00:24
949000 -- (-7842.451) [-7827.441] (-7829.013) (-7828.721) * (-7832.126) [-7825.465] (-7823.284) (-7822.700) -- 0:00:24
950000 -- [-7825.232] (-7820.181) (-7827.583) (-7837.790) * (-7828.786) [-7827.839] (-7827.651) (-7824.179) -- 0:00:23
Average standard deviation of split frequencies: 0.003691
951000 -- (-7830.784) (-7825.222) (-7829.466) [-7829.937] * (-7829.896) [-7824.710] (-7829.155) (-7825.983) -- 0:00:23
952000 -- (-7830.470) [-7823.517] (-7829.051) (-7833.729) * (-7832.203) (-7831.377) [-7826.468] (-7833.339) -- 0:00:22
953000 -- [-7826.742] (-7828.402) (-7826.980) (-7833.684) * (-7833.021) (-7838.528) [-7825.607] (-7827.741) -- 0:00:22
954000 -- (-7829.862) (-7828.458) (-7833.087) [-7828.142] * (-7826.346) (-7838.208) (-7836.130) [-7826.891] -- 0:00:21
955000 -- (-7826.931) (-7835.816) [-7827.535] (-7830.897) * (-7825.424) (-7828.029) (-7824.047) [-7828.691] -- 0:00:21
Average standard deviation of split frequencies: 0.003561
956000 -- (-7828.158) (-7831.677) (-7827.284) [-7829.705] * (-7830.484) [-7826.695] (-7826.016) (-7829.045) -- 0:00:20
957000 -- [-7826.132] (-7836.548) (-7828.519) (-7827.956) * [-7827.514] (-7830.715) (-7821.604) (-7836.646) -- 0:00:20
958000 -- (-7819.248) [-7826.491] (-7829.923) (-7830.529) * (-7837.255) [-7829.495] (-7827.500) (-7829.606) -- 0:00:19
959000 -- (-7831.273) (-7834.130) [-7826.536] (-7850.170) * [-7823.910] (-7835.808) (-7841.379) (-7826.303) -- 0:00:19
960000 -- (-7822.829) (-7835.555) (-7833.003) [-7835.487] * (-7822.833) [-7827.520] (-7836.999) (-7824.423) -- 0:00:19
Average standard deviation of split frequencies: 0.002781
961000 -- (-7827.694) (-7832.618) [-7826.597] (-7834.382) * (-7828.437) (-7823.544) [-7825.418] (-7848.770) -- 0:00:18
962000 -- (-7835.004) (-7823.576) (-7834.446) [-7824.799] * [-7830.635] (-7841.250) (-7824.495) (-7825.174) -- 0:00:18
963000 -- [-7826.922] (-7834.734) (-7832.415) (-7847.602) * [-7823.546] (-7824.386) (-7844.881) (-7829.186) -- 0:00:17
964000 -- (-7844.475) (-7824.995) (-7832.301) [-7832.201] * (-7837.851) (-7831.386) [-7821.780] (-7828.518) -- 0:00:17
965000 -- (-7830.901) (-7826.908) [-7828.059] (-7835.110) * (-7828.391) [-7837.469] (-7828.614) (-7831.603) -- 0:00:16
Average standard deviation of split frequencies: 0.002874
966000 -- (-7823.555) (-7834.136) (-7846.290) [-7827.032] * [-7828.227] (-7829.899) (-7834.164) (-7834.033) -- 0:00:16
967000 -- [-7824.702] (-7827.967) (-7831.757) (-7834.059) * [-7821.398] (-7826.214) (-7825.684) (-7832.315) -- 0:00:15
968000 -- [-7828.259] (-7835.953) (-7827.821) (-7826.133) * (-7833.159) (-7834.074) [-7824.985] (-7825.694) -- 0:00:15
969000 -- (-7825.201) [-7833.719] (-7822.745) (-7834.853) * [-7828.229] (-7826.100) (-7838.211) (-7829.448) -- 0:00:14
970000 -- (-7824.944) (-7841.741) [-7823.024] (-7828.909) * (-7834.889) [-7822.249] (-7836.140) (-7833.401) -- 0:00:14
Average standard deviation of split frequencies: 0.002698
971000 -- [-7824.587] (-7820.997) (-7834.283) (-7818.977) * (-7826.825) [-7823.724] (-7833.063) (-7831.791) -- 0:00:13
972000 -- (-7833.229) [-7818.284] (-7834.015) (-7837.425) * (-7834.258) [-7831.820] (-7825.608) (-7833.069) -- 0:00:13
973000 -- (-7830.730) (-7828.046) (-7831.320) [-7826.811] * (-7831.485) (-7833.402) [-7821.417] (-7827.546) -- 0:00:12
974000 -- (-7834.822) [-7832.885] (-7833.065) (-7834.101) * [-7826.593] (-7835.405) (-7836.401) (-7828.521) -- 0:00:12
975000 -- (-7825.522) (-7824.386) [-7823.199] (-7834.042) * (-7831.197) [-7829.089] (-7827.710) (-7826.463) -- 0:00:11
Average standard deviation of split frequencies: 0.002952
976000 -- (-7841.308) (-7826.788) [-7827.362] (-7829.540) * (-7832.742) [-7831.054] (-7830.837) (-7827.525) -- 0:00:11
977000 -- [-7825.678] (-7826.257) (-7831.441) (-7836.049) * (-7824.242) (-7842.132) [-7823.038] (-7830.202) -- 0:00:10
978000 -- [-7828.785] (-7825.627) (-7832.536) (-7829.848) * [-7830.511] (-7819.256) (-7819.761) (-7836.163) -- 0:00:10
979000 -- (-7831.313) [-7834.449] (-7834.842) (-7826.063) * [-7824.616] (-7825.047) (-7821.067) (-7824.711) -- 0:00:09
980000 -- [-7828.251] (-7823.038) (-7839.011) (-7829.307) * [-7830.372] (-7838.429) (-7825.005) (-7832.344) -- 0:00:09
Average standard deviation of split frequencies: 0.003258
981000 -- [-7823.335] (-7817.920) (-7836.111) (-7823.438) * (-7832.049) (-7826.655) (-7828.636) [-7822.986] -- 0:00:09
982000 -- [-7828.415] (-7832.303) (-7836.972) (-7837.534) * (-7823.206) [-7826.426] (-7827.441) (-7826.987) -- 0:00:08
983000 -- (-7835.549) (-7830.103) (-7828.188) [-7818.766] * [-7835.892] (-7821.795) (-7831.007) (-7827.281) -- 0:00:08
984000 -- (-7832.688) [-7829.128] (-7846.118) (-7829.921) * [-7820.918] (-7827.733) (-7837.630) (-7821.003) -- 0:00:07
985000 -- [-7834.901] (-7836.270) (-7835.241) (-7839.050) * [-7825.657] (-7831.150) (-7829.580) (-7824.944) -- 0:00:07
Average standard deviation of split frequencies: 0.003347
986000 -- (-7830.220) (-7829.029) (-7822.064) [-7830.146] * (-7833.946) (-7831.305) (-7825.946) [-7820.466] -- 0:00:06
987000 -- [-7829.973] (-7836.249) (-7833.150) (-7828.363) * (-7825.468) [-7826.597] (-7832.505) (-7826.595) -- 0:00:06
988000 -- (-7826.163) (-7834.883) (-7823.637) [-7823.212] * (-7819.133) [-7831.171] (-7837.892) (-7837.882) -- 0:00:05
989000 -- (-7826.101) (-7826.231) (-7828.374) [-7823.185] * [-7817.052] (-7832.484) (-7823.109) (-7827.021) -- 0:00:05
990000 -- (-7834.955) (-7826.814) (-7830.581) [-7822.987] * (-7829.203) (-7827.625) (-7828.882) [-7822.070] -- 0:00:04
Average standard deviation of split frequencies: 0.003595
991000 -- (-7827.441) [-7823.515] (-7823.348) (-7822.540) * (-7820.937) [-7827.353] (-7820.284) (-7830.377) -- 0:00:04
992000 -- (-7823.481) [-7822.879] (-7836.180) (-7823.110) * (-7828.517) [-7830.566] (-7830.110) (-7829.057) -- 0:00:03
993000 -- (-7841.508) [-7833.268] (-7830.523) (-7826.172) * [-7825.485] (-7824.400) (-7823.465) (-7825.377) -- 0:00:03
994000 -- (-7840.237) (-7828.086) [-7821.434] (-7830.290) * [-7829.567] (-7822.593) (-7830.310) (-7825.386) -- 0:00:02
995000 -- (-7841.798) (-7835.814) [-7823.717] (-7830.741) * (-7829.223) (-7832.567) [-7824.044] (-7820.881) -- 0:00:02
Average standard deviation of split frequencies: 0.003681
996000 -- (-7832.722) (-7832.644) (-7823.424) [-7827.763] * (-7829.988) (-7826.126) (-7827.948) [-7827.141] -- 0:00:01
997000 -- (-7825.948) (-7831.996) [-7832.247] (-7832.437) * (-7829.405) [-7827.110] (-7827.714) (-7829.812) -- 0:00:01
998000 -- (-7826.534) (-7832.819) [-7823.913] (-7828.500) * (-7827.893) (-7823.768) [-7829.040] (-7825.226) -- 0:00:00
999000 -- (-7831.868) (-7830.424) (-7825.546) [-7828.460] * (-7827.666) [-7827.306] (-7826.627) (-7822.734) -- 0:00:00
1000000 -- (-7836.230) [-7827.260] (-7834.917) (-7830.852) * (-7824.573) [-7828.052] (-7823.817) (-7828.828) -- 0:00:00
Average standard deviation of split frequencies: 0.003926
Analysis completed in 7 mins 55 seconds
Analysis used 474.35 seconds of CPU time
Likelihood of best state for "cold" chain of run 1 was -7814.21
Likelihood of best state for "cold" chain of run 2 was -7813.88
Acceptance rates for the moves in the "cold" chain of run 1:
With prob. (last 100) chain accepted proposals by move
36.1 % ( 27 %) Dirichlet(Revmat{all})
55.4 % ( 47 %) Slider(Revmat{all})
11.6 % ( 17 %) Dirichlet(Pi{all})
22.8 % ( 31 %) Slider(Pi{all})
69.2 % ( 46 %) Multiplier(Alpha{1,2})
47.5 % ( 32 %) Multiplier(Alpha{3})
37.8 % ( 31 %) Slider(Pinvar{all})
5.5 % ( 6 %) ExtSPR(Tau{all},V{all})
6.9 % ( 10 %) ExtTBR(Tau{all},V{all})
10.8 % ( 8 %) NNI(Tau{all},V{all})
8.5 % ( 4 %) ParsSPR(Tau{all},V{all})
26.5 % ( 27 %) Multiplier(V{all})
36.7 % ( 34 %) Nodeslider(V{all})
25.1 % ( 33 %) TLMultiplier(V{all})
Acceptance rates for the moves in the "cold" chain of run 2:
With prob. (last 100) chain accepted proposals by move
35.7 % ( 32 %) Dirichlet(Revmat{all})
55.5 % ( 48 %) Slider(Revmat{all})
10.6 % ( 10 %) Dirichlet(Pi{all})
23.0 % ( 16 %) Slider(Pi{all})
68.1 % ( 41 %) Multiplier(Alpha{1,2})
46.9 % ( 25 %) Multiplier(Alpha{3})
37.6 % ( 23 %) Slider(Pinvar{all})
5.4 % ( 9 %) ExtSPR(Tau{all},V{all})
7.0 % ( 2 %) ExtTBR(Tau{all},V{all})
10.7 % ( 10 %) NNI(Tau{all},V{all})
8.4 % ( 8 %) ParsSPR(Tau{all},V{all})
26.5 % ( 25 %) Multiplier(V{all})
36.7 % ( 32 %) Nodeslider(V{all})
25.1 % ( 28 %) TLMultiplier(V{all})
Chain swap information for run 1:
1 2 3 4
----------------------------------
1 | 0.78 0.59 0.44
2 | 167181 0.79 0.62
3 | 166513 165869 0.81
4 | 166677 166539 167221
Chain swap information for run 2:
1 2 3 4
----------------------------------
1 | 0.77 0.58 0.43
2 | 167132 0.79 0.61
3 | 166290 166323 0.80
4 | 166848 166738 166669
Upper diagonal: Proportion of successful state exchanges between chains
Lower diagonal: Number of attempted state exchanges between chains
Chain information:
ID -- Heat
-----------
1 -- 1.00 (cold chain)
2 -- 0.91
3 -- 0.83
4 -- 0.77
Heat = 1 / (1 + T * (ID - 1))
(where T = 0.10 is the temperature and ID is the chain number)
Setting burn-in to 2500
Summarizing parameters in files /data/mrbayes_input.nex.run1.p and /data/mrbayes_input.nex.run2.p
Writing summary statistics to file /data/mrbayes_input.nex.pstat
Using relative burnin ('relburnin=yes'), discarding the first 25 % of samples
Below are rough plots of the generation (x-axis) versus the log
probability of observing the data (y-axis). You can use these
graphs to determine what the burn in for your analysis should be.
When the log probability starts to plateau you may be at station-
arity. Sample trees and parameters after the log probability
plateaus. Of course, this is not a guarantee that you are at sta-
tionarity. Also examine the convergence diagnostics provided by
the 'sump' and 'sumt' commands for all the parameters in your
model. Remember that the burn in is the number of samples to dis-
card. There are a total of ngen / samplefreq samples taken during
a MCMC analysis.
Overlay plot for both runs:
(1 = Run number 1; 2 = Run number 2; * = Both runs)
+------------------------------------------------------------+ -7824.34
| 1 |
| 1 1 |
| 1 1 2 2 |
| 2 2 22 2 1 2 |
| 12 * 112 2 2 2 2 2 2 1112 11 |
| 1 12 1 11 2 1 2 2 |
| 2 22 2 222 1 21 |
|2 2 1 1 2 * 2 1 2 1 1|
|1 1 1 22 2 1 11 111 1 * 1 1 1 12 * 211*2|
| 2 2 1 1 1 *12 122 2 |
| 1 2 2 2 2 2 |
| 2 1 1 |
| 1 |
| 2 2 1 |
| 1 |
+------+-----+-----+-----+-----+-----+-----+-----+-----+-----+ -7829.32
^ ^
250000 1000000
Estimated marginal likelihoods for runs sampled in files
"/data/mrbayes_input.nex.run1.p" and "/data/mrbayes_input.nex.run2.p":
(Use the harmonic mean for Bayes factor comparisons of models)
(Values are saved to the file /data/mrbayes_input.nex.lstat)
Run Arithmetic mean Harmonic mean
--------------------------------------
1 -7821.04 -7838.20
2 -7820.91 -7836.07
--------------------------------------
TOTAL -7820.97 -7837.62
--------------------------------------
Model parameter summaries over the runs sampled in files
"/data/mrbayes_input.nex.run1.p" and "/data/mrbayes_input.nex.run2.p":
Summaries are based on a total of 3002 samples from 2 runs.
Each run produced 2001 samples of which 1501 samples were included.
Parameter summaries saved to file "/data/mrbayes_input.nex.pstat".
95% HPD Interval
--------------------
Parameter Mean Variance Lower Upper Median min ESS* avg ESS PSRF+
------------------------------------------------------------------------------------------------------
TL{all} 0.242071 0.000454 0.201664 0.284285 0.241223 1288.50 1298.17 1.000
r(A<->C){all} 0.058752 0.000257 0.030157 0.091581 0.057685 833.83 893.39 1.000
r(A<->G){all} 0.258162 0.001093 0.195717 0.322843 0.256821 717.26 798.50 1.000
r(A<->T){all} 0.080006 0.000162 0.056886 0.105909 0.079150 1146.59 1152.94 1.000
r(C<->G){all} 0.023452 0.000155 0.001196 0.046788 0.021634 771.01 830.54 1.000
r(C<->T){all} 0.527187 0.001282 0.461634 0.598065 0.527485 782.10 863.94 1.000
r(G<->T){all} 0.052441 0.000122 0.031776 0.073859 0.051737 1089.91 1220.82 1.000
pi(A){all} 0.266089 0.000049 0.252586 0.280025 0.266064 908.54 909.64 1.000
pi(C){all} 0.175075 0.000034 0.164186 0.186427 0.174972 929.94 993.44 1.000
pi(G){all} 0.192346 0.000037 0.179807 0.203526 0.192163 978.55 1048.62 1.000
pi(T){all} 0.366490 0.000053 0.351823 0.380616 0.366455 903.52 1007.16 1.000
alpha{1,2} 0.039281 0.000686 0.000017 0.086621 0.036592 1112.11 1134.69 1.000
alpha{3} 5.580716 3.151832 2.435662 8.905364 5.304202 1407.30 1451.97 1.000
pinvar{all} 0.602511 0.000801 0.545546 0.658661 0.603723 1281.29 1282.30 1.000
------------------------------------------------------------------------------------------------------
* Convergence diagnostic (ESS = Estimated Sample Size); min and avg values
correspond to minimal and average ESS among runs.
ESS value below 100 may indicate that the parameter is undersampled.
+ Convergence diagnostic (PSRF = Potential Scale Reduction Factor; Gelman
and Rubin, 1992) should approach 1.0 as runs converge.
Setting sumt conformat to Simple
Setting urn-in to 2500
Summarizing trees in files "/data/mrbayes_input.nex.run1.t" and "/data/mrbayes_input.nex.run2.t"
Using relative burnin ('relburnin=yes'), discarding the first 25 % of sampled trees
Writing statistics to files /data/mrbayes_input.nex.<parts|tstat|vstat|trprobs|con>
Examining first file ...
Found one tree block in file "/data/mrbayes_input.nex.run1.t" with 2001 trees in last block
Expecting the same number of trees in the last tree block of all files
Tree reading status:
0 10 20 30 40 50 60 70 80 90 100
v-------v-------v-------v-------v-------v-------v-------v-------v-------v-------v
*********************************************************************************
Read a total of 4002 trees in 2 files (sampling 3002 of them)
(Each file contained 2001 trees of which 1501 were sampled)
General explanation:
In an unrooted tree, a taxon bipartition (split) is specified by removing a
branch, thereby dividing the species into those to the left and those to the
right of the branch. Here, taxa to one side of the removed branch are denoted
'.' and those to the other side are denoted '*'. Specifically, the '.' symbol
is used for the taxa on the same side as the outgroup.
In a rooted or clock tree, the tree is rooted using the model and not by
reference to an outgroup. Each bipartition therefore corresponds to a clade,
that is, a group that includes all the descendants of a particular branch in
the tree. Taxa that are included in each clade are denoted using '*', and
taxa that are not included are denoted using the '.' symbol.
The output first includes a key to all the bipartitions with frequency larger
or equual to (Minpartfreq) in at least one run. Minpartfreq is a parameter to
sumt command and currently it is set to 0.10. This is followed by a table
with statistics for the informative bipartitions (those including at least
two taxa), sorted from highest to lowest probability. For each bipartition,
the table gives the number of times the partition or split was observed in all
runs (#obs) and the posterior probability of the bipartition (Probab.), which
is the same as the split frequency. If several runs are summarized, this is
followed by the minimum split frequency (Min(s)), the maximum frequency
(Max(s)), and the standard deviation of frequencies (Stddev(s)) across runs.
The latter value should approach 0 for all bipartitions as MCMC runs converge.
This is followed by a table summarizing branch lengths, node heights (if a
clock model was used) and relaxed clock parameters (if a relaxed clock model
was used). The mean, variance, and 95 % credible interval are given for each
of these parameters. If several runs are summarized, the potential scale
reduction factor (PSRF) is also given; it should approach 1 as runs converge.
Node heights will take calibration points into account, if such points were
used in the analysis.
Note that Stddev may be unreliable if the partition is not present in all
runs (the last column indicates the number of runs that sampled the partition
if more than one run is summarized). The PSRF is not calculated at all if
the partition is not present in all runs.The PSRF is also sensitive to small
sample sizes and it should only be considered a rough guide to convergence
since some of the assumptions allowing one to interpret it as a true potential
scale reduction factor are violated in MrBayes.
List of taxa in bipartitions:
1 -- C1
2 -- C10
3 -- C2
4 -- C3
5 -- C4
6 -- C5
7 -- C6
8 -- C7
9 -- C8
10 -- C9
Key to taxon bipartitions (saved to file "/data/mrbayes_input.nex.parts"):
ID -- Partition
----------------
1 -- .*********
2 -- .*........
3 -- ..*.......
4 -- ...*......
5 -- ....*.....
6 -- .....*....
7 -- ......*...
8 -- .......*..
9 -- ........*.
10 -- .........*
11 -- ....**....
12 -- ....***...
13 -- ..*....*..
14 -- .*..***.**
15 -- ..**...*..
16 -- .*......*.
17 -- .*..***.*.
18 -- .*......**
19 -- ....***..*
----------------
Summary statistics for informative taxon bipartitions
(saved to file "/data/mrbayes_input.nex.tstat"):
ID #obs Probab. Sd(s)+ Min(s) Max(s) Nruns
----------------------------------------------------------------
11 3002 1.000000 0.000000 1.000000 1.000000 2
12 3002 1.000000 0.000000 1.000000 1.000000 2
13 2990 0.996003 0.001884 0.994670 0.997335 2
14 2986 0.994670 0.000000 0.994670 0.994670 2
15 2771 0.923051 0.007066 0.918055 0.928048 2
16 2764 0.920720 0.003769 0.918055 0.923384 2
17 1439 0.479347 0.002355 0.477682 0.481013 2
18 845 0.281479 0.008951 0.275150 0.287808 2
19 718 0.239174 0.011306 0.231179 0.247169 2
----------------------------------------------------------------
+ Convergence diagnostic (standard deviation of split frequencies)
should approach 0.0 as runs converge.
Summary statistics for branch and node parameters
(saved to file "/data/mrbayes_input.nex.vstat"):
95% HPD Interval
--------------------
Parameter Mean Variance Lower Upper Median PSRF+ Nruns
-------------------------------------------------------------------------------------------
length{all}[1] 0.000324 0.000000 0.000000 0.000958 0.000232 1.000 2
length{all}[2] 0.012309 0.000005 0.008128 0.016783 0.012185 1.000 2
length{all}[3] 0.000304 0.000000 0.000000 0.000915 0.000211 1.000 2
length{all}[4] 0.000625 0.000000 0.000039 0.001506 0.000527 1.000 2
length{all}[5] 0.000946 0.000000 0.000004 0.002050 0.000835 1.000 2
length{all}[6] 0.002144 0.000001 0.000601 0.003828 0.002038 1.000 2
length{all}[7] 0.022853 0.000018 0.014770 0.031261 0.022632 1.000 2
length{all}[8] 0.000319 0.000000 0.000000 0.000964 0.000223 1.000 2
length{all}[9] 0.010184 0.000005 0.006189 0.014663 0.010143 1.000 2
length{all}[10] 0.004338 0.000002 0.002146 0.007029 0.004218 1.000 2
length{all}[11] 0.012581 0.000013 0.005635 0.019553 0.012459 1.000 2
length{all}[12] 0.166503 0.000363 0.132498 0.206694 0.165275 1.000 2
length{all}[13] 0.000640 0.000000 0.000010 0.001515 0.000540 1.001 2
length{all}[14] 0.002463 0.000001 0.000656 0.004536 0.002359 1.000 2
length{all}[15] 0.000594 0.000000 0.000001 0.001410 0.000495 1.000 2
length{all}[16] 0.003704 0.000002 0.001235 0.006716 0.003617 1.000 2
length{all}[17] 0.001758 0.000002 0.000001 0.004731 0.001354 0.999 2
length{all}[18] 0.000909 0.000001 0.000000 0.002354 0.000709 0.999 2
length{all}[19] 0.000931 0.000001 0.000001 0.002476 0.000740 1.000 2
-------------------------------------------------------------------------------------------
+ Convergence diagnostic (PSRF = Potential Scale Reduction Factor; Gelman
and Rubin, 1992) should approach 1.0 as runs converge. NA is reported when
deviation of parameter values within all runs is 0 or when a parameter
value (a branch length, for instance) is not sampled in all runs.
Summary statistics for partitions with frequency >= 0.10 in at least one run:
Average standard deviation of split frequencies = 0.003926
Maximum standard deviation of split frequencies = 0.011306
Average PSRF for parameter values (excluding NA and >10.0) = 1.000
Maximum PSRF for parameter values = 1.001
Clade credibility values:
/----------------------------------------------------------------------- C1 (1)
|
| /------------------ C10 (2)
| /----------------92----------------+
| | \------------------ C8 (9)
| |
| | /------------------ C4 (5)
| | /-------100------+
|--------99-------+ | \------------------ C5 (6)
+ |-------100-------+
| | \----------------------------------- C6 (7)
| |
| \----------------------------------------------------- C9 (10)
|
| /------------------ C2 (3)
| /-------100------+
| | \------------------ C7 (8)
\-----------------92----------------+
\----------------------------------- C3 (4)
Phylogram (based on average branch lengths):
/ C1 (1)
|
| /----- C10 (2)
|/+
||\---- C8 (9)
||
|| / C4 (5)
|| /----+
|+ | \- C5 (6)
+|-------------------------------------------------------------+
|| \--------- C6 (7)
||
|\- C9 (10)
|
| C2 (3)
|
| C7 (8)
|
\ C3 (4)
|-----------------| 0.050 expected changes per site
Calculating tree probabilities...
Credible sets of trees (28 trees sampled):
50 % credible set contains 2 trees
90 % credible set contains 4 trees
95 % credible set contains 8 trees
99 % credible set contains 13 trees
Exiting mrbayes block
Reached end of file
Tasks completed, exiting program because mode is noninteractive
To return control to the command line after completion of file processing,
set mode to interactive with 'mb -i <filename>' (i is for interactive)
or use 'set mode=interactive'
-- Starting log on Wed Oct 26 22:52:55 GMT 2022 --
-- Iteration: /working_dir/input/2_modified/B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4.result--
CLUSTAL FORMAT for T-COFFEE Version_12.00.7fb08c2 [http://www.tcoffee.org] [MODE: ], CPU=0.09 sec, SCORE=1000, Nseq=10, Len=1352
C1 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWP
C2 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWP
C3 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWP
C4 MTLLMCLLMSLLIFVRGCESQFVDMSPASNNSECLDSQVDAAAFSKLMRP
C5 MTLLMCLLMSLLIFVRGCESQFVDMSPASNNSECLDSQVDAAAFSKLMWP
C6 MTRLMCLLMSLLIFVRGCDSQFVDMSPASNNSECLDSQVDAAAFSKLMWP
C7 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWP
C8 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWP
C9 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWP
C10 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWP
** ***************:***********.****:************ *
C1 YPIDPSKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGH
C2 YPIDPSKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGH
C3 YPIDPSKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGH
C4 YPIDPAKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGTQYLYSASHAVGN
C5 YPIDPAKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGTQYLYSASHAVGN
C6 YPIDPAKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGTQFLYAVSHAVGN
C7 YPIDPSKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGH
C8 YPIDPSKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGH
C9 YPIDPSKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGH
C10 YPIDPSKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGH
*****:*******************************:*:**:.*****:
C1 DGDPTKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVNTKIKKA
C2 DGDPTKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVNTKIKKA
C3 DGDPTKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVNTKIKKA
C4 DGDPTKAYISNYSLLVNDFDNGFVVRVGAAANSTGTIVISPSVQTKIKKA
C5 DGDPTKAYISNYSLLVNDFDNGFVVRVGAAANSTGTIVISPSVQTKIKKA
C6 DGDPIKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVQTKIKKA
C7 DGDPTKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVNTKIKKA
C8 DGDPTKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVNTKIKKA
C9 DGDPTKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVNTKIKKA
C10 DGDPTKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVNTKIKKA
**** *********************:****************:******
C1 YPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTVNR
C2 YPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTVNR
C3 YPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTVNR
C4 YPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTGNR
C5 YPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTGNR
C6 YPAFILGSSLTNTSAGLPLYANYSLTIIPDGCGTVLHAFYCILKPRTGNM
C7 YPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTVNR
C8 YPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTGNR
C9 YPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCIIKPRTGNR
C10 YPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTENR
**************** *************************:**** *
C1 CPSGTGYVSYFIYETVHNDCQSTINRNASLNSFKSFFDLVNCTFFNSWDI
C2 CPSGTGYVSYFIYETVHNDCQSTINRNASLNSFKSFFDLVNCTFFNSWDI
C3 CPSGTGYVSYFIYETVHNDCQSTINRNASLNSFKSFFDLVNCTFFNSWDI
C4 CPGGSGYNAYFIYETIHNDCNSAINKNASLNSFKSFFDLVNCTFFNSWDI
C5 CPGGSGYNAYFIYETIHNDCNSAINKNASLNSFKSFFDLVNCTFFNSWDI
C6 CPGGSGYNAYFIYETIHNDCDPAINKNASLNSFKTFFDLVNCTFFNSWDI
C7 CPSGTGYVSYFIYETVHNDCQSTINRNASLNSFKSFFDLVNCTFFNSWDI
C8 CPSGTGYVSYFIYETLHNDCQSTINRNASLNSFKSFFDLVNCTFFNSWDI
C9 CPSGTGYVSYFIYETLHNDCQSTINRNASLNSFKSFFDLVNCTFFNSWDI
C10 CPSGTGYVSYFIYETLHNDCQSTINRNASLNSFKSFFDLVNCTFFNSWDI
**.*:** :******:****:.:**:********:***************
C1 TADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
C2 TADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
C3 TADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
C4 TADEVKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
C5 TADEVKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
C6 TADEIKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
C7 TADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
C8 TADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
C9 TADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYDGIKYYTV
C10 TADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
**** *************************************:*******
C1 IPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLS
C2 IPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLS
C3 IPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLS
C4 IPRSFRSKANRREAWAAFYVYKLHQLTYLLDFSVDGYIRRTIDCGHDDLS
C5 IPRSFRSKANRREAWAAFYVYKLHQLTYLLDFSVDGYIRRTIDCEHDDLS
C6 IPRSFRSKANRREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLS
C7 IPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLS
C8 IPRSFRSKANKRESWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLS
C9 IPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLS
C10 IPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLS
**********:**:**************************:*** *****
C1 QLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQ
C2 QLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQ
C3 QLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQ
C4 QLHCSYTSFEVDTGVYSVSSYEASAIGTFIEQPNATECDFSPMFKGVAPQ
C5 QLHCSYTSFEVDTGVYSVSSYEASAIGTFIEQPNATECDFSPMFKGVAPQ
C6 QLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMFTGVAPQ
C7 QLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQ
C8 QLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQ
C9 QLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQ
C10 QLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQ
************************* *****************:.*****
C1 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDAIARGCYSTLTVDY
C2 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDSIARGCYSTLTVDY
C3 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPVAIARGCYSTLTVDY
C4 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDAIARGCYSTLTVDY
C5 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDAIARGCYSTLTVDY
C6 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDAIARGCYSTLTVDY
C7 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDSIARGCYSTLTVDY
C8 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDAIARGCYSTLTVDY
C9 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDAIARGCYSTLTVDY
C10 VYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDAIARGCYSTLTVDY
*********************************** :*************
C1 FAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVLANVTITKPHA
C2 FAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVLANVTITKPHA
C3 FAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVLANVTITKPHA
C4 FAYPLSMKSYIRPGSAGNIPLYNYKQSFAHPTCRVLASVPPNVTITKPEA
C5 FAYPLSMKSYIRPGSAGNIPLYNYKQSFAHPTCRVLASVPPNVTITKPEA
C6 FAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVPPNVTITKPEA
C7 FAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVLANVTITKPHA
C8 FAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVPANVTITKPQA
C9 FAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVPANVTITKPDA
C10 FAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVPANVTITKPQA
*****************************:*****:*** .*******.*
C1 YGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFSEDGQVFKRTL
C2 YGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFSEDGQVFKRTL
C3 YGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFSEDGQVFKRTL
C4 YGYISKCSRLTGDYQHIETPLYINPGEYSICRDFAPLGFSEDGQVFKRTL
C5 YGYISKCSRLTGDYQHIETPLYINPGEYSICRDFAPLGFSEDGQVFKRTL
C6 YGYISKCSRLTGDNDHIETSLYINPGEYSICRDFAPWGFSEDGQVFKRTL
C7 YGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFSEDGQVFKRTL
C8 YGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFSEDGQVFKRTL
C9 YGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFSEDGQVFKRTL
C10 YGYISKCSRLTGSNQDVETPLYINPGEYSICRDFSPGGFSEDGQVFKRTL
************ :.:**.**************:* *************
C1 TQFEGGGLLIGVGTRVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLT
C2 TQFEGGGLLIGVGTRVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLT
C3 TQFEGGGLLIGVGTRVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLT
C4 TQFEGGGLLIGVGTRVPMTANLEMGFVISVQYGAGTDSVCPMLDLGESST
C5 TQFEGGGLLIGVGTRVPMTANLEMGFVISVQYGAGTDSVCPMLDLGESST
C6 TQFEGGGLLIGVGTRVPMTANLEMGFVISVQHGAGTDSVCPMLDLGESST
C7 TQFEGGGLLIGVGTRVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLT
C8 TQFEGGGLLIGVGTKVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLT
C9 TQFEGGGLLIGVGTRVPMTDNLQMSFIIFVQYGTGTDSVCPMLDLGDSLT
C10 TQFEGGGLLIGVGTRVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLT
**************:**** **:*.*:* **:*:************:* *
C1 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDD
C2 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDD
C3 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDD
C4 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDD
C5 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDD
C6 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDD
C7 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDD
C8 ITNRLGKCVDYSLYGVTGRGVFQNCSAVGVKQQRFVYDSFDNLVGYYSDD
C9 ITNRLGKCVDYSLYGVTGRGVFQNCSAVGVKQQRFVYDSFDNLVGYYSDD
C10 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDD
*************************:************************
C1 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
C2 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
C3 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
C4 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
C5 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
C6 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
C7 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
C8 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
C9 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
C10 GNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQS
**************************************************
C1 NLRRRDSNIPLQTAVGCVIGLSNNSLVVSDCKLPLGQSLCAVPPVSTFRS
C2 NLRRRDSNIPLQTAVGCVIGLSNNSLVVSDCKLPLGQSLCAVPPVSTFRS
C3 NLRRRDSNIPLQTAVGCVIGLSNNSLVVSDCKLPLGQSLCAVPPVSTFRS
C4 NLRRRDSNAPLQTAVGCVIGLSNNSLVVSECKLPLGQSLCAVPSVSLFRS
C5 NLRRRDSNAPLQTAVGCVIGLSNNSLVVSECKLPLGQSLCAVPSVSLFRS
C6 NLRRRDSNAPLQTAVGCVIGLSNNSLVVSECKLPLGQSLCAVPSVSLFRS
C7 NLRRRDSNIPLQTAVGCVIGLSNNSLVVSDCKLPLGQSLCAVPPVSTFRS
C8 NLRMRDSNIPLQTAVGCVIGLSNNSLVVSNCKLPLGQSLCAVPPVSTFRS
C9 NLRRRDSNIPLQTAVGCVIGLSNNSLVVSDCKLPLGQSLCAVPPVSTFRS
C10 NLRRRDSNIPLQTAVGCVIGLSNNSLVVSDCKLPLGQSLCAVPPVSTFRS
*** **** ********************:*************.** ***
C1 YSASQFQLAVLNYTSPIVVTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
C2 YSASQFQLAVLNYTSPIVVTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
C3 YSASQFQLAVLNYTSPIVVTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
C4 YSASQFQLAVLNYTSPIVLTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
C5 YSASQFQLAVLNYTSPIVLTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
C6 YSASQFQLAVLNYTSPIVLTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
C7 YSASQFQLAVLNYTSPIVVTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
C8 YSASQFQLAVLNYTSPIVVTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
C9 YSASQFQLAVLNYTSPIVVTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
C10 YSASQFQLAVLNYTSPIVVTPINSSGFTAAIPTNFSFSVTQEYIETSIQK
******************:*******************************
C1 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
C2 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
C3 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
C4 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
C5 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
C6 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
C7 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
C8 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
C9 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
C10 VTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYS
**************************************************
C1 NIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIA
C2 NIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIA
C3 NIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIA
C4 NIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSPSGYRSAIEDLLFDKVTIA
C5 NIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSPSGYRSAIEDLLFDKVTIA
C6 NIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSPSGYRSAIEDLLFDKVTIA
C7 NIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIA
C8 NIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIA
C9 NIKTTSTQTLDYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIA
C10 NIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIA
**********:********************.*.****************
C1 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
C2 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
C3 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
C4 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
C5 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
C6 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
C7 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
C8 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
C9 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
C10 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSL
**************************************************
C1 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKF
C2 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKF
C3 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKF
C4 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKF
C5 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKF
C6 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKF
C7 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKF
C8 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKF
C9 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGIGITQQVLSENQKLIANKF
C10 LGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKF
*******************************:******************
C1 NQALGAMQTGFTTSNLAFSKVQDAVNANAQALSKLASELSNTFGAISSSI
C2 NQALGAMQTGFTTSNLAFSKVQDAVNANAQALSKLASELSNTFGAISSSI
C3 NQALGAMQTGFTTSNLAFSKVQDAVNANAQALSKLASELSNTFGAISSSI
C4 NQALGAMQTGFTTSNQAFSKVQDAVNANAQALSKLASELSNTFGAISSSI
C5 NQALGAMQTGFTTSNQAFSKVQDAVNANAQALSKLASELSNTFGAISSSI
C6 NQALGAMQTGFTTSNQAFSKVQDAVNANAQALSKLASELSNTFGAISSSI
C7 NQALGAMQTGFTTSNLAFSKVQDAVNANAQALSKLASELSNTFGAISSSI
C8 NQALGAMQTGFTTSNLAFSRVQDAVNANAQALSKLASELSNTFGAISSSI
C9 NQALGAMQTGFTTSNLAFSKVQDAVNANAQALSKLASELSNTFGAISSSI
C10 NQALGAMQTGFTTSNLAFSKVQDAVNANAQALSKLASELSNTFGAISSSI
*************** ***:******************************
C1 SDILARLDTVEQDAQIDRLINGRLTSLNAFVSQQLVRSETAARSAQLASD
C2 SDILARLDTVEQDAQIDRLINGRLISLNAFVSQQLVRSETAARSAQLASD
C3 SDILARLDTVEQDAQIDRLINGRLISLNAFVSQQLVRSETAARSAQLASD
C4 SDILARLDTAEQDAQIDRLINGRLTSLNAFVSQQLVRSETAARSAQLASD
C5 SDILARLDTVEQDAQIDRLINGRLTSLNAFVSQQLVRSETAARSAQLASD
C6 SDILARLDTVEQDAQIDRLINGRLTSLNAFVSQQLVRSETAARSAQLASD
C7 SDILARLDTVEQDAQIDRLINGRLISLNAFVSQQLVRSETAARSAQLASD
C8 SDILARLDTVEQDAQIDRLINGRLTSLNAFVSQQLVRSETAARSAQLASD
C9 SDILARLDTVEQDAQIDRLINGRLTSLNAFVSQQLVRSETAARSAQLASD
C10 SDILARLDTVEQDAQIDRLISGRLTSLNAFVSQQLVRSETAARSAQLASD
*********.**********.*** *************************
C1 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
C2 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
C3 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
C4 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
C5 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
C6 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
C7 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
C8 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
C9 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
C10 KVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTA
**************************************************
C1 AYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQ
C2 AYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQ
C3 AYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQ
C4 AYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFFKPEPITQ
C5 AYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFFKPEPITQ
C6 AYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFFKPEPITQ
C7 AYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQ
C8 AYGLCNNNSPPLCIAPIDGYFITNQTTTYSIDTEWYYTGSSFFKPEPITQ
C9 AYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQ
C10 AYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQ
********.*********************:***********:*******
C1 ANSRYVSSDVKFDKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
C2 ANSRYVSSDVKFDKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
C3 ANSRYVSSDVKFDKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
C4 ANSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
C5 ANSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
C6 ANSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
C7 ANSRYVSSDVKFDKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
C8 VNSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
C9 ANSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
C10 ANSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNF
.***********:*************************************
C1 AEISKINTTLLDLSDEMAMLQEVVKQLNDSYIDLKELGNYTYYNKWPWYV
C2 AEISKINTTLLDLSDEMAMLQEVVKQLNDSYIDLKELGNYTYYNKWPWYV
C3 AEISKINTTLLDLSDEMAMLQEVVKQLNDSYIDLKELGNYTYYNKWPWYV
C4 AEISKINTTLLDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYI
C5 AEISKINTTLLDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYI
C6 AEISKINTTLLDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYI
C7 AEISKINTTLLDLSDEMAMLQEVVKQLNDSYIDLKELGNYTYYNKWPWYV
C8 AEISKINTTLLDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYI
C9 AEISKINTTLLDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYV
C10 AEISKINTTLLDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYI
******************:******************************:
C1 WLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
C2 WLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
C3 WLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
C4 WLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
C5 WLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
C6 WLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
C7 WLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
C8 WLGFIAGLVALLLCAFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
C9 WLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
C10 WLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIH
**************.***********************************
C1 VH
C2 VH
C3 VH
C4 VH
C5 VH
C6 VH
C7 VH
C8 VH
C9 VH
C10 VH
**
-- Starting log on Wed Oct 26 23:33:36 GMT 2022 --
-- Iteration: /working_dir/pss_subsets/B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4.result/original_alignment/codeml,B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4.result.1--
CODONML in paml version 4.9h, March 2018
----------------------------------------------
Phe F TTT | Ser S TCT | Tyr Y TAT | Cys C TGT
TTC | TCC | TAC | TGC
Leu L TTA | TCA | *** * TAA | *** * TGA
TTG | TCG | TAG | Trp W TGG
----------------------------------------------
Leu L CTT | Pro P CCT | His H CAT | Arg R CGT
CTC | CCC | CAC | CGC
CTA | CCA | Gln Q CAA | CGA
CTG | CCG | CAG | CGG
----------------------------------------------
Ile I ATT | Thr T ACT | Asn N AAT | Ser S AGT
ATC | ACC | AAC | AGC
ATA | ACA | Lys K AAA | Arg R AGA
Met M ATG | ACG | AAG | AGG
----------------------------------------------
Val V GTT | Ala A GCT | Asp D GAT | Gly G GGT
GTC | GCC | GAC | GGC
GTA | GCA | Glu E GAA | GGA
GTG | GCG | GAG | GGG
----------------------------------------------
Nice code, uuh?
NSsites batch run (ncatG as in YNGP2000): 1 2 7 8
processing fasta file
reading seq# 1 C1 4056 sites
reading seq# 2 C2 4056 sites
reading seq# 3 C3 4056 sites
reading seq# 4 C4 4056 sites
reading seq# 5 C5 4056 sites
reading seq# 6 C6 4056 sites
reading seq# 7 C7 4056 sites
reading seq# 8 C8 4056 sites
reading seq# 9 C9 4056 sites
reading seq#10 C10 4056 sitesns = 10 ls = 4056
Reading sequences, sequential format..
Reading seq # 1: C1
Reading seq # 2: C2
Reading seq # 3: C3
Reading seq # 4: C4
Reading seq # 5: C5
Reading seq # 6: C6
Reading seq # 7: C7
Reading seq # 8: C8
Reading seq # 9: C9
Reading seq #10: C10
Sequences read..
Counting site patterns.. 0:00
Compressing, 323 patterns at 1352 / 1352 sites (100.0%), 0:00
Collecting fpatt[] & pose[], 323 patterns at 1352 / 1352 sites (100.0%), 0:00
Counting codons..
360 bytes for distance
315248 bytes for conP
28424 bytes for fhK
5000000 bytes for space
Model 1: NearlyNeutral
TREE # 1
(1, ((10, 8), ((4, 5), 6), 9), ((2, 7), 3)); MP score: 426
1103368 bytes for conP, adjusted
0.056362 0.010370 0.089179 0.044020 0.013439 0.072169 0.070681 0.079449 0.075149 0.067383 0.075125 0.018871 0.107768 0.035047 0.051162 0.012122 0.300000 0.685891 0.233376
ntime & nrate & np: 16 2 19
Bounds (np=19):
0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000100 0.000010 0.000001
50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 999.000000 0.999990 1.000000
Qfactor_NS = 12.526543
np = 19
lnL0 = -8641.622183
Iterating by ming2
Initial: fx= 8641.622183
x= 0.05636 0.01037 0.08918 0.04402 0.01344 0.07217 0.07068 0.07945 0.07515 0.06738 0.07512 0.01887 0.10777 0.03505 0.05116 0.01212 0.30000 0.68589 0.23338
1 h-m-p 0.0000 0.0000 4320.2279 ++ 8437.672354 m 0.0000 24 | 0/19
2 h-m-p 0.0000 0.0000 26570.9952 ++ 8351.755437 m 0.0000 46 | 0/19
3 h-m-p 0.0000 0.0000 46413.5296 ++ 8209.921886 m 0.0000 68 | 1/19
4 h-m-p 0.0000 0.0000 21254.0864 ++ 8081.487265 m 0.0000 90 | 2/19
5 h-m-p 0.0000 0.0000 8084.7659 ++ 8047.507956 m 0.0000 112 | 3/19
6 h-m-p 0.0000 0.0000 3828.5470 ++ 7957.304477 m 0.0000 134 | 3/19
7 h-m-p 0.0000 0.0000 8253.8578 +YYCYYYC 7941.046143 6 0.0000 165 | 3/19
8 h-m-p 0.0000 0.0000 1354.5841 +YYYYYYCCCC 7916.102749 9 0.0000 200 | 3/19
9 h-m-p 0.0000 0.0000 5693.5993 +YYCCCC 7907.156933 5 0.0000 231 | 3/19
10 h-m-p 0.0000 0.0000 7381.5071 ++ 7728.504305 m 0.0000 253 | 3/19
11 h-m-p 0.0001 0.0004 664.6056 CCCC 7717.872310 3 0.0001 281 | 3/19
12 h-m-p 0.0000 0.0002 492.9649 CYC 7715.278929 2 0.0000 306 | 3/19
13 h-m-p 0.0001 0.0011 256.7957 YCCC 7712.255805 3 0.0001 333 | 3/19
14 h-m-p 0.0002 0.0011 57.7345 YCCC 7712.018854 3 0.0001 360 | 3/19
15 h-m-p 0.0006 0.0168 11.2541 YCC 7711.900854 2 0.0003 385 | 3/19
16 h-m-p 0.0004 0.0096 7.1120 +++ 7663.745112 m 0.0096 408 | 3/19
17 h-m-p -0.0000 -0.0000 451.9359
h-m-p: -2.25211307e-21 -1.12605654e-20 4.51935897e+02 7663.745112
.. | 3/19
18 h-m-p 0.0000 0.0000 153297.4813 -YCYYYCCCCC 7653.566187 9 0.0000 464 | 3/19
19 h-m-p 0.0000 0.0000 2925.5070 +YCCYC 7634.269212 4 0.0000 494 | 3/19
20 h-m-p 0.0000 0.0000 23106.4551 +CYYYCCCC 7626.157411 7 0.0000 528 | 3/19
21 h-m-p 0.0000 0.0000 15252.9026 +CYYYC 7592.812416 4 0.0000 556 | 3/19
22 h-m-p 0.0000 0.0000 16510.4462 +YCYYYC 7584.146807 5 0.0000 585 | 3/19
23 h-m-p 0.0000 0.0000 4811.1779 +YYYYYYYC 7565.773853 7 0.0000 615 | 3/19
24 h-m-p 0.0000 0.0000 10838.0489 +YYYYYC 7522.097994 5 0.0000 643 | 3/19
25 h-m-p 0.0000 0.0001 1290.8279 YCYCCC 7505.117015 5 0.0000 673 | 3/19
26 h-m-p 0.0000 0.0000 1463.6631 CYCCC 7499.330479 4 0.0000 702 | 3/19
27 h-m-p 0.0000 0.0001 881.9884 YCCCC 7491.788198 4 0.0000 731 | 3/19
28 h-m-p 0.0000 0.0002 1238.2954 CYC 7485.066205 2 0.0000 756 | 3/19
29 h-m-p 0.0001 0.0007 292.8297 CYCC 7482.476844 3 0.0001 783 | 3/19
30 h-m-p 0.0001 0.0005 419.1202 YCCC 7476.344409 3 0.0002 810 | 3/19
31 h-m-p 0.0000 0.0008 1802.1258 +YCCC 7430.068835 3 0.0004 838 | 3/19
32 h-m-p 0.0000 0.0000 6659.7962 YCCCC 7422.330990 4 0.0000 867 | 3/19
33 h-m-p 0.0000 0.0001 1269.8574 CCCC 7420.089216 3 0.0000 895 | 3/19
34 h-m-p 0.1466 2.0727 0.2118 +YCYCCC 7406.301764 5 1.5396 927 | 3/19
35 h-m-p 1.2476 8.0000 0.2613 CYCC 7398.677329 3 1.7485 970 | 3/19
36 h-m-p 0.2205 1.1027 0.1943 +YYCYC 7397.040129 4 0.7726 1014 | 3/19
37 h-m-p 0.6545 3.5793 0.2294 CCC 7395.875875 2 0.6687 1056 | 3/19
38 h-m-p 1.5339 8.0000 0.1000 CYC 7395.368870 2 1.6653 1097 | 3/19
39 h-m-p 1.6000 8.0000 0.0670 CC 7395.158392 1 1.3920 1137 | 3/19
40 h-m-p 1.6000 8.0000 0.0135 CC 7395.121189 1 1.3633 1177 | 3/19
41 h-m-p 1.6000 8.0000 0.0010 CC 7395.112263 1 1.3106 1217 | 3/19
42 h-m-p 1.2361 8.0000 0.0010 CC 7395.111214 1 1.8107 1257 | 3/19
43 h-m-p 0.7823 8.0000 0.0024 YC 7395.110786 1 1.8464 1296 | 3/19
44 h-m-p 1.6000 8.0000 0.0007 C 7395.110638 0 1.9444 1334 | 3/19
45 h-m-p 1.6000 8.0000 0.0001 C 7395.110599 0 2.3483 1372 | 3/19
46 h-m-p 1.3675 8.0000 0.0001 C 7395.110585 0 2.1450 1410 | 3/19
47 h-m-p 1.6000 8.0000 0.0000 C 7395.110582 0 1.7809 1448 | 3/19
48 h-m-p 1.6000 8.0000 0.0000 Y 7395.110582 0 1.2157 1486 | 3/19
49 h-m-p 0.6746 8.0000 0.0000 +Y 7395.110582 0 1.7533 1525 | 3/19
50 h-m-p 1.6000 8.0000 0.0000 ++ 7395.110579 m 8.0000 1563 | 3/19
51 h-m-p 1.6000 8.0000 0.0000 Y 7395.110578 0 2.7807 1601 | 3/19
52 h-m-p 1.6000 8.0000 0.0000 +Y 7395.110576 0 4.8066 1640 | 3/19
53 h-m-p 1.6000 8.0000 0.0000 C 7395.110574 0 2.4238 1678 | 3/19
54 h-m-p 1.6000 8.0000 0.0000 Y 7395.110574 0 0.3158 1716 | 3/19
55 h-m-p 0.3017 8.0000 0.0000 -----C 7395.110574 0 0.0001 1759
Out..
lnL = -7395.110574
1760 lfun, 5280 eigenQcodon, 56320 P(t)
end of tree file.
Time used: 0:37
Model 2: PositiveSelection
TREE # 1
(1, ((10, 8), ((4, 5), 6), 9), ((2, 7), 3)); MP score: 426
0.040278 0.072273 0.051020 0.032086 0.062897 0.075039 0.014066 0.070750 0.062590 0.044807 0.101811 0.084610 0.025572 0.050723 0.081651 0.043295 3.042288 1.376873 0.106379 0.166142 1.553979
ntime & nrate & np: 16 3 21
Bounds (np=21):
0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000100 -99.000000 -99.000000 0.000001 1.000000
50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 999.000000 99.000000 99.000000 1.000000 999.000000
Qfactor_NS = 5.000330
np = 21
lnL0 = -8331.408358
Iterating by ming2
Initial: fx= 8331.408358
x= 0.04028 0.07227 0.05102 0.03209 0.06290 0.07504 0.01407 0.07075 0.06259 0.04481 0.10181 0.08461 0.02557 0.05072 0.08165 0.04330 3.04229 1.37687 0.10638 0.16614 1.55398
1 h-m-p 0.0000 0.0000 4067.5558 ++ 7967.750152 m 0.0000 26 | 0/21
2 h-m-p 0.0000 0.0000 9523.2152 ++ 7852.426157 m 0.0000 50 | 1/21
3 h-m-p 0.0000 0.0000 8118.1346 ++ 7814.585359 m 0.0000 74 | 1/21
4 h-m-p 0.0000 0.0000 29244.4180 ++ 7782.805755 m 0.0000 98 | 2/21
5 h-m-p 0.0000 0.0000 12554.0727 ++ 7668.629181 m 0.0000 122 | 3/21
6 h-m-p 0.0000 0.0000 3375.6958 +YCYYYCCCC 7659.917761 8 0.0000 159 | 3/21
7 h-m-p 0.0000 0.0000 1475.7279 ++ 7650.212042 m 0.0000 183 | 3/21
8 h-m-p 0.0000 0.0000 1535.9203 +YCYCCC 7642.709792 5 0.0000 216 | 3/21
9 h-m-p 0.0001 0.0006 319.6075 +YYYCC 7629.092993 4 0.0002 246 | 3/21
10 h-m-p 0.0000 0.0001 1426.6019 ++ 7591.172222 m 0.0001 270 | 4/21
11 h-m-p 0.0000 0.0001 1510.9684 +YYYYYC 7580.245877 5 0.0001 300 | 4/21
12 h-m-p 0.0000 0.0000 8608.8894 +YYYYYYY 7566.940754 6 0.0000 331 | 4/21
13 h-m-p 0.0000 0.0001 4246.7102 +YYYCCC 7530.932186 5 0.0001 363 | 4/21
14 h-m-p 0.0000 0.0000 3136.8107 YCYCCC 7526.186747 5 0.0000 395 | 4/21
15 h-m-p 0.0000 0.0002 2568.8280 ++ 7506.313239 m 0.0002 419 | 5/21
16 h-m-p 0.0002 0.0011 43.9925 YCCC 7505.934421 3 0.0001 448 | 5/21
17 h-m-p 0.0001 0.0023 55.0043 +YCYCCC 7493.167114 5 0.0012 481 | 5/21
18 h-m-p 0.0058 0.0292 10.2461 +CCYC 7459.078158 3 0.0272 512 | 5/21
19 h-m-p 0.1169 0.5846 1.8970 +CYYYYC 7425.223975 5 0.5262 543 | 4/21
20 h-m-p 0.0000 0.0000 4477.2289 YCCC 7424.046453 3 0.0000 572 | 4/21
21 h-m-p 0.0065 0.0414 8.2236 +CYYYC 7421.238660 4 0.0329 602 | 4/21
22 h-m-p 0.0084 0.0937 32.3322 +CCC 7414.889681 2 0.0311 631 | 4/21
23 h-m-p 0.0961 0.4807 1.8707 +YYCCC 7409.811719 4 0.3354 662 | 4/21
24 h-m-p 0.0586 0.2929 5.5879 CCCCC 7405.063771 4 0.0873 694 | 4/21
25 h-m-p 0.2395 2.1264 2.0371 YCCC 7401.517555 3 0.4504 723 | 4/21
26 h-m-p 0.3087 1.5435 0.4317 +YCCC 7397.351815 3 0.8884 753 | 4/21
27 h-m-p 0.2139 1.0694 0.3059 YCYC 7396.503052 3 0.5682 798 | 4/21
28 h-m-p 0.8503 8.0000 0.2044 CCC 7396.086492 2 0.8056 843 | 3/21
29 h-m-p 0.5083 5.6579 0.3240 YC 7395.721333 1 1.0273 885 | 3/21
30 h-m-p 0.2815 1.4073 0.2299 YC 7395.607878 1 0.4664 928 | 3/21
31 h-m-p 0.1582 8.0000 0.6778 +CCC 7395.092309 2 0.8097 975 | 3/21
32 h-m-p 1.6000 8.0000 0.0671 CYC 7394.927950 2 1.7225 1020 | 3/21
33 h-m-p 1.6000 8.0000 0.0605 CC 7394.826321 1 2.4227 1064 | 3/21
34 h-m-p 1.6000 8.0000 0.0209 CC 7394.793208 1 2.0684 1108 | 3/21
35 h-m-p 1.0854 8.0000 0.0398 YC 7394.761753 1 2.4637 1151 | 3/21
36 h-m-p 1.4663 8.0000 0.0668 YC 7394.710449 1 3.5376 1194 | 3/21
37 h-m-p 1.6000 8.0000 0.1405 YCCC 7394.606258 3 3.4979 1241 | 3/21
38 h-m-p 1.6000 8.0000 0.0907 CY 7394.547241 1 1.6567 1285 | 3/21
39 h-m-p 0.8202 8.0000 0.1832 YC 7394.524954 1 1.5061 1328 | 3/21
40 h-m-p 1.6000 8.0000 0.0406 CC 7394.516566 1 1.2784 1372 | 3/21
41 h-m-p 0.7738 8.0000 0.0671 YC 7394.514045 1 1.4549 1415 | 3/21
42 h-m-p 1.6000 8.0000 0.0103 C 7394.512748 0 1.6543 1457 | 3/21
43 h-m-p 1.6000 8.0000 0.0016 YC 7394.511659 1 2.7284 1500 | 3/21
44 h-m-p 0.4688 8.0000 0.0094 +Y 7394.511473 0 1.4169 1543 | 3/21
45 h-m-p 1.6000 8.0000 0.0031 ++ 7394.511136 m 8.0000 1585 | 3/21
46 h-m-p 0.3939 8.0000 0.0627 +YC 7394.509593 1 2.9767 1629 | 3/21
47 h-m-p 1.6000 8.0000 0.0854 +C 7394.504072 0 5.8638 1672 | 3/21
48 h-m-p 1.6000 8.0000 0.0790 C 7394.501903 0 1.5466 1714 | 3/21
49 h-m-p 0.4443 8.0000 0.2750 +YC 7394.500087 1 1.1820 1758 | 3/21
50 h-m-p 0.9461 8.0000 0.3436 CC 7394.496716 1 1.3430 1802 | 3/21
51 h-m-p 1.6000 8.0000 0.1602 C 7394.494079 0 1.9156 1844 | 3/21
52 h-m-p 1.3383 8.0000 0.2293 Y 7394.493631 0 0.9354 1886 | 3/21
53 h-m-p 1.5283 8.0000 0.1403 YC 7394.493222 1 0.9287 1929 | 3/21
54 h-m-p 0.8374 8.0000 0.1556 +C 7394.492406 0 3.6582 1972 | 3/21
55 h-m-p 1.6000 8.0000 0.1538 C 7394.491756 0 2.2514 2014 | 3/21
56 h-m-p 0.8346 8.0000 0.4148 YC 7394.491299 1 1.5085 2057 | 3/21
57 h-m-p 1.6000 8.0000 0.2353 C 7394.491024 0 2.4823 2099 | 3/21
58 h-m-p 1.6000 8.0000 0.2327 C 7394.490870 0 2.4344 2141 | 3/21
59 h-m-p 1.6000 8.0000 0.2477 Y 7394.490762 0 2.8610 2183 | 3/21
60 h-m-p 1.5360 8.0000 0.4614 C 7394.490721 0 1.4214 2225 | 3/21
61 h-m-p 1.6000 8.0000 0.3341 Y 7394.490696 0 2.6461 2267 | 3/21
62 h-m-p 1.6000 8.0000 0.3615 C 7394.490685 0 2.0045 2309 | 3/21
63 h-m-p 1.6000 8.0000 0.3614 Y 7394.490678 0 3.9372 2351 | 3/21
64 h-m-p 1.6000 8.0000 0.2602 C 7394.490676 0 1.3246 2393 | 3/21
65 h-m-p 0.9222 8.0000 0.3738 +Y 7394.490676 0 2.4066 2436 | 3/21
66 h-m-p 1.6000 8.0000 0.5445 Y 7394.490675 0 3.6720 2478 | 3/21
67 h-m-p 1.6000 8.0000 0.0192 Y 7394.490675 0 1.0247 2520 | 3/21
68 h-m-p 0.0883 8.0000 0.2231 +C 7394.490675 0 0.3791 2563 | 3/21
69 h-m-p 0.2933 8.0000 0.2884 C 7394.490675 0 0.4122 2605 | 3/21
70 h-m-p 0.1002 8.0000 1.1864 +C 7394.490675 0 0.3571 2648 | 3/21
71 h-m-p 0.4523 8.0000 0.9368 --------C 7394.490675 0 0.0000 2680 | 3/21
72 h-m-p 0.0160 8.0000 0.7164 -------------.. | 3/21
73 h-m-p 0.0010 0.4847 0.0037 Y 7394.490673 0 0.0007 2775 | 3/21
74 h-m-p 0.0026 1.2840 0.0055 --------C 7394.490673 0 0.0000 2825 | 3/21
75 h-m-p 0.0160 8.0000 0.0035 ----Y 7394.490673 0 0.0000 2871 | 3/21
76 h-m-p 0.0035 1.7672 0.0060 --------Y 7394.490673 0 0.0000 2921 | 3/21
77 h-m-p 0.0008 0.3892 0.0053 C 7394.490672 0 0.0006 2963 | 3/21
78 h-m-p 0.0027 1.3569 0.0145 ---------Y 7394.490672 0 0.0000 3014 | 3/21
79 h-m-p 0.0160 8.0000 0.0072 -------------.. | 3/21
80 h-m-p 0.0000 0.0134 3.0419 --------- | 3/21
81 h-m-p 0.0000 0.0134 3.0419 ---------
Out..
lnL = -7394.490672
3166 lfun, 12664 eigenQcodon, 151968 P(t)
BEBing (dim = 4). This may take several minutes.
Calculating f(x_h|w): 10 categories 21 w sets.
Calculating f(X), the marginal likelihood.
log(fX) = -7424.646607 S = -7180.828694 -234.650304
Calculating f(w|X), posterior probabilities of site classes.
did 10 / 323 patterns 2:15
did 20 / 323 patterns 2:15
did 30 / 323 patterns 2:15
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did 323 / 323 patterns 2:17end of tree file.
Time used: 2:17
Model 7: beta
TREE # 1
(1, ((10, 8), ((4, 5), 6), 9), ((2, 7), 3)); MP score: 426
0.056056 0.080817 0.080709 0.092738 0.107581 0.066447 0.026521 0.025549 0.081494 0.098711 0.057010 0.059550 0.058131 0.054544 0.033923 0.080798 3.083080 0.811345 1.958994
ntime & nrate & np: 16 1 19
Bounds (np=19):
0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000100 0.005000 0.005000
50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 999.000000 99.000000 99.000000
Qfactor_NS = 7.499130
np = 19
lnL0 = -8382.470118
Iterating by ming2
Initial: fx= 8382.470118
x= 0.05606 0.08082 0.08071 0.09274 0.10758 0.06645 0.02652 0.02555 0.08149 0.09871 0.05701 0.05955 0.05813 0.05454 0.03392 0.08080 3.08308 0.81134 1.95899
1 h-m-p 0.0000 0.0000 4376.0637 ++ 7950.385514 m 0.0000 43 | 0/19
2 h-m-p 0.0000 0.0000 33816.5588 ++ 7890.086708 m 0.0000 84 | 1/19
3 h-m-p 0.0000 0.0000 10762.3574 ++ 7695.711995 m 0.0000 125 | 2/19
4 h-m-p 0.0000 0.0000 14458.2886 ++ 7686.692192 m 0.0000 165 | 3/19
5 h-m-p 0.0000 0.0000 7121.4300 ++ 7612.366390 m 0.0000 204 | 3/19
6 h-m-p 0.0000 0.0000 3433.4991 +YYYCYCCC 7591.603257 7 0.0000 253 | 3/19
7 h-m-p 0.0000 0.0000 1674.1686 +YYCCCC 7584.785203 5 0.0000 300 | 3/19
8 h-m-p 0.0000 0.0000 1589.0686 YCYCCC 7577.575828 5 0.0000 346 | 3/19
9 h-m-p 0.0000 0.0000 967.9347 CCCCC 7573.323255 4 0.0000 392 | 3/19
10 h-m-p 0.0000 0.0002 321.7579 YCCC 7569.549625 3 0.0001 435 | 3/19
11 h-m-p 0.0000 0.0001 425.9269 YCYCCC 7563.953201 5 0.0001 481 | 3/19
12 h-m-p 0.0000 0.0001 592.1774 CYCCC 7561.918944 4 0.0000 526 | 3/19
13 h-m-p 0.0000 0.0002 498.3176 YCCC 7558.819113 3 0.0001 569 | 3/19
14 h-m-p 0.0000 0.0002 965.7164 +YCYYCC 7540.784386 5 0.0002 616 | 3/19
15 h-m-p 0.0000 0.0001 11266.9090 +
QuantileBeta(0.15, 0.00500, 2.34892) = 1.100281e-160 2000 rounds
YYCYCCC 7481.478403 6 0.0000 664 | 3/19
16 h-m-p 0.0049 0.0245 27.9865 +CYYCYCCC 7467.090008 7 0.0225 714 | 3/19
17 h-m-p 0.0040 0.0199 105.5225 YCCC 7459.826782 3 0.0080 757 | 3/19
18 h-m-p 0.0105 0.0525 2.8114 +CYYC 7453.545780 3 0.0461 800 | 3/19
19 h-m-p 0.0179 0.0894 4.1862 +YCYYCC 7425.528749 5 0.0864 847 | 3/19
20 h-m-p 0.0132 0.0659 13.7232 YCYCCC 7411.009208 5 0.0338 893 | 3/19
21 h-m-p 0.0482 0.2411 2.8551 YCCC 7409.663203 3 0.1213 936 | 3/19
22 h-m-p 0.3485 2.7856 0.9934 YCCCC 7407.948943 4 0.1818 981 | 3/19
23 h-m-p 0.1968 1.2005 0.9179 YCCC 7407.128852 3 0.3418 1024 | 3/19
24 h-m-p 0.6787 3.3933 0.1036 YCCC 7405.986923 3 1.1490 1067 | 3/19
25 h-m-p 1.0347 5.1736 0.0666 CC 7405.609267 1 1.0288 1107 | 3/19
26 h-m-p 0.8649 4.3244 0.0697 CCC 7405.115526 2 1.4137 1149 | 3/19
27 h-m-p 0.3344 2.5438 0.2946 +YYYYY 7404.388760 4 1.3377 1192 | 3/19
28 h-m-p 0.7003 5.3810 0.5627 +YYYYYC 7402.525263 5 2.7038 1236 | 3/19
29 h-m-p 0.1220 0.6102 2.4686 CYYYC 7400.854000 4 0.3127 1280 | 3/19
30 h-m-p 0.0558 0.2790 2.2762 CCCCC 7400.202100 4 0.0918 1326 | 3/19
31 h-m-p 0.4915 2.5395 0.4249 CCCC 7398.610635 3 0.4775 1370 | 3/19
32 h-m-p 0.4184 2.0922 0.1021 CC 7397.691781 1 0.4476 1410 | 3/19
33 h-m-p 0.4620 3.3702 0.0990 YCCC 7397.375599 3 1.1400 1453 | 3/19
34 h-m-p 1.6000 8.0000 0.0129 YCC 7397.298769 2 1.3054 1494 | 3/19
35 h-m-p 0.8022 8.0000 0.0210 CC 7397.284230 1 1.2555 1534 | 3/19
36 h-m-p 1.6000 8.0000 0.0084 CC 7397.272464 1 1.8744 1574 | 3/19
37 h-m-p 1.6000 8.0000 0.0084 +YC 7397.225607 1 7.0825 1614 | 3/19
38 h-m-p 1.6000 8.0000 0.0084 YCCC 7397.141278 3 3.2607 1657 | 3/19
39 h-m-p 0.8203 8.0000 0.0335 CCC 7397.117859 2 1.1040 1699 | 3/19
40 h-m-p 1.6000 8.0000 0.0034 YC 7397.115852 1 1.0801 1738 | 3/19
41 h-m-p 1.6000 8.0000 0.0014 C 7397.115331 0 1.2835 1776 | 3/19
42 h-m-p 1.6000 8.0000 0.0008 Y 7397.115253 0 1.0727 1814 | 3/19
43 h-m-p 1.6000 8.0000 0.0001 C 7397.115247 0 1.4053 1852 | 3/19
44 h-m-p 1.6000 8.0000 0.0001 C 7397.115246 0 1.5626 1890 | 3/19
45 h-m-p 1.6000 8.0000 0.0000 ----------------.. | 3/19
46 h-m-p 0.0001 0.0365 0.1494 ---------
Out..
lnL = -7397.115246
1988 lfun, 21868 eigenQcodon, 318080 P(t)
end of tree file.
Time used: 5:38
Model 8: beta&w>1
TREE # 1
(1, ((10, 8), ((4, 5), 6), 9), ((2, 7), 3)); MP score: 426
0.085884 0.017303 0.035251 0.042492 0.076375 0.037307 0.086924 0.092107 0.046240 0.097474 0.029875 0.036904 0.010383 0.076915 0.052838 0.099149 3.039047 0.900000 0.733481 1.979955 1.300000
ntime & nrate & np: 16 2 21
Bounds (np=21):
0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000004 0.000100 0.000010 0.005000 0.005000 1.000000
50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 50.000000 999.000000 0.999990 99.000000 99.000000 999.000000
Qfactor_NS = 6.520105
np = 21
lnL0 = -8377.707590
Iterating by ming2
Initial: fx= 8377.707590
x= 0.08588 0.01730 0.03525 0.04249 0.07637 0.03731 0.08692 0.09211 0.04624 0.09747 0.02987 0.03690 0.01038 0.07691 0.05284 0.09915 3.03905 0.90000 0.73348 1.97996 1.30000
1 h-m-p 0.0000 0.0000 6055.5716 ++ 8106.274036 m 0.0000 47 | 0/21
2 h-m-p 0.0000 0.0000 3769.9910 ++ 7905.029536 m 0.0000 92 | 0/21
3 h-m-p 0.0000 0.0000 21125.2185
h-m-p: 2.64951235e-23 1.32475618e-22 2.11252185e+04 7905.029536
.. | 0/21
4 h-m-p 0.0000 0.0000 3643.6381 ++ 7795.926730 m 0.0000 179 | 1/21
5 h-m-p 0.0000 0.0000 7588.5658 ++ 7745.870064 m 0.0000 224 | 1/21
6 h-m-p 0.0000 0.0000 25517.3902 +CYCYC 7733.675460 4 0.0000 276 | 1/21
7 h-m-p 0.0000 0.0000 29454.4440 ++ 7652.741528 m 0.0000 320 | 2/21
8 h-m-p 0.0000 0.0000 15791.0884 ++ 7619.787042 m 0.0000 364 | 3/21
9 h-m-p 0.0000 0.0000 27668.2730 +CCYYYYC 7590.962061 6 0.0000 416 | 3/21
10 h-m-p 0.0000 0.0000 991.1577 +YYCCC 7590.197317 4 0.0000 465 | 3/21
11 h-m-p 0.0000 0.0000 3822.7703 +CYCCC 7562.380782 4 0.0000 515 | 3/21
12 h-m-p 0.0000 0.0000 1949.3127 ++ 7550.123546 m 0.0000 557 | 4/21
13 h-m-p 0.0000 0.0000 710.8331 ++ 7547.936230 m 0.0000 599 | 4/21
14 h-m-p 0.0000 0.0000 1618.4551
h-m-p: 1.09460638e-22 5.47303188e-22 1.61845514e+03 7547.936230
.. | 4/21
15 h-m-p 0.0000 0.0000 55117.5567 -YCYYYCYCCC 7543.632892 9 0.0000 692 | 4/21
16 h-m-p 0.0000 0.0000 1377.0919 +YYYYYCCC 7540.806604 7 0.0000 743 | 4/21
17 h-m-p 0.0000 0.0000 6650.4381 +YYYCCC 7534.401820 5 0.0000 792 | 4/21
18 h-m-p 0.0000 0.0000 10322.7326 +YYCCCC 7525.086928 5 0.0000 842 | 4/21
19 h-m-p 0.0000 0.0000 1411.9936 +YYCYC 7523.424290 4 0.0000 889 | 4/21
20 h-m-p 0.0000 0.0011 725.2604 +YCCC 7519.333675 3 0.0000 936 | 4/21
21 h-m-p 0.0000 0.0000 1246.8770 +YYYC 7516.703569 3 0.0000 981 | 4/21
22 h-m-p 0.0000 0.0001 1376.3707 +YCYC 7511.335612 3 0.0000 1027 | 4/21
23 h-m-p 0.0000 0.0000 3508.4790 YCCCC 7505.877322 4 0.0000 1075 | 4/21
24 h-m-p 0.0000 0.0001 467.1244 CCCC 7503.429717 3 0.0000 1122 | 4/21
25 h-m-p 0.0000 0.0001 1957.4011 +YCCC 7496.857872 3 0.0000 1169 | 4/21
26 h-m-p 0.0000 0.0004 1552.4346 +
QuantileBeta(0.15, 0.00500, 2.18396) = 1.205170e-160 2000 rounds
YCYYYYYCCC 7420.729757 10 0.0003 1224 | 4/21
27 h-m-p 0.0000 0.0001 2243.4172 YCCCCC 7417.097035 5 0.0000 1274 | 3/21
28 h-m-p 0.0000 0.0000 5504.1664 CCCC 7412.141789 3 0.0000 1321 | 3/21
29 h-m-p 0.0013 0.0089 26.2254 YC 7411.888377 1 0.0007 1364 | 3/21
30 h-m-p 0.0000 0.0008 759.4758 +YCCC 7410.156575 3 0.0002 1412 | 3/21
31 h-m-p 0.0307 2.5342 4.1521 ++YCCC 7400.435180 3 0.3773 1461 | 3/21
32 h-m-p 0.1967 0.9835 2.3669 CCCC 7396.598071 3 0.2875 1509 | 3/21
33 h-m-p 0.3405 1.7949 1.9985 YCCC 7395.879780 3 0.2099 1556 | 3/21
34 h-m-p 0.4438 2.2189 0.1723 CCC 7395.285191 2 0.6225 1602 | 3/21
35 h-m-p 1.3892 8.0000 0.0772 YCC 7395.119881 2 0.9302 1647 | 3/21
36 h-m-p 0.9025 6.2495 0.0796 YCC 7395.085055 2 0.5688 1692 | 3/21
37 h-m-p 0.5821 8.0000 0.0778 YC 7395.053375 1 1.0958 1735 | 3/21
38 h-m-p 1.6000 8.0000 0.0265 +CC 7394.992975 1 5.6641 1780 | 3/21
39 h-m-p 1.6000 8.0000 0.0418 CC 7394.967698 1 2.0142 1824 | 3/21
40 h-m-p 1.6000 8.0000 0.0266 YC 7394.955053 1 2.6464 1867 | 3/21
41 h-m-p 1.6000 8.0000 0.0129 C 7394.950768 0 1.7274 1909 | 3/21
42 h-m-p 1.6000 8.0000 0.0113 CC 7394.948933 1 2.5245 1953 | 3/21
43 h-m-p 1.3545 8.0000 0.0211 YC 7394.945106 1 2.8509 1996 | 3/21
44 h-m-p 1.3504 8.0000 0.0445 +YC 7394.928217 1 6.5509 2040 | 3/21
45 h-m-p 1.3673 8.0000 0.2130 +C 7394.857763 0 5.4749 2083 | 3/21
46 h-m-p 1.6000 8.0000 0.3165 YC 7394.803758 1 3.0630 2126 | 3/21
47 h-m-p 1.6000 8.0000 0.5528 YYC 7394.783570 2 1.3575 2170 | 3/21
48 h-m-p 1.6000 8.0000 0.2536 CC 7394.774610 1 1.9806 2214 | 3/21
49 h-m-p 1.4650 8.0000 0.3429 +YC 7394.758108 1 3.9757 2258 | 3/21
50 h-m-p 1.6000 8.0000 0.4868 YC 7394.721036 1 3.5618 2301 | 3/21
51 h-m-p 1.0280 8.0000 1.6866 +YC 7394.645513 1 2.8612 2345 | 3/21
52 h-m-p 1.6000 8.0000 1.5082 YCC 7394.604787 2 2.4541 2390 | 3/21
53 h-m-p 1.6000 8.0000 1.3825 CC 7394.596390 1 1.8944 2434 | 3/21
54 h-m-p 1.6000 8.0000 0.9729 YC 7394.589667 1 3.3017 2477 | 3/21
55 h-m-p 1.4681 8.0000 2.1881 YC 7394.580540 1 3.3321 2520 | 3/21
56 h-m-p 1.6000 8.0000 3.6356 C 7394.573163 0 1.4577 2562 | 3/21
57 h-m-p 1.6000 8.0000 3.2140 C 7394.569972 0 1.6000 2604 | 3/21
58 h-m-p 1.4397 8.0000 3.5718 YC 7394.567677 1 2.7686 2647 | 3/21
59 h-m-p 1.6000 8.0000 3.7279 YC 7394.566114 1 2.8715 2690 | 3/21
60 h-m-p 1.6000 8.0000 4.0830 CC 7394.565435 1 2.4384 2734 | 3/21
61 h-m-p 1.3340 6.6698 4.0140 +Y 7394.564795 0 4.0934 2777 | 3/21
62 h-m-p 0.5503 2.7513 3.7587 ++ 7394.564284 m 2.7513 2819 | 4/21
63 h-m-p 0.0753 0.6920 4.2996 --------------.. | 4/21
64 h-m-p 0.0000 0.0000 28.1765 -Y 7394.563990 0 0.0000 2915 | 4/21
65 h-m-p 0.0000 0.0052 1.5678 Y 7394.563979 0 0.0000 2956 | 4/21
66 h-m-p 0.0000 0.0173 2.0596 Y 7394.563975 0 0.0000 2997 | 4/21
67 h-m-p 0.0000 0.0006 6.6266 C 7394.563961 0 0.0000 3038 | 4/21
68 h-m-p 0.0000 0.0027 9.1195 Y 7394.563943 0 0.0000 3079 | 4/21
69 h-m-p 0.0000 0.0134 1.8671 Y 7394.563931 0 0.0000 3120 | 4/21
70 h-m-p 0.0000 0.0033 3.3627 C 7394.563920 0 0.0000 3161 | 4/21
71 h-m-p 0.0000 0.0017 13.2492 -C 7394.563918 0 0.0000 3203 | 4/21
72 h-m-p 0.0001 0.0309 7.2134 Y 7394.563841 0 0.0000 3244 | 4/21
73 h-m-p 0.0001 0.0443 4.6430 Y 7394.563759 0 0.0001 3285 | 4/21
74 h-m-p 0.0001 0.0125 4.1702 C 7394.563731 0 0.0000 3326 | 4/21
75 h-m-p 0.0001 0.0559 5.6425 C 7394.563674 0 0.0000 3367 | 4/21
76 h-m-p 0.0001 0.0456 4.8296 Y 7394.563448 0 0.0002 3408 | 4/21
77 h-m-p 0.0003 0.1478 21.3512 ++CC 7394.531939 1 0.0061 3453 | 4/21
78 h-m-p 0.0007 0.0033 187.4896 -YC 7394.530728 1 0.0000 3496 | 4/21
79 h-m-p 0.0137 2.2013 0.3679 ++CC 7394.514213 1 0.3322 3541 | 4/21
80 h-m-p 1.6000 8.0000 0.0666 -C 7394.513915 0 0.1281 3583 | 4/21
81 h-m-p 1.4803 8.0000 0.0058 Y 7394.513614 0 1.0518 3624 | 4/21
82 h-m-p 1.6000 8.0000 0.0012 Y 7394.513612 0 1.1095 3665 | 4/21
83 h-m-p 1.6000 8.0000 0.0002 C 7394.513612 0 0.5420 3706 | 4/21
84 h-m-p 1.1818 8.0000 0.0001 ---C 7394.513612 0 0.0046 3750
Out..
lnL = -7394.513612
3751 lfun, 45012 eigenQcodon, 660176 P(t)
BEBing (dim = 4). This may take several minutes.
Calculating f(x_h|w): 10 categories 20 w sets.
Calculating f(X), the marginal likelihood.
log(fX) = -7444.433155 S = -7180.860982 -276.670473
Calculating f(w|X), posterior probabilities of site classes.
did 10 / 323 patterns 12:34
did 20 / 323 patterns 12:34
did 30 / 323 patterns 12:34
did 40 / 323 patterns 12:34
did 50 / 323 patterns 12:35
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did 70 / 323 patterns 12:35
did 80 / 323 patterns 12:35
did 90 / 323 patterns 12:35
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did 110 / 323 patterns 12:36
did 120 / 323 patterns 12:36
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did 170 / 323 patterns 12:37
did 180 / 323 patterns 12:37
did 190 / 323 patterns 12:37
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did 290 / 323 patterns 12:39
did 300 / 323 patterns 12:39
did 310 / 323 patterns 12:39
did 320 / 323 patterns 12:40
did 323 / 323 patterns 12:40end of tree file.
Time used: 12:40
The loglikelihoods for models M1, M2, M7 and M8 are -7395.110574 -7394.490672 -7397.115246 -7394.513612 respectively
CLUSTAL W (1.8) multiple sequence alignment (ALTER 1.3.3)
B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWPYPIDPSKVDG
B04f_S_ABN10839_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWPYPIDPSKVDG
B07f_S_ABN10857_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWPYPIDPSKVDG
BtTp_GX2012_NA_AIA62352_1_2012_China_Bat_Tylonycteris_bat_coronavirus_HKU4 MTLLMCLLMSLLIFVRGCESQFVDMSPASNNSECLDSQVDAAAFSKLMRPYPIDPAKVDG
CZ01_S_AWH65877_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 MTLLMCLLMSLLIFVRGCESQFVDMSPASNNSECLDSQVDAAAFSKLMWPYPIDPAKVDG
CZ07_S_AWH65888_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 MTRLMCLLMSLLIFVRGCDSQFVDMSPASNNSECLDSQVDAAAFSKLMWPYPIDPAKVDG
HKU4_1_B04f_S_YP_001039953_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWPYPIDPSKVDG
LMH1f_S_ABN10866_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWPYPIDPSKVDG
SM3A_NA_QQD78083_1_2010_08_16_Hong_Kong_Bat_Tylonycteris_bat_coronavirus_HKU4 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWPYPIDPSKVDG
SZ140324_S_AWH65899_1_2014_04_23_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWPYPIDPSKVDG
** ***************:***********.****:************ ******:****
B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 IIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGHDGDPTKAYISNYSLLVNDFD
B04f_S_ABN10839_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 IIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGHDGDPTKAYISNYSLLVNDFD
B07f_S_ABN10857_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 IIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGHDGDPTKAYISNYSLLVNDFD
BtTp_GX2012_NA_AIA62352_1_2012_China_Bat_Tylonycteris_bat_coronavirus_HKU4 IIYPLGRTYSNITLAYTGLFPLQGDLGTQYLYSASHAVGNDGDPTKAYISNYSLLVNDFD
CZ01_S_AWH65877_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 IIYPLGRTYSNITLAYTGLFPLQGDLGTQYLYSASHAVGNDGDPTKAYISNYSLLVNDFD
CZ07_S_AWH65888_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 IIYPLGRTYSNITLAYTGLFPLQGDLGTQFLYAVSHAVGNDGDPIKAYISNYSLLVNDFD
HKU4_1_B04f_S_YP_001039953_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 IIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGHDGDPTKAYISNYSLLVNDFD
LMH1f_S_ABN10866_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 IIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGHDGDPTKAYISNYSLLVNDFD
SM3A_NA_QQD78083_1_2010_08_16_Hong_Kong_Bat_Tylonycteris_bat_coronavirus_HKU4 IIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGHDGDPTKAYISNYSLLVNDFD
SZ140324_S_AWH65899_1_2014_04_23_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 IIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGHDGDPTKAYISNYSLLVNDFD
***************************:*:**:.*****:**** ***************
B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 NGFVVRIGAAANSTGTIVISPSVNTKIKKAYPAFILGSSLTNTSAGQPLYANYSLTIIPD
B04f_S_ABN10839_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 NGFVVRIGAAANSTGTIVISPSVNTKIKKAYPAFILGSSLTNTSAGQPLYANYSLTIIPD
B07f_S_ABN10857_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 NGFVVRIGAAANSTGTIVISPSVNTKIKKAYPAFILGSSLTNTSAGQPLYANYSLTIIPD
BtTp_GX2012_NA_AIA62352_1_2012_China_Bat_Tylonycteris_bat_coronavirus_HKU4 NGFVVRVGAAANSTGTIVISPSVQTKIKKAYPAFILGSSLTNTSAGQPLYANYSLTIIPD
CZ01_S_AWH65877_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 NGFVVRVGAAANSTGTIVISPSVQTKIKKAYPAFILGSSLTNTSAGQPLYANYSLTIIPD
CZ07_S_AWH65888_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 NGFVVRIGAAANSTGTIVISPSVQTKIKKAYPAFILGSSLTNTSAGLPLYANYSLTIIPD
HKU4_1_B04f_S_YP_001039953_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 NGFVVRIGAAANSTGTIVISPSVNTKIKKAYPAFILGSSLTNTSAGQPLYANYSLTIIPD
LMH1f_S_ABN10866_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 NGFVVRIGAAANSTGTIVISPSVNTKIKKAYPAFILGSSLTNTSAGQPLYANYSLTIIPD
SM3A_NA_QQD78083_1_2010_08_16_Hong_Kong_Bat_Tylonycteris_bat_coronavirus_HKU4 NGFVVRIGAAANSTGTIVISPSVNTKIKKAYPAFILGSSLTNTSAGQPLYANYSLTIIPD
SZ140324_S_AWH65899_1_2014_04_23_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 NGFVVRIGAAANSTGTIVISPSVNTKIKKAYPAFILGSSLTNTSAGQPLYANYSLTIIPD
******:****************:********************** *************
B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 GCGTVLHAFYCILKPRTVNRCPSGTGYVSYFIYETVHNDCQSTINRNASLNSFKSFFDLV
B04f_S_ABN10839_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 GCGTVLHAFYCILKPRTVNRCPSGTGYVSYFIYETVHNDCQSTINRNASLNSFKSFFDLV
B07f_S_ABN10857_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 GCGTVLHAFYCILKPRTVNRCPSGTGYVSYFIYETVHNDCQSTINRNASLNSFKSFFDLV
BtTp_GX2012_NA_AIA62352_1_2012_China_Bat_Tylonycteris_bat_coronavirus_HKU4 GCGTVLHAFYCILKPRTGNRCPGGSGYNAYFIYETIHNDCNSAINKNASLNSFKSFFDLV
CZ01_S_AWH65877_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 GCGTVLHAFYCILKPRTGNRCPGGSGYNAYFIYETIHNDCNSAINKNASLNSFKSFFDLV
CZ07_S_AWH65888_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 GCGTVLHAFYCILKPRTGNMCPGGSGYNAYFIYETIHNDCDPAINKNASLNSFKTFFDLV
HKU4_1_B04f_S_YP_001039953_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 GCGTVLHAFYCILKPRTVNRCPSGTGYVSYFIYETVHNDCQSTINRNASLNSFKSFFDLV
LMH1f_S_ABN10866_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 GCGTVLHAFYCILKPRTGNRCPSGTGYVSYFIYETLHNDCQSTINRNASLNSFKSFFDLV
SM3A_NA_QQD78083_1_2010_08_16_Hong_Kong_Bat_Tylonycteris_bat_coronavirus_HKU4 GCGTVLHAFYCIIKPRTGNRCPSGTGYVSYFIYETLHNDCQSTINRNASLNSFKSFFDLV
SZ140324_S_AWH65899_1_2014_04_23_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 GCGTVLHAFYCILKPRTENRCPSGTGYVSYFIYETLHNDCQSTINRNASLNSFKSFFDLV
************:**** * **.*:** :******:****:.:**:********:*****
B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 NCTFFNSWDITADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
B04f_S_ABN10839_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 NCTFFNSWDITADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
B07f_S_ABN10857_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 NCTFFNSWDITADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
BtTp_GX2012_NA_AIA62352_1_2012_China_Bat_Tylonycteris_bat_coronavirus_HKU4 NCTFFNSWDITADEVKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
CZ01_S_AWH65877_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 NCTFFNSWDITADEVKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
CZ07_S_AWH65888_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 NCTFFNSWDITADEIKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
HKU4_1_B04f_S_YP_001039953_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 NCTFFNSWDITADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
LMH1f_S_ABN10866_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 NCTFFNSWDITADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
SM3A_NA_QQD78083_1_2010_08_16_Hong_Kong_Bat_Tylonycteris_bat_coronavirus_HKU4 NCTFFNSWDITADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYDGIKYYTV
SZ140324_S_AWH65899_1_2014_04_23_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 NCTFFNSWDITADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTV
************** *************************************:*******
B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 IPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLSQLHCSYTSFE
B04f_S_ABN10839_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 IPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLSQLHCSYTSFE
B07f_S_ABN10857_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 IPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLSQLHCSYTSFE
BtTp_GX2012_NA_AIA62352_1_2012_China_Bat_Tylonycteris_bat_coronavirus_HKU4 IPRSFRSKANRREAWAAFYVYKLHQLTYLLDFSVDGYIRRTIDCGHDDLSQLHCSYTSFE
CZ01_S_AWH65877_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 IPRSFRSKANRREAWAAFYVYKLHQLTYLLDFSVDGYIRRTIDCEHDDLSQLHCSYTSFE
CZ07_S_AWH65888_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 IPRSFRSKANRREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLSQLHCSYTSFE
HKU4_1_B04f_S_YP_001039953_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 IPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLSQLHCSYTSFE
LMH1f_S_ABN10866_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 IPRSFRSKANKRESWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLSQLHCSYTSFE
SM3A_NA_QQD78083_1_2010_08_16_Hong_Kong_Bat_Tylonycteris_bat_coronavirus_HKU4 IPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLSQLHCSYTSFE
SZ140324_S_AWH65899_1_2014_04_23_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 IPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLSQLHCSYTSFE
**********:**:**************************:*** ***************
B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 VDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQVYNFKRLVFSNCNYNLTKLL
B04f_S_ABN10839_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 VDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQVYNFKRLVFSNCNYNLTKLL
B07f_S_ABN10857_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 VDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQVYNFKRLVFSNCNYNLTKLL
BtTp_GX2012_NA_AIA62352_1_2012_China_Bat_Tylonycteris_bat_coronavirus_HKU4 VDTGVYSVSSYEASAIGTFIEQPNATECDFSPMFKGVAPQVYNFKRLVFSNCNYNLTKLL
CZ01_S_AWH65877_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 VDTGVYSVSSYEASAIGTFIEQPNATECDFSPMFKGVAPQVYNFKRLVFSNCNYNLTKLL
CZ07_S_AWH65888_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 VDTGVYSVSSYEASATGTFIEQPNATECDFSPMFTGVAPQVYNFKRLVFSNCNYNLTKLL
HKU4_1_B04f_S_YP_001039953_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 VDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQVYNFKRLVFSNCNYNLTKLL
LMH1f_S_ABN10866_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 VDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQVYNFKRLVFSNCNYNLTKLL
SM3A_NA_QQD78083_1_2010_08_16_Hong_Kong_Bat_Tylonycteris_bat_coronavirus_HKU4 VDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQVYNFKRLVFSNCNYNLTKLL
SZ140324_S_AWH65899_1_2014_04_23_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 VDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQVYNFKRLVFSNCNYNLTKLL
*************** *****************:.*************************
B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 SLFAVDEFSCNGISPDAIARGCYSTLTVDYFAYPLSMKSYIRPGSAGNIPLYNYKQSFAN
B04f_S_ABN10839_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 SLFAVDEFSCNGISPDSIARGCYSTLTVDYFAYPLSMKSYIRPGSAGNIPLYNYKQSFAN
B07f_S_ABN10857_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 SLFAVDEFSCNGISPVAIARGCYSTLTVDYFAYPLSMKSYIRPGSAGNIPLYNYKQSFAN
BtTp_GX2012_NA_AIA62352_1_2012_China_Bat_Tylonycteris_bat_coronavirus_HKU4 SLFAVDEFSCNGISPDAIARGCYSTLTVDYFAYPLSMKSYIRPGSAGNIPLYNYKQSFAH
CZ01_S_AWH65877_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 SLFAVDEFSCNGISPDAIARGCYSTLTVDYFAYPLSMKSYIRPGSAGNIPLYNYKQSFAH
CZ07_S_AWH65888_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 SLFAVDEFSCNGISPDAIARGCYSTLTVDYFAYPLSMKSYIRPGSAGNIPLYNYKQSFAN
HKU4_1_B04f_S_YP_001039953_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 SLFAVDEFSCNGISPDSIARGCYSTLTVDYFAYPLSMKSYIRPGSAGNIPLYNYKQSFAN
LMH1f_S_ABN10866_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 SLFAVDEFSCNGISPDAIARGCYSTLTVDYFAYPLSMKSYIRPGSAGNIPLYNYKQSFAN
SM3A_NA_QQD78083_1_2010_08_16_Hong_Kong_Bat_Tylonycteris_bat_coronavirus_HKU4 SLFAVDEFSCNGISPDAIARGCYSTLTVDYFAYPLSMKSYIRPGSAGNIPLYNYKQSFAN
SZ140324_S_AWH65899_1_2014_04_23_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 SLFAVDEFSCNGISPDAIARGCYSTLTVDYFAYPLSMKSYIRPGSAGNIPLYNYKQSFAN
*************** :******************************************:
B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 PTCRVMASVLANVTITKPHAYGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFS
B04f_S_ABN10839_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 PTCRVMASVLANVTITKPHAYGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFS
B07f_S_ABN10857_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 PTCRVMASVLANVTITKPHAYGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFS
BtTp_GX2012_NA_AIA62352_1_2012_China_Bat_Tylonycteris_bat_coronavirus_HKU4 PTCRVLASVPPNVTITKPEAYGYISKCSRLTGDYQHIETPLYINPGEYSICRDFAPLGFS
CZ01_S_AWH65877_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 PTCRVLASVPPNVTITKPEAYGYISKCSRLTGDYQHIETPLYINPGEYSICRDFAPLGFS
CZ07_S_AWH65888_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 PTCRVMASVPPNVTITKPEAYGYISKCSRLTGDNDHIETSLYINPGEYSICRDFAPWGFS
HKU4_1_B04f_S_YP_001039953_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 PTCRVMASVLANVTITKPHAYGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFS
LMH1f_S_ABN10866_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 PTCRVMASVPANVTITKPQAYGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFS
SM3A_NA_QQD78083_1_2010_08_16_Hong_Kong_Bat_Tylonycteris_bat_coronavirus_HKU4 PTCRVMASVPANVTITKPDAYGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFS
SZ140324_S_AWH65899_1_2014_04_23_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 PTCRVMASVPANVTITKPQAYGYISKCSRLTGSNQDVETPLYINPGEYSICRDFSPGGFS
*****:*** .*******.************* :.:**.**************:* ***
B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 EDGQVFKRTLTQFEGGGLLIGVGTRVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLT
B04f_S_ABN10839_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 EDGQVFKRTLTQFEGGGLLIGVGTRVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLT
B07f_S_ABN10857_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 EDGQVFKRTLTQFEGGGLLIGVGTRVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLT
BtTp_GX2012_NA_AIA62352_1_2012_China_Bat_Tylonycteris_bat_coronavirus_HKU4 EDGQVFKRTLTQFEGGGLLIGVGTRVPMTANLEMGFVISVQYGAGTDSVCPMLDLGESST
CZ01_S_AWH65877_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 EDGQVFKRTLTQFEGGGLLIGVGTRVPMTANLEMGFVISVQYGAGTDSVCPMLDLGESST
CZ07_S_AWH65888_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 EDGQVFKRTLTQFEGGGLLIGVGTRVPMTANLEMGFVISVQHGAGTDSVCPMLDLGESST
HKU4_1_B04f_S_YP_001039953_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 EDGQVFKRTLTQFEGGGLLIGVGTRVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLT
LMH1f_S_ABN10866_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 EDGQVFKRTLTQFEGGGLLIGVGTKVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLT
SM3A_NA_QQD78083_1_2010_08_16_Hong_Kong_Bat_Tylonycteris_bat_coronavirus_HKU4 EDGQVFKRTLTQFEGGGLLIGVGTRVPMTDNLQMSFIIFVQYGTGTDSVCPMLDLGDSLT
SZ140324_S_AWH65899_1_2014_04_23_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 EDGQVFKRTLTQFEGGGLLIGVGTRVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLT
************************:**** **:*.*:* **:*:************:* *
B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDDGNYYCVRPCV
B04f_S_ABN10839_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDDGNYYCVRPCV
B07f_S_ABN10857_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDDGNYYCVRPCV
BtTp_GX2012_NA_AIA62352_1_2012_China_Bat_Tylonycteris_bat_coronavirus_HKU4 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDDGNYYCVRPCV
CZ01_S_AWH65877_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDDGNYYCVRPCV
CZ07_S_AWH65888_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDDGNYYCVRPCV
HKU4_1_B04f_S_YP_001039953_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDDGNYYCVRPCV
LMH1f_S_ABN10866_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 ITNRLGKCVDYSLYGVTGRGVFQNCSAVGVKQQRFVYDSFDNLVGYYSDDGNYYCVRPCV
SM3A_NA_QQD78083_1_2010_08_16_Hong_Kong_Bat_Tylonycteris_bat_coronavirus_HKU4 ITNRLGKCVDYSLYGVTGRGVFQNCSAVGVKQQRFVYDSFDNLVGYYSDDGNYYCVRPCV
SZ140324_S_AWH65899_1_2014_04_23_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 ITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDDGNYYCVRPCV
*************************:**********************************
B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 SVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQSNLRRRDSNIPLQTAVGCVIG
B04f_S_ABN10839_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 SVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQSNLRRRDSNIPLQTAVGCVIG
B07f_S_ABN10857_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 SVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQSNLRRRDSNIPLQTAVGCVIG
BtTp_GX2012_NA_AIA62352_1_2012_China_Bat_Tylonycteris_bat_coronavirus_HKU4 SVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQSNLRRRDSNAPLQTAVGCVIG
CZ01_S_AWH65877_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 SVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQSNLRRRDSNAPLQTAVGCVIG
CZ07_S_AWH65888_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 SVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQSNLRRRDSNAPLQTAVGCVIG
HKU4_1_B04f_S_YP_001039953_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 SVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQSNLRRRDSNIPLQTAVGCVIG
LMH1f_S_ABN10866_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 SVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQSNLRMRDSNIPLQTAVGCVIG
SM3A_NA_QQD78083_1_2010_08_16_Hong_Kong_Bat_Tylonycteris_bat_coronavirus_HKU4 SVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQSNLRRRDSNIPLQTAVGCVIG
SZ140324_S_AWH65899_1_2014_04_23_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 SVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQSNLRRRDSNIPLQTAVGCVIG
******************************************* **** ***********
B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 LSNNSLVVSDCKLPLGQSLCAVPPVSTFRSYSASQFQLAVLNYTSPIVVTPINSSGFTAA
B04f_S_ABN10839_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 LSNNSLVVSDCKLPLGQSLCAVPPVSTFRSYSASQFQLAVLNYTSPIVVTPINSSGFTAA
B07f_S_ABN10857_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 LSNNSLVVSDCKLPLGQSLCAVPPVSTFRSYSASQFQLAVLNYTSPIVVTPINSSGFTAA
BtTp_GX2012_NA_AIA62352_1_2012_China_Bat_Tylonycteris_bat_coronavirus_HKU4 LSNNSLVVSECKLPLGQSLCAVPSVSLFRSYSASQFQLAVLNYTSPIVLTPINSSGFTAA
CZ01_S_AWH65877_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 LSNNSLVVSECKLPLGQSLCAVPSVSLFRSYSASQFQLAVLNYTSPIVLTPINSSGFTAA
CZ07_S_AWH65888_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 LSNNSLVVSECKLPLGQSLCAVPSVSLFRSYSASQFQLAVLNYTSPIVLTPINSSGFTAA
HKU4_1_B04f_S_YP_001039953_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 LSNNSLVVSDCKLPLGQSLCAVPPVSTFRSYSASQFQLAVLNYTSPIVVTPINSSGFTAA
LMH1f_S_ABN10866_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 LSNNSLVVSNCKLPLGQSLCAVPPVSTFRSYSASQFQLAVLNYTSPIVVTPINSSGFTAA
SM3A_NA_QQD78083_1_2010_08_16_Hong_Kong_Bat_Tylonycteris_bat_coronavirus_HKU4 LSNNSLVVSDCKLPLGQSLCAVPPVSTFRSYSASQFQLAVLNYTSPIVVTPINSSGFTAA
SZ140324_S_AWH65899_1_2014_04_23_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 LSNNSLVVSDCKLPLGQSLCAVPPVSTFRSYSASQFQLAVLNYTSPIVVTPINSSGFTAA
*********:*************.** *********************:***********
B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 IPTNFSFSVTQEYIETSIQKVTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLR
B04f_S_ABN10839_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 IPTNFSFSVTQEYIETSIQKVTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLR
B07f_S_ABN10857_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 IPTNFSFSVTQEYIETSIQKVTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLR
BtTp_GX2012_NA_AIA62352_1_2012_China_Bat_Tylonycteris_bat_coronavirus_HKU4 IPTNFSFSVTQEYIETSIQKVTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLR
CZ01_S_AWH65877_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 IPTNFSFSVTQEYIETSIQKVTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLR
CZ07_S_AWH65888_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 IPTNFSFSVTQEYIETSIQKVTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLR
HKU4_1_B04f_S_YP_001039953_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 IPTNFSFSVTQEYIETSIQKVTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLR
LMH1f_S_ABN10866_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 IPTNFSFSVTQEYIETSIQKVTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLR
SM3A_NA_QQD78083_1_2010_08_16_Hong_Kong_Bat_Tylonycteris_bat_coronavirus_HKU4 IPTNFSFSVTQEYIETSIQKVTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLR
SZ140324_S_AWH65899_1_2014_04_23_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 IPTNFSFSVTQEYIETSIQKVTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLR
************************************************************
B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 QDESVYSLYSNIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIA
B04f_S_ABN10839_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 QDESVYSLYSNIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIA
B07f_S_ABN10857_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 QDESVYSLYSNIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIA
BtTp_GX2012_NA_AIA62352_1_2012_China_Bat_Tylonycteris_bat_coronavirus_HKU4 QDESVYSLYSNIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSPSGYRSAIEDLLFDKVTIA
CZ01_S_AWH65877_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 QDESVYSLYSNIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSPSGYRSAIEDLLFDKVTIA
CZ07_S_AWH65888_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 QDESVYSLYSNIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSPSGYRSAIEDLLFDKVTIA
HKU4_1_B04f_S_YP_001039953_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 QDESVYSLYSNIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIA
LMH1f_S_ABN10866_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 QDESVYSLYSNIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIA
SM3A_NA_QQD78083_1_2010_08_16_Hong_Kong_Bat_Tylonycteris_bat_coronavirus_HKU4 QDESVYSLYSNIKTTSTQTLDYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIA
SZ140324_S_AWH65899_1_2014_04_23_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 QDESVYSLYSNIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIA
********************:********************.*.****************
B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSLLGSIAGAGWT
B04f_S_ABN10839_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSLLGSIAGAGWT
B07f_S_ABN10857_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSLLGSIAGAGWT
BtTp_GX2012_NA_AIA62352_1_2012_China_Bat_Tylonycteris_bat_coronavirus_HKU4 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSLLGSIAGAGWT
CZ01_S_AWH65877_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSLLGSIAGAGWT
CZ07_S_AWH65888_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSLLGSIAGAGWT
HKU4_1_B04f_S_YP_001039953_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSLLGSIAGAGWT
LMH1f_S_ABN10866_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSLLGSIAGAGWT
SM3A_NA_QQD78083_1_2010_08_16_Hong_Kong_Bat_Tylonycteris_bat_coronavirus_HKU4 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSLLGSIAGAGWT
SZ140324_S_AWH65899_1_2014_04_23_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 DPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSLLGSIAGAGWT
************************************************************
B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 AGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKFNQALGAMQTGFTTSNLAFSK
B04f_S_ABN10839_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 AGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKFNQALGAMQTGFTTSNLAFSK
B07f_S_ABN10857_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 AGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKFNQALGAMQTGFTTSNLAFSK
BtTp_GX2012_NA_AIA62352_1_2012_China_Bat_Tylonycteris_bat_coronavirus_HKU4 AGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKFNQALGAMQTGFTTSNQAFSK
CZ01_S_AWH65877_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 AGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKFNQALGAMQTGFTTSNQAFSK
CZ07_S_AWH65888_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 AGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKFNQALGAMQTGFTTSNQAFSK
HKU4_1_B04f_S_YP_001039953_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 AGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKFNQALGAMQTGFTTSNLAFSK
LMH1f_S_ABN10866_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 AGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKFNQALGAMQTGFTTSNLAFSR
SM3A_NA_QQD78083_1_2010_08_16_Hong_Kong_Bat_Tylonycteris_bat_coronavirus_HKU4 AGLSSFAAIPFAQSMFYRLNGIGITQQVLSENQKLIANKFNQALGAMQTGFTTSNLAFSK
SZ140324_S_AWH65899_1_2014_04_23_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 AGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKFNQALGAMQTGFTTSNLAFSK
*********************:********************************* ***:
B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 VQDAVNANAQALSKLASELSNTFGAISSSISDILARLDTVEQDAQIDRLINGRLTSLNAF
B04f_S_ABN10839_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 VQDAVNANAQALSKLASELSNTFGAISSSISDILARLDTVEQDAQIDRLINGRLISLNAF
B07f_S_ABN10857_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 VQDAVNANAQALSKLASELSNTFGAISSSISDILARLDTVEQDAQIDRLINGRLISLNAF
BtTp_GX2012_NA_AIA62352_1_2012_China_Bat_Tylonycteris_bat_coronavirus_HKU4 VQDAVNANAQALSKLASELSNTFGAISSSISDILARLDTAEQDAQIDRLINGRLTSLNAF
CZ01_S_AWH65877_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 VQDAVNANAQALSKLASELSNTFGAISSSISDILARLDTVEQDAQIDRLINGRLTSLNAF
CZ07_S_AWH65888_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 VQDAVNANAQALSKLASELSNTFGAISSSISDILARLDTVEQDAQIDRLINGRLTSLNAF
HKU4_1_B04f_S_YP_001039953_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 VQDAVNANAQALSKLASELSNTFGAISSSISDILARLDTVEQDAQIDRLINGRLISLNAF
LMH1f_S_ABN10866_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 VQDAVNANAQALSKLASELSNTFGAISSSISDILARLDTVEQDAQIDRLINGRLTSLNAF
SM3A_NA_QQD78083_1_2010_08_16_Hong_Kong_Bat_Tylonycteris_bat_coronavirus_HKU4 VQDAVNANAQALSKLASELSNTFGAISSSISDILARLDTVEQDAQIDRLINGRLTSLNAF
SZ140324_S_AWH65899_1_2014_04_23_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 VQDAVNANAQALSKLASELSNTFGAISSSISDILARLDTVEQDAQIDRLISGRLTSLNAF
***************************************.**********.*** *****
B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 VSQQLVRSETAARSAQLASDKVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGY
B04f_S_ABN10839_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 VSQQLVRSETAARSAQLASDKVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGY
B07f_S_ABN10857_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 VSQQLVRSETAARSAQLASDKVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGY
BtTp_GX2012_NA_AIA62352_1_2012_China_Bat_Tylonycteris_bat_coronavirus_HKU4 VSQQLVRSETAARSAQLASDKVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGY
CZ01_S_AWH65877_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 VSQQLVRSETAARSAQLASDKVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGY
CZ07_S_AWH65888_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 VSQQLVRSETAARSAQLASDKVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGY
HKU4_1_B04f_S_YP_001039953_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 VSQQLVRSETAARSAQLASDKVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGY
LMH1f_S_ABN10866_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 VSQQLVRSETAARSAQLASDKVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGY
SM3A_NA_QQD78083_1_2010_08_16_Hong_Kong_Bat_Tylonycteris_bat_coronavirus_HKU4 VSQQLVRSETAARSAQLASDKVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGY
SZ140324_S_AWH65899_1_2014_04_23_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 VSQQLVRSETAARSAQLASDKVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGY
************************************************************
B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 VPTNYTNVTAAYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQ
B04f_S_ABN10839_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 VPTNYTNVTAAYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQ
B07f_S_ABN10857_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 VPTNYTNVTAAYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQ
BtTp_GX2012_NA_AIA62352_1_2012_China_Bat_Tylonycteris_bat_coronavirus_HKU4 VPTNYTNVTAAYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFFKPEPITQ
CZ01_S_AWH65877_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 VPTNYTNVTAAYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFFKPEPITQ
CZ07_S_AWH65888_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 VPTNYTNVTAAYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFFKPEPITQ
HKU4_1_B04f_S_YP_001039953_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 VPTNYTNVTAAYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQ
LMH1f_S_ABN10866_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 VPTNYTNVTAAYGLCNNNSPPLCIAPIDGYFITNQTTTYSIDTEWYYTGSSFFKPEPITQ
SM3A_NA_QQD78083_1_2010_08_16_Hong_Kong_Bat_Tylonycteris_bat_coronavirus_HKU4 VPTNYTNVTAAYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQ
SZ140324_S_AWH65899_1_2014_04_23_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 VPTNYTNVTAAYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQ
******************.*********************:***********:*******
B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 ANSRYVSSDVKFDKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNFAEISKINTTL
B04f_S_ABN10839_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 ANSRYVSSDVKFDKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNFAEISKINTTL
B07f_S_ABN10857_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 ANSRYVSSDVKFDKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNFAEISKINTTL
BtTp_GX2012_NA_AIA62352_1_2012_China_Bat_Tylonycteris_bat_coronavirus_HKU4 ANSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNFAEISKINTTL
CZ01_S_AWH65877_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 ANSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNFAEISKINTTL
CZ07_S_AWH65888_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 ANSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNFAEISKINTTL
HKU4_1_B04f_S_YP_001039953_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 ANSRYVSSDVKFDKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNFAEISKINTTL
LMH1f_S_ABN10866_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 VNSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNFAEISKINTTL
SM3A_NA_QQD78083_1_2010_08_16_Hong_Kong_Bat_Tylonycteris_bat_coronavirus_HKU4 ANSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNFAEISKINTTL
SZ140324_S_AWH65899_1_2014_04_23_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 ANSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNFAEISKINTTL
.***********:***********************************************
B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 LDLSDEMAMLQEVVKQLNDSYIDLKELGNYTYYNKWPWYVWLGFIAGLVALLLCVFFLLC
B04f_S_ABN10839_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 LDLSDEMAMLQEVVKQLNDSYIDLKELGNYTYYNKWPWYVWLGFIAGLVALLLCVFFLLC
B07f_S_ABN10857_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 LDLSDEMAMLQEVVKQLNDSYIDLKELGNYTYYNKWPWYVWLGFIAGLVALLLCVFFLLC
BtTp_GX2012_NA_AIA62352_1_2012_China_Bat_Tylonycteris_bat_coronavirus_HKU4 LDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYIWLGFIAGLVALLLCVFFLLC
CZ01_S_AWH65877_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 LDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYIWLGFIAGLVALLLCVFFLLC
CZ07_S_AWH65888_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 LDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYIWLGFIAGLVALLLCVFFLLC
HKU4_1_B04f_S_YP_001039953_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 LDLSDEMAMLQEVVKQLNDSYIDLKELGNYTYYNKWPWYVWLGFIAGLVALLLCVFFLLC
LMH1f_S_ABN10866_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 LDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYIWLGFIAGLVALLLCAFFLLC
SM3A_NA_QQD78083_1_2010_08_16_Hong_Kong_Bat_Tylonycteris_bat_coronavirus_HKU4 LDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYVWLGFIAGLVALLLCVFFLLC
SZ140324_S_AWH65899_1_2014_04_23_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 LDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYIWLGFIAGLVALLLCVFFLLC
********:******************************:**************.*****
B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 CTGCGTSCLGKMKCKNCCDSYEEYDVEKIHVH
B04f_S_ABN10839_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 CTGCGTSCLGKMKCKNCCDSYEEYDVEKIHVH
B07f_S_ABN10857_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 CTGCGTSCLGKMKCKNCCDSYEEYDVEKIHVH
BtTp_GX2012_NA_AIA62352_1_2012_China_Bat_Tylonycteris_bat_coronavirus_HKU4 CTGCGTSCLGKMKCKNCCDSYEEYDVEKIHVH
CZ01_S_AWH65877_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 CTGCGTSCLGKMKCKNCCDSYEEYDVEKIHVH
CZ07_S_AWH65888_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 CTGCGTSCLGKMKCKNCCDSYEEYDVEKIHVH
HKU4_1_B04f_S_YP_001039953_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 CTGCGTSCLGKMKCKNCCDSYEEYDVEKIHVH
LMH1f_S_ABN10866_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 CTGCGTSCLGKMKCKNCCDSYEEYDVEKIHVH
SM3A_NA_QQD78083_1_2010_08_16_Hong_Kong_Bat_Tylonycteris_bat_coronavirus_HKU4 CTGCGTSCLGKMKCKNCCDSYEEYDVEKIHVH
SZ140324_S_AWH65899_1_2014_04_23_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 CTGCGTSCLGKMKCKNCCDSYEEYDVEKIHVH
********************************
>B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 ATGACACTCTTAATGTGTCTACTGATGTCCTTGTTAATTTTCGTAAGAGGCTGTGATTCACAATTTGTTGACATGAGTCCAGCTAGTAATACTAGTGAGTGTTTGGAGTCACAAGTTGACGCAGCTGCATTTTCTAAATTAATGTGGCCTTATCCTATTGATCCTTCCAAAGTTGATGGTATCATTTATCCACTTGGTAGGACATATTCTAATATTACATTAGCATATACTGGTCTTTTTCCCCTACAAGGAGATTTAGGTAGCCAGTATTTATATTCTGTAAGTCATGCTGTAGGTCATGATGGTGATCCTACAAAAGCTTATATTTCTAATTATTCACTATTGGTGAATGATTTTGATAACGGTTTTGTTGTACGAATTGGTGCTGCAGCTAATTCAACTGGCACCATTGTAATTTCACCGTCTGTTAATACTAAGATTAAAAAAGCTTATCCTGCTTTTATCTTAGGTTCGTCTCTTACTAATACATCGGCTGGTCAGCCATTGTATGCTAATTACAGTTTAACCATCATTCCTGATGGTTGTGGGACTGTGTTGCATGCTTTTTATTGCATATTAAAACCACGTACTGTGAATCGATGTCCTAGTGGTACTGGTTATGTGTCTTATTTTATTTATGAAACAGTTCATAATGATTGTCAGTCTACAATTAACAGGAACGCTTCTCTTAATTCTTTTAAGAGCTTTTTCGATCTTGTTAATTGTACTTTCTTTAATAGTTGGGATATCACTGCTGATGAAACAAAAGAGTGGTTTGGTATTACCCAAGACACTCAAGGTGTTCATCTCTACTCTTCTAGGAAAGGTGATTTATATGGCGGAAATATGTTTCGCTTTGCTACATTACCTGTGTACGAGGGTATAAAATATTACACTGTTATACCCAGAAGTTTTCGGTCTAAAGCTAACAAAAGAGAGGCTTGGGCTGCATTTTATGTGTATAAATTACATCAGCTGACTTACTTGTTAGATTTTTCTGTTGATGGTTATATACGTAGAGCTATAGATTGTGGACATGATGATTTGTCACAGCTCCATTGTTCTTATACATCTTTTGAAGTTGACACTGGTGTCTATTCTGTTTCTTCATATGAAGCTTCAGCTACTGGCACCTTTATTGAACAACCTAATGCTACTGAGTGTGATTTTTCACCTATGCTTACAGGTGTAGCTCCTCAGGTTTATAATTTTAAAAGGTTGGTTTTTTCCAATTGTAATTATAATCTTACTAAACTCCTCTCTTTGTTTGCAGTTGATGAGTTTTCTTGTAATGGAATTTCACCTGATGCTATTGCACGTGGTTGTTATTCTACTTTAACAGTGGATTATTTTGCCTATCCACTTAGTATGAAGTCATATATCAGACCTGGTTCTGCAGGCAATATACCACTTTACAATTATAAACAGTCTTTTGCCAATCCTACGTGTAGAGTTATGGCATCTGTTCTTGCTAATGTTACTATTACTAAGCCTCATGCTTATGGTTATATTTCCAAGTGTTCTCGTCTGACTGGTGCAAACCAAGATGTTGAAACACCATTATATATTAACCCTGGTGAGTACTCTATTTGTAGAGATTTTTCTCCTGGGGGTTTTTCTGAAGATGGTCAGGTCTTCAAGCGTACTCTTACCCAATTCGAGGGTGGTGGCTTGCTTATTGGAGTTGGCACTAGAGTACCTATGACTGATAACTTACAAATGAGTTTTATAATCTCTGTCCAATATGGTACCGGCACCGATAGTGTTTGCCCCATGTTGGACTTAGGTGATTCTTTAACTATCACTAACCGTTTAGGTAAGTGTGTAGATTATTCACTCTATGGTGTTACTGGTAGAGGTGTTTTTCAAAACTGTACTGCCGTTGGTGTTAAACAGCAGCGTTTTGTTTATGATAGCTTTGACAATTTAGTTGGTTACTATTCTGATGATGGTAACTACTATTGTGTCAGACCTTGTGTCAGTGTACCTGTGTCTGTTATATATGATAAAAGTACAAATTTACATGCGACTTTATTCGGTAGTGTTGCTTGTGAGCACGTTACTACAATGATGTCGCAATTTTCACGCCTTACTCAAAGTAATTTACGTAGGCGTGATTCTAATATACCTCTTCAAACAGCTGTTGGTTGTGTTATAGGTCTTTCTAATAACTCACTAGTAGTTAGTGATTGTAAATTGCCATTAGGCCAGTCACTTTGTGCAGTCCCTCCTGTGTCTACTTTTAGAAGTTATAGCGCTAGCCAATTTCAGCTTGCTGTGCTTAATTATACTTCTCCTATTGTTGTTACTCCTATTAATTCCAGTGGTTTTACCGCTGCAATTCCAACTAATTTTTCTTTTTCAGTTACACAGGAGTACATTGAAACATCCATTCAGAAGGTTACTGTAGATTGTAAACAGTATGTCTGTAATGGTTTTACTAGGTGTGAAAAGCTATTGGTTGAATATGGGCAATTTTGTTCCAAAATTAATCAAGCTTTACATGGTGCTAATCTTAGACAAGATGAGTCTGTTTATAGTCTTTATAGTAACATTAAAACCACCTCTACCCAAACTCTTGAGTATGGTTTAAATGGTGATTTTAATCTTACATTATTACAAGTACCACAAATTGGAGGTTCTTCCTCTAGTTATCGTAGTGCTATTGAAGACTTATTATTTGATAAGGTAACTATTGCAGATCCCGGTTATATGCAGGGCTATGATGATTGCATGAAACAAGGACCCCAGTCTGCTAGAGATCTTATTTGTGCTCAATATGTGTCTGGTTACAAAGTTTTACCACCACTTTATGACCCTAATATGGAAGCTGCTTACACATCTTCACTATTAGGTAGTATAGCAGGTGCTGGATGGACAGCTGGTCTTTCATCCTTTGCCGCTATACCTTTTGCACAAAGTATGTTTTATAGGTTGAATGGCGTTGGTATTACTCAACAAGTTCTCTCTGAGAACCAAAAGTTGATTGCTAACAAGTTTAACCAAGCCTTAGGTGCTATGCAAACTGGCTTTACAACATCTAACCTAGCTTTTAGCAAGGTTCAAGATGCTGTAAATGCCAATGCACAAGCACTTTCTAAGTTAGCATCAGAGTTGTCTAATACTTTTGGTGCTATTTCTTCATCTATTAGTGACATCCTTGCTAGGCTTGACACTGTTGAACAGGATGCGCAAATTGATCGTTTGATCAATGGTCGCTTAACTTCTCTTAACGCATTTGTTTCACAACAACTTGTGCGTTCTGAAACTGCTGCTAGATCTGCTCAGTTGGCTAGTGACAAAGTCAACGAGTGTGTAAAATCACAATCCAAGAGAAATGGGTTCTGTGGGTCTGGCACTCATATAGTATCATTTGTTGTTAATGCTCCAAATGGTTTTTATTTCTTTCATGTTGGTTATGTTCCAACAAATTATACTAATGTTACAGCTGCTTATGGTCTCTGTAACAATAACAACCCTCCTTTGTGCATTGCACCAATTGACGGGTATTTCATTACTAATCAGACTACCACTTATAGTGTTGATACCGAATGGTATTACACTGGTAGTTCTTTTTATAAACCTGAACCTATAACTCAGGCTAATTCACGTTATGTTTCTAGTGATGTGAAATTTGACAAACTTGAGAATAACTTACCACCTCCACTCCTTGAGAATTCTACTGATGTGGATTTTAAGGATGAATTGGAAGAATTTTTCAAGAATGTTACCTCGCATGGTCCTAACTTTGCAGAGATATCTAAGATTAACACTACACTGCTTGACCTTTCAGATGAGATGGCAATGTTGCAGGAAGTTGTTAAACAATTAAATGATTCCTACATTGATCTTAAAGAATTGGGAAATTATACTTATTATAACAAGTGGCCTTGGTACGTATGGCTAGGTTTTATTGCAGGCCTTGTTGCCTTATTATTGTGTGTCTTTTTCCTTCTATGCTGTACTGGTTGTGGTACTAGCTGCTTGGGAAAAATGAAGTGTAAGAATTGTTGTGATTCTTATGAAGAATATGATGTCGAAAAGATTCATGTTCAT >B04f_S_ABN10839_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 ATGACACTCTTAATGTGTCTACTGATGTCCTTGTTAATTTTCGTAAGAGGCTGTGATTCACAATTTGTTGACATGAGTCCAGCTAGTAATACTAGTGAGTGTTTGGAGTCACAAGTTGACGCAGCTGCATTTTCTAAATTAATGTGGCCTTATCCTATTGATCCTTCCAAAGTTGATGGTATCATTTATCCACTTGGTAGGACATATTCTAATATTACATTAGCATATACTGGTCTTTTTCCCCTACAAGGAGATTTAGGTAGCCAGTATTTATATTCTGTAAGTCATGCTGTAGGTCATGATGGTGATCCTACAAAAGCTTATATTTCTAATTATTCACTATTGGTGAATGATTTTGATAACGGTTTTGTTGTACGAATTGGTGCTGCAGCTAATTCAACTGGCACCATTGTAATTTCACCGTCTGTTAATACTAAGATTAAAAAAGCTTATCCTGCTTTTATCTTAGGTTCGTCTCTTACTAATACATCGGCTGGTCAGCCATTGTATGCTAATTACAGTTTAACCATCATTCCTGATGGTTGTGGGACTGTGTTGCATGCTTTTTATTGCATATTAAAACCACGTACTGTGAATCGATGTCCTAGTGGTACTGGTTATGTGTCTTATTTTATTTATGAAACAGTTCATAATGATTGTCAGTCTACAATTAACAGGAACGCTTCTCTTAATTCTTTTAAGAGCTTTTTCGATCTTGTTAATTGTACTTTCTTTAATAGTTGGGATATCACTGCTGATGAAACAAAAGAGTGGTTTGGTATTACCCAAGACACTCAAGGTGTTCATCTCTACTCTTCTAGGAAAGGTGATTTATATGGCGGAAATATGTTTCGCTTTGCTACATTACCTGTGTACGAGGGTATAAAATATTACACTGTTATACCCAGAAGTTTTCGGTCTAAAGCTAACAAAAGAGAGGCTTGGGCTGCATTTTATGTGTATAAATTACATCAGCTGACTTACTTGTTAGATTTTTCTGTTGATGGTTATATACGTAGAGCTATAGATTGTGGACATGATGATTTGTCACAGCTCCATTGTTCTTATACATCTTTTGAAGTTGACACTGGTGTCTATTCTGTTTCTTCATATGAAGCTTCAGCTACTGGCACCTTTATTGAACAACCTAATGCTACTGAGTGTGATTTTTCACCTATGCTTACAGGTGTAGCTCCTCAGGTTTATAATTTTAAAAGGTTGGTTTTTTCCAATTGTAATTATAATCTTACTAAACTCCTCTCTTTGTTTGCAGTTGATGAGTTTTCTTGTAATGGAATTTCACCTGATTCTATTGCACGTGGTTGTTATTCTACTTTAACAGTGGATTATTTTGCCTATCCACTTAGTATGAAGTCATATATCAGACCTGGTTCTGCAGGCAATATACCACTTTACAATTATAAACAGTCTTTTGCCAATCCTACGTGTAGAGTTATGGCATCTGTTCTTGCTAATGTTACTATTACTAAGCCTCATGCTTATGGTTATATTTCCAAGTGTTCTCGTCTGACTGGTGCAAACCAAGATGTTGAAACACCATTATATATTAACCCTGGTGAGTACTCTATTTGTAGAGATTTTTCTCCTGGGGGTTTTTCTGAAGATGGTCAGGTCTTCAAGCGTACTCTTACCCAATTCGAGGGTGGTGGCTTGCTTATTGGAGTTGGCACTAGAGTACCTATGACTGATAACTTACAAATGAGTTTTATAATCTCTGTCCAATATGGTACCGGCACCGATAGTGTTTGCCCCATGTTGGACTTAGGTGATTCTTTAACTATCACTAACCGTTTAGGTAAGTGTGTAGATTATTCACTCTATGGTGTTACTGGTAGAGGTGTTTTTCAAAACTGTACTGCCGTTGGTGTTAAACAGCAGCGTTTTGTTTATGATAGCTTTGACAATTTAGTTGGTTACTATTCTGATGATGGTAACTACTATTGTGTCAGACCTTGTGTCAGTGTACCTGTGTCTGTTATATATGATAAAAGTACAAATTTACATGCGACTTTATTCGGTAGTGTTGCTTGTGAGCACGTTACTACAATGATGTCGCAATTTTCACGCCTTACTCAAAGTAATTTACGTAGGCGTGATTCTAATATACCTCTTCAAACAGCTGTTGGTTGTGTTATAGGTCTTTCTAATAACTCACTAGTAGTTAGTGATTGTAAATTGCCATTAGGCCAGTCACTTTGTGCAGTCCCTCCTGTGTCTACTTTTAGAAGTTATAGCGCTAGCCAATTTCAGCTTGCTGTGCTTAATTATACTTCTCCTATTGTTGTTACTCCTATTAATTCCAGTGGTTTTACCGCTGCAATTCCAACTAATTTTTCTTTTTCAGTTACACAGGAGTACATTGAAACATCCATTCAGAAGGTTACTGTAGATTGTAAACAGTATGTCTGTAATGGTTTTACTAGGTGTGAAAAGCTATTGGTTGAATATGGGCAATTTTGTTCCAAAATTAATCAAGCTTTACATGGTGCTAATCTTAGACAAGATGAGTCTGTTTATAGTCTTTATAGTAACATTAAAACCACCTCTACCCAAACTCTTGAGTATGGTTTAAATGGTGATTTTAATCTTACATTATTACAAGTACCACAAATTGGAGGTTCTTCCTCTAGTTATCGTAGTGCTATTGAAGACTTATTATTTGATAAGGTAACTATTGCAGATCCCGGTTATATGCAGGGCTATGATGATTGCATGAAACAAGGACCCCAGTCTGCTAGAGATCTTATTTGTGCTCAATATGTGTCTGGTTACAAAGTTTTACCACCACTTTATGACCCTAATATGGAAGCTGCTTACACATCTTCACTATTAGGTAGTATAGCAGGTGCTGGATGGACAGCTGGTCTTTCATCCTTTGCCGCTATACCTTTTGCACAAAGTATGTTTTATAGGTTGAATGGCGTTGGTATTACTCAACAAGTTCTCTCTGAGAACCAAAAGTTGATTGCTAACAAGTTTAACCAAGCCTTAGGTGCTATGCAAACTGGCTTTACAACATCTAACCTAGCTTTTAGCAAGGTTCAAGATGCTGTAAATGCCAATGCACAAGCACTTTCTAAGTTAGCATCAGAGTTGTCTAATACTTTTGGTGCTATTTCTTCATCTATTAGTGACATCCTTGCTAGGCTTGACACTGTTGAACAGGATGCGCAAATTGATCGTTTGATCAATGGTCGCTTAATTTCTCTTAACGCATTTGTTTCACAACAACTTGTGCGTTCTGAAACTGCTGCTAGATCTGCTCAGTTGGCTAGTGACAAAGTCAACGAGTGTGTAAAATCACAATCCAAGAGAAATGGGTTCTGTGGGTCTGGCACTCATATAGTATCATTTGTTGTTAATGCTCCAAATGGTTTTTATTTCTTTCATGTTGGTTATGTTCCAACAAATTATACTAATGTTACAGCTGCTTATGGTCTCTGTAACAATAACAACCCTCCTTTGTGCATTGCACCAATTGACGGGTATTTCATTACTAATCAGACTACCACTTATAGTGTTGATACCGAATGGTATTACACTGGTAGTTCTTTTTATAAACCTGAACCTATAACTCAGGCTAATTCACGTTATGTTTCTAGTGATGTGAAATTTGACAAACTTGAGAATAACTTACCACCTCCACTCCTTGAGAATTCTACTGATGTGGATTTTAAGGATGAATTGGAAGAATTTTTCAAGAATGTTACCTCGCATGGTCCTAACTTTGCAGAGATATCTAAGATTAACACTACACTGCTTGACCTTTCAGATGAGATGGCAATGTTGCAGGAAGTTGTTAAACAATTAAATGATTCCTACATTGATCTTAAAGAATTGGGAAATTATACTTATTATAACAAGTGGCCTTGGTACGTATGGCTAGGTTTTATTGCAGGCCTTGTTGCCTTATTATTGTGTGTCTTTTTCCTTCTATGCTGTACTGGTTGTGGTACTAGCTGCTTGGGAAAAATGAAGTGTAAGAATTGTTGTGATTCTTATGAAGAATATGATGTCGAAAAGATTCATGTTCAT >B07f_S_ABN10857_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 ATGACACTCTTAATGTGTCTACTGATGTCCTTGTTAATTTTCGTAAGAGGCTGTGATTCACAATTTGTTGACATGAGTCCAGCTAGTAATACTAGTGAGTGTTTGGAGTCACAAGTTGACGCAGCTGCATTTTCTAAATTAATGTGGCCTTATCCTATTGATCCTTCCAAAGTTGATGGTATCATTTATCCACTTGGTAGGACATATTCTAATATTACATTAGCATATACTGGTCTTTTTCCCCTACAAGGAGATTTAGGTAGCCAGTATTTATATTCTGTAAGTCATGCTGTAGGTCATGATGGTGATCCTACAAAAGCTTATATTTCTAATTATTCACTATTGGTGAATGATTTTGATAACGGTTTTGTTGTACGAATTGGTGCTGCAGCTAATTCAACTGGCACCATTGTAATTTCACCGTCTGTTAATACTAAGATTAAAAAAGCTTATCCTGCTTTTATCTTAGGTTCGTCTCTTACTAATACATCGGCTGGTCAGCCATTGTATGCTAATTACAGTTTAACCATCATTCCTGATGGTTGTGGGACTGTGTTGCATGCTTTTTATTGCATATTAAAACCACGTACTGTGAATCGATGTCCTAGTGGTACTGGTTATGTGTCTTATTTTATTTATGAAACAGTTCATAATGATTGTCAGTCTACAATTAACAGGAACGCTTCTCTTAATTCTTTTAAGAGCTTTTTCGATCTTGTTAATTGTACTTTCTTTAATAGTTGGGATATCACTGCTGATGAAACAAAAGAGTGGTTTGGTATTACCCAAGACACTCAAGGTGTTCATCTCTACTCTTCTAGGAAAGGTGATTTATATGGCGGAAATATGTTTCGCTTTGCTACATTACCTGTGTACGAGGGTATAAAATATTACACTGTTATACCCAGAAGTTTTCGGTCTAAAGCTAACAAAAGAGAGGCTTGGGCTGCATTTTATGTGTATAAATTACATCAGCTGACTTACTTGTTAGATTTTTCTGTTGATGGTTATATACGTAGAGCTATAGATTGTGGACATGATGATTTGTCACAGCTCCATTGTTCTTATACATCTTTTGAAGTTGACACTGGTGTCTATTCTGTTTCTTCATATGAAGCTTCAGCTACTGGCACCTTTATTGAACAACCTAATGCTACTGAGTGTGATTTTTCACCTATGCTTACAGGTGTAGCTCCTCAGGTTTATAATTTTAAAAGGTTGGTTTTTTCCAATTGTAATTATAATCTTACTAAACTCCTCTCTTTGTTTGCAGTTGATGAGTTTTCTTGTAATGGAATTTCACCTGTTGCTATTGCACGTGGTTGTTATTCTACTTTAACAGTGGATTATTTTGCCTATCCACTTAGTATGAAGTCATATATCAGACCTGGTTCTGCAGGCAATATACCACTTTACAATTATAAACAGTCTTTTGCCAATCCTACGTGTAGAGTTATGGCATCTGTTCTTGCTAATGTTACTATTACTAAGCCTCATGCTTATGGTTATATTTCCAAGTGTTCTCGTCTGACTGGTGCAAACCAAGATGTTGAAACACCATTATATATTAACCCTGGTGAGTACTCTATTTGTAGAGATTTTTCTCCTGGGGGTTTTTCTGAAGATGGTCAGGTCTTCAAGCGTACTCTTACCCAATTCGAGGGTGGTGGCTTGCTTATTGGAGTTGGCACTAGAGTACCTATGACTGATAACTTACAAATGAGTTTTATAATCTCTGTCCAATATGGTACCGGCACCGATAGTGTTTGCCCCATGTTGGACTTAGGTGATTCTTTAACTATCACTAACCGTTTAGGTAAGTGTGTAGATTATTCACTCTATGGTGTTACTGGTAGAGGTGTTTTTCAAAACTGTACTGCCGTTGGTGTTAAACAGCAGCGTTTTGTTTATGATAGCTTTGACAATTTAGTTGGTTACTATTCTGATGATGGTAACTACTATTGTGTCAGACCTTGTGTCAGTGTACCTGTGTCTGTTATATATGATAAAAGTACAAATTTACATGCGACTTTATTCGGTAGTGTTGCTTGTGAGCACGTTACTACAATGATGTCGCAATTTTCACGCCTTACTCAAAGTAATTTACGTAGGCGTGATTCTAATATACCTCTTCAAACAGCTGTTGGTTGTGTTATAGGTCTTTCTAATAACTCACTAGTAGTTAGTGATTGTAAATTGCCATTAGGCCAGTCACTTTGTGCAGTCCCTCCTGTGTCTACTTTTAGAAGTTATAGCGCTAGCCAATTTCAGCTTGCTGTGCTTAATTATACTTCTCCTATTGTTGTTACTCCTATTAATTCCAGTGGTTTTACCGCTGCAATTCCAACTAATTTTTCTTTTTCAGTTACACAGGAGTACATTGAAACATCCATTCAGAAGGTTACTGTAGATTGTAAACAGTATGTCTGTAATGGTTTTACTAGGTGTGAAAAGCTATTGGTTGAATATGGGCAATTTTGTTCCAAAATTAATCAAGCTTTACATGGTGCTAATCTTAGACAAGATGAGTCTGTTTATAGTCTTTATAGTAACATTAAAACCACCTCTACCCAAACTCTTGAGTATGGTTTAAATGGTGATTTTAATCTTACATTATTACAAGTACCACAAATTGGAGGTTCTTCCTCTAGTTATCGTAGTGCTATTGAAGACTTATTATTTGATAAGGTAACTATTGCAGATCCCGGTTATATGCAGGGCTATGATGATTGCATGAAACAAGGACCCCAGTCTGCTAGAGATCTTATTTGTGCTCAATATGTGTCTGGTTACAAAGTTTTACCACCACTTTATGACCCTAATATGGAAGCTGCTTACACATCTTCACTATTAGGTAGTATAGCAGGTGCTGGATGGACAGCTGGTCTTTCATCCTTTGCCGCTATACCTTTTGCACAAAGTATGTTTTATAGGTTGAATGGCGTTGGTATTACTCAACAAGTTCTCTCTGAGAACCAAAAGTTGATTGCTAACAAGTTTAACCAAGCCTTAGGTGCTATGCAAACTGGCTTTACAACATCTAACCTAGCTTTTAGCAAGGTTCAAGATGCTGTAAATGCCAATGCACAAGCACTTTCTAAGTTAGCATCAGAGTTGTCTAATACTTTTGGTGCTATTTCTTCATCTATTAGTGACATCCTTGCTAGGCTTGACACTGTTGAACAGGATGCGCAAATTGATCGTTTGATCAATGGTCGCTTAATTTCTCTTAACGCATTTGTTTCACAACAACTTGTGCGTTCTGAAACTGCTGCTAGATCTGCTCAGTTGGCTAGTGACAAAGTCAACGAGTGTGTAAAATCACAATCCAAGAGAAATGGGTTCTGTGGGTCTGGCACTCATATAGTATCATTTGTTGTTAATGCTCCAAATGGTTTTTATTTCTTTCATGTTGGTTATGTTCCAACAAATTATACTAATGTTACAGCTGCTTATGGTCTCTGTAACAATAACAACCCTCCTTTGTGCATTGCACCAATTGACGGGTATTTCATTACTAATCAGACTACCACTTATAGTGTTGATACCGAATGGTATTACACTGGTAGTTCTTTTTATAAACCTGAACCTATAACTCAGGCTAATTCACGTTATGTTTCTAGTGATGTGAAATTTGACAAACTTGAGAATAACTTACCACCTCCACTCCTTGAGAATTCTACTGATGTGGATTTTAAGGATGAATTGGAAGAATTTTTCAAGAATGTTACCTCGCATGGTCCTAACTTTGCAGAGATATCTAAGATTAACACTACACTGCTTGACCTTTCAGATGAGATGGCAATGTTGCAGGAAGTTGTTAAACAATTAAATGATTCCTACATTGATCTTAAAGAATTGGGAAATTATACTTATTATAACAAGTGGCCTTGGTACGTATGGCTAGGTTTTATTGCAGGCCTTGTTGCCTTATTATTGTGTGTCTTTTTCCTTCTATGCTGTACTGGTTGTGGTACTAGCTGCTTGGGAAAAATGAAGTGTAAGAATTGTTGTGATTCTTATGAAGAATATGATGTCGAAAAGATTCATGTTCAT >BtTp_GX2012_NA_AIA62352_1_2012_China_Bat_Tylonycteris_bat_coronavirus_HKU4 ATGACACTCTTAATGTGTCTACTGATGTCCTTGTTAATTTTCGTAAGAGGCTGTGAATCACAGTTTGTTGATATGAGTCCAGCTAGTAACAATAGTGAATGTCTGGACTCGCAGGTTGATGCTGCTGCATTTTCTAAATTAATGCGGCCTTATCCTATTGATCCTGCTAAAGTTGATGGTATTATCTATCCGCTTGGTAGGACATATTCTAACATTACATTAGCTTATACTGGCCTTTTTCCTCTACAAGGAGATTTAGGTACTCAGTATTTGTATTCTGCAAGTCATGCTGTAGGTAACGATGGTGATCCTACAAAAGCTTATATTTCTAATTATTCACTATTGGTGAATGATTTTGATAACGGTTTTGTGGTACGAGTTGGTGCTGCAGCTAATTCTACTGGCACCATTGTAATCTCACCGTCTGTTCAAACTAAGATAAAAAAGGCTTATCCTGCTTTTATCTTAGGTTCTTCTCTTACTAATACATCGGCTGGTCAGCCATTGTATGCTAATTACAGCTTAACAATCATTCCTGATGGTTGTGGTACTGTGTTACATGCATTTTATTGCATATTAAAACCGCGCACTGGCAATAGGTGTCCTGGTGGTAGTGGTTATAATGCCTATTTTATTTATGAAACAATTCATAATGATTGTAATTCTGCAATTAACAAGAATGCTTCTCTTAATTCTTTTAAGAGCTTTTTTGATCTTGTTAATTGCACTTTCTTTAATAGTTGGGATATCACTGCTGATGAAGTAAAAGAGTGGTTTGGCATTACCCAAGACACTCAAGGTGTTCATCTCTACTCTTCTAGGAAAGGCGATTTATATGGTGGAAACATGTTTCGCTTTGCTACTTTACCTGTGTATGAGGGTATAAAATATTATACTGTCATACCCAGAAGTTTTCGGTCTAAGGCTAATAGAAGAGAAGCTTGGGCAGCATTTTATGTGTATAAATTACACCAGCTGACATACTTGTTAGATTTCTCAGTTGATGGTTATATACGTAGGACTATAGATTGTGGACATGATGATTTGTCACAGCTTCATTGTTCTTATACATCTTTTGAGGTTGACACTGGTGTCTATTCTGTTTCTTCATATGAAGCTTCAGCTATAGGAACCTTTATTGAACAACCTAATGCTACTGAGTGCGATTTTTCACCTATGTTTAAAGGTGTCGCACCTCAGGTTTATAATTTTAAAAGGTTGGTTTTTTCCAACTGTAATTATAATCTTACTAAACTCCTCTCTTTGTTTGCAGTTGATGAGTTTTCTTGTAATGGCATTTCACCTGATGCTATTGCACGAGGTTGTTATTCTACTTTAACAGTGGATTACTTTGCTTATCCACTTAGTATGAAGTCATATATTAGACCTGGTTCAGCAGGCAATATACCACTATATAATTATAAACAGTCTTTTGCCCACCCTACGTGTAGAGTTTTGGCATCTGTTCCTCCTAATGTTACTATTACTAAGCCTGAAGCTTATGGTTATATTTCTAAGTGTTCTCGCCTTACTGGTGATTATCAACACATTGAAACACCTTTATATATTAACCCTGGTGAGTATTCTATTTGTAGGGATTTTGCTCCTTTGGGATTTTCTGAAGATGGGCAGGTCTTTAAGCGTACTCTTACACAATTTGAGGGCGGTGGCCTTCTTATTGGGGTAGGTACTAGAGTACCTATGACTGCTAACCTTGAAATGGGTTTTGTTATCTCTGTTCAATATGGTGCTGGCACTGATAGTGTATGCCCCATGTTGGACTTAGGTGAGTCTTCAACTATCACTAACCGTTTAGGTAAGTGTGTAGATTATTCACTCTACGGTGTTACTGGTAGGGGTGTCTTTCAAAATTGTACAGCTGTTGGTGTTAAACAGCAGCGCTTTGTATATGACAGTTTTGACAATTTAGTTGGTTACTATTCTGATGATGGTAACTACTATTGCGTCAGACCTTGTGTAAGTGTACCTGTCTCTGTTATATATGACAAGAGTACAAATTTACATGCAACCTTATTTGGTAGCGTTGCTTGTGAGCACGTCACTACTATGATGTCACAATTTTCTCGCCTTACGCAAAGTAATTTGCGTAGACGTGATTCTAATGCACCTCTTCAAACAGCTGTTGGTTGTGTTATAGGTCTTTCTAATAATTCACTAGTAGTTAGTGAGTGTAAATTGCCTTTAGGCCAGTCACTTTGTGCAGTACCTTCTGTGTCTTTATTTAGAAGTTATAGCGCCAGCCAATTTCAACTTGCTGTGCTTAATTACACTTCTCCTATTGTTCTTACTCCTATTAATTCCAGTGGTTTTACCGCTGCAATTCCAACTAATTTTTCTTTTTCTGTTACACAGGAGTACATTGAAACATCCATTCAGAAGGTTACTGTTGATTGCAAACAGTATGTCTGTAATGGTTTTACTAGGTGTGAGAAATTACTGGTTGAATATGGGCAATTTTGCTCTAAAATTAACCAGGCCCTACATGGTGCAAATCTTAGACAAGATGAGTCTGTCTATAGTCTTTATAGTAATATTAAAACCACATCCACCCAAACTCTTGAGTATGGTTTAAATGGTGATTTTAATCTTACGTTACTACAAGTGCCACAAATTGGAGGTTCTCCCTCCGGTTATCGTAGTGCTATTGAAGACTTATTATTTGATAAAGTAACTATTGCAGATCCCGGTTATATGCAGGGATATGATGATTGCATGAAACAAGGTCCCCAGTCTGCTAGAGACCTTATTTGTGCTCAATATGTGTCTGGTTATAAAGTATTACCACCACTTTATGATCCTAATATGGAAGCTGCTTACACGTCTTCACTATTAGGTAGTATAGCGGGCGCTGGATGGACAGCTGGTCTTTCATCTTTTGCAGCTATACCTTTTGCACAAAGTATGTTTTATAGGTTGAATGGTGTTGGTATAACACAACAAGTTCTCTCTGAGAACCAAAAGTTGATTGCTAACAAGTTCAATCAGGCTCTAGGCGCTATGCAAACTGGTTTTACAACATCTAACCAAGCCTTTAGCAAGGTTCAGGATGCTGTAAATGCCAATGCACAAGCCCTCTCAAAGTTAGCATCAGAATTGTCTAACACTTTTGGTGCTATTTCATCATCTATCAGTGACATCCTTGCTAGGCTTGACACTGCTGAACAGGATGCACAAATTGATCGTTTGATCAATGGCCGCTTAACTTCTCTTAATGCATTTGTTTCACAACAACTTGTGCGCTCTGAAACTGCTGCTAGATCTGCTCAGTTGGCTAGTGATAAAGTCAACGAGTGTGTGAAATCACAATCCAAAAGAAATGGATTTTGCGGGTCTGGCACTCATATAGTATCATTTGTTGTTAATGCTCCAAATGGTTTTTATTTCTTTCACGTTGGCTATGTTCCAACAAATTATACTAATGTTACAGCAGCTTATGGTCTCTGTAACAATAATAACCCTCCTTTGTGTATTGCACCAATTGATGGGTATTTTATCACTAATCAAACTACCACTTATAGTGTTGATACCGAATGGTACTACACTGGTAGTTCTTTTTTCAAACCTGAACCCATAACCCAGGCTAATTCACGTTATGTTTCTAGTGATGTGAAATTTGAAAAACTTGAGAATAACTTACCACCTCCTCTCCTTGAGAATTCTACAGATGTAGATTTCAAGGATGAGTTGGAAGAATTTTTCAAGAACGTTACCTCGCATGGTCCTAACTTTGCAGAGATATCTAAGATTAACACTACACTGCTTGACCTCTCAGATGAGATGGCAATATTACAGGAAGTTGTTAAACAATTAAATGATTCCTACATTGATCTTAAAGAATTGGGGAATTATACTTATTATAACAAGTGGCCATGGTATATATGGCTAGGTTTTATTGCAGGCCTTGTTGCCTTATTACTATGTGTCTTTTTCCTATTATGCTGTACTGGTTGTGGTACTAGTTGCCTGGGAAAAATGAAGTGTAAGAATTGTTGTGATTCTTATGAAGAATATGATGTCGAAAAGATTCATGTTCAT >CZ01_S_AWH65877_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 ATGACACTCTTAATGTGTCTACTGATGTCCTTGTTAATTTTCGTAAGAGGCTGTGAATCACAGTTTGTTGATATGAGTCCAGCTAGTAACAATAGTGAATGTCTGGACTCGCAGGTTGATGCTGCTGCATTTTCTAAATTAATGTGGCCTTATCCTATTGATCCTGCTAAAGTTGATGGTATTATCTATCCGCTTGGTAGGACATATTCTAACATTACATTAGCTTATACTGGCCTTTTTCCTCTACAAGGAGATTTAGGTACTCAGTATTTGTATTCTGCAAGTCATGCTGTAGGTAACGATGGTGATCCTACAAAAGCTTATATTTCTAATTATTCACTATTGGTGAATGATTTTGATAACGGTTTTGTGGTACGAGTTGGTGCTGCAGCTAATTCTACTGGCACCATTGTAATCTCACCGTCTGTTCAAACTAAGATAAAAAAGGCTTATCCTGCTTTTATCTTAGGTTCTTCTCTTACTAATACATCGGCTGGTCAGCCATTGTATGCTAATTACAGCTTAACAATCATTCCTGATGGTTGTGGTACTGTGTTACATGCATTTTATTGCATATTAAAACCGCGCACTGGCAATAGGTGTCCTGGTGGTAGTGGTTATAATGCCTATTTTATTTATGAAACAATTCATAATGATTGTAATTCTGCAATTAACAAGAATGCTTCTCTTAATTCTTTTAAGAGCTTTTTTGATCTTGTTAATTGCACTTTCTTTAATAGTTGGGATATCACTGCTGATGAAGTAAAAGAGTGGTTTGGCATTACCCAAGACACTCAAGGTGTTCATCTCTACTCTTCTAGGAAAGGCGATTTATATGGTGGAAACATGTTTCGCTTTGCTACTTTACCTGTGTATGAGGGTATAAAATATTATACTGTCATACCCAGAAGTTTTCGGTCTAAGGCTAATAGAAGAGAAGCTTGGGCAGCATTTTATGTGTATAAATTACACCAGCTGACATACTTGTTAGATTTCTCAGTTGATGGTTATATACGTAGGACTATAGATTGTGAACATGATGATTTGTCACAGCTTCATTGTTCTTATACATCTTTTGAGGTTGACACTGGTGTCTATTCTGTTTCTTCATATGAAGCTTCAGCTATAGGAACCTTTATTGAACAACCTAATGCTACTGAGTGCGATTTTTCACCTATGTTTAAAGGTGTCGCACCTCAGGTTTATAATTTTAAAAGGTTGGTTTTTTCCAACTGTAATTATAATCTTACTAAACTCCTCTCTTTGTTTGCAGTTGATGAGTTTTCTTGTAATGGCATTTCACCTGATGCTATTGCACGAGGTTGTTATTCTACTTTAACAGTGGATTACTTTGCTTATCCACTTAGTATGAAGTCATATATTAGACCTGGTTCAGCAGGCAATATACCACTATATAATTATAAACAGTCTTTTGCCCACCCTACGTGTAGAGTTTTGGCATCTGTTCCTCCTAATGTTACTATTACTAAGCCTGAAGCTTATGGTTATATTTCTAAGTGTTCTCGCCTTACTGGTGATTATCAACACATTGAAACACCTTTATATATTAACCCTGGTGAGTATTCTATTTGTAGGGATTTTGCTCCTTTGGGATTTTCTGAAGATGGGCAGGTCTTTAAGCGTACTCTTACACAATTTGAGGGCGGTGGCCTTCTTATTGGGGTAGGTACTAGAGTACCTATGACTGCTAACCTTGAAATGGGTTTTGTTATCTCTGTTCAATATGGTGCTGGCACTGATAGTGTATGCCCCATGTTGGACTTAGGTGAGTCTTCAACTATCACTAACCGTTTAGGTAAGTGTGTAGATTATTCACTCTACGGTGTTACTGGTAGGGGTGTCTTTCAAAATTGTACAGCTGTTGGTGTTAAACAGCAGCGCTTTGTATATGACAGTTTTGACAATTTAGTTGGTTACTATTCTGATGATGGTAACTACTATTGCGTCAGACCTTGTGTCAGTGTACCTGTCTCTGTTATATATGACAAGAGTACAAATTTACATGCAACCTTATTTGGTAGCGTTGCTTGTGAGCACGTCACTACTATGATGTCACAATTTTCTCGCCTTACGCAAAGTAATTTGCGTAGACGTGATTCTAATGCACCTCTTCAAACAGCTGTTGGTTGTGTTATAGGTCTTTCTAATAATTCACTAGTAGTTAGTGAGTGTAAATTGCCTTTAGGCCAGTCACTTTGTGCAGTACCTTCTGTGTCATTATTTAGAAGTTATAGCGCCAGCCAATTTCAACTTGCTGTGCTTAATTACACTTCTCCTATTGTTCTTACTCCTATTAATTCCAGTGGTTTTACCGCTGCAATTCCAACTAATTTTTCTTTTTCTGTTACACAGGAGTACATTGAAACATCCATTCAGAAGGTTACTGTTGATTGCAAACAGTATGTCTGTAATGGTTTTACTAGGTGTGAGAAATTACTGGTTGAATATGGGCAATTTTGCTCTAAAATTAACCAGGCCCTACATGGTGCAAATCTTAGACAAGATGAGTCTGTCTATAGTCTTTATAGTAATATTAAAACCACATCCACCCAAACTCTTGAGTATGGTTTAAATGGTGATTTTAATCTTACGTTACTACAAGTGCCACAAATTGGAGGTTCTCCCTCCGGTTATCGTAGTGCTATTGAAGACTTATTATTTGATAAAGTAACTATTGCAGATCCCGGTTATATGCAGGGATATGATGATTGCATGAAACAAGGTCCCCAGTCTGCTAGAGACCTTATTTGTGCTCAATATGTGTCTGGTTATAAAGTATTACCACCACTTTATGATCCTAATATGGAAGCTGCTTACACGTCTTCACTATTAGGTAGTATAGCGGGCGCTGGATGGACAGCTGGTCTTTCATCTTTTGCAGCTATACCTTTTGCACAAAGTATGTTTTATAGGTTGAATGGTGTTGGTATAACACAACAAGTTCTCTCTGAGAACCAAAAGTTGATTGCTAACAAGTTCAATCAGGCTCTAGGCGCAATGCAAACTGGTTTTACAACATCTAACCAAGCCTTTAGCAAGGTTCAGGATGCTGTAAATGCCAATGCACAAGCCCTCTCAAAGTTAGCATCAGAATTGTCTAACACTTTTGGTGCTATTTCATCATCTATCAGTGACATCCTTGCTAGGCTTGACACTGTTGAACAGGATGCACAAATTGATCGTTTGATCAATGGCCGCTTAACTTCTCTTAATGCATTTGTTTCACAACAACTTGTGCGCTCTGAGACTGCTGCTAGATCTGCTCAGTTGGCTAGTGATAAAGTCAACGAGTGTGTGAAATCACAATCCAAAAGAAATGGATTTTGCGGGTCTGGCACTCATATAGTATCATTTGTTGTTAATGCTCCAAATGGTTTTTATTTCTTTCACGTTGGCTACGTTCCAACAAATTATACTAATGTTACAGCAGCTTATGGTCTCTGTAACAATAATAACCCTCCTTTGTGTATTGCACCAATTGATGGGTATTTTATCACTAATCAAACTACCACTTATAGTGTTGATACCGAATGGTACTACACTGGTAGTTCTTTTTTCAAACCTGAACCCATAACCCAGGCTAATTCACGTTATGTTTCTAGTGATGTGAAATTTGAAAAACTTGAGAATAACTTACCACCTCCTCTCCTTGAGAATTCTACAGATGTAGATTTCAAGGATGAGTTGGAAGAATTTTTCAAGAACGTTACCTCGCATGGTCCTAACTTTGCAGAGATATCTAAGATTAACACTACACTGCTTGACCTCTCAGATGAGATGGCAATATTACAGGAAGTTGTTAAACAATTAAATGATTCCTACATTGATCTTAAAGAATTGGGGAATTATACTTATTATAACAAGTGGCCATGGTATATATGGCTAGGTTTTATTGCAGGCCTTGTTGCCTTATTACTATGTGTCTTTTTCCTATTATGCTGTACTGGTTGTGGTACTAGTTGCCTGGGAAAAATGAAGTGTAAGAATTGTTGTGATTCTTATGAAGAATATGATGTCGAAAAGATTCATGTTCAT >CZ07_S_AWH65888_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 ATGACACGCTTAATGTGTCTACTGATGTCCTTGTTAATTTTCGTAAGAGGCTGTGATTCACAGTTTGTTGATATGAGTCCAGCTAGTAACAATAGTGAATGTCTTGACTCACAAGTTGATGCGGCTGCATTTTCTAAATTAATGTGGCCTTATCCTATTGATCCTGCTAAAGTTGATGGTATTATCTATCCGCTTGGTAGGACATATTCTAATATTACATTAGCATATACTGGCCTTTTTCCTTTACAAGGAGATTTAGGTACTCAGTTTTTGTATGCTGTAAGTCATGCTGTAGGTAACGATGGTGACCCTATAAAAGCTTATATTTCTAATTATTCACTATTGGTGAATGATTTTGATAATGGTTTCGTGGTACGAATTGGTGCTGCAGCTAATTCTACTGGCACTATTGTAATCTCACCATCTGTTCAAACTAAGATAAAAAAAGCTTATCCTGCTTTTATCTTAGGTTCTTCTCTTACTAATACATCGGCTGGGCTGCCATTGTATGCTAATTACAGTCTAACCATTATTCCTGATGGGTGTGGTACTGTGTTACATGCATTTTATTGCATATTAAAACCACGTACTGGTAACATGTGTCCTGGTGGTAGTGGTTATAATGCCTATTTTATTTATGAAACAATTCATAATGATTGTGACCCTGCAATTAACAAGAATGCTTCTCTTAATTCTTTTAAGACTTTCTTTGATCTTGTTAATTGCACTTTCTTTAATAGTTGGGATATCACCGCTGATGAAATTAAGGAGTGGTTTGGTATAACCCAAGACACTCAAGGTGTTCATCTCTACTCCTCTAGGAAAGGCGATCTATATGGTGGAAATATGTTTCGCTTTGCTACTTTACCTGTATATGAAGGTATAAAATATTATACTGTCATACCCAGAAGTTTTCGGTCTAAGGCTAATAGGAGAGAAGCTTGGGCTGCATTCTATGTGTATAAATTACACCAGCTGACATATTTGTTAGATTTTTCAGTTGATGGTTATATACGTAGGGCTATAGATTGTGGACATGACGATTTGTCACAACTCCATTGTTCTTATACATCTTTTGAGGTTGACACAGGTGTCTACTCTGTTTCTTCATACGAAGCTTCAGCTACAGGCACCTTTATTGAACAACCTAATGCTACTGAGTGCGATTTTTCACCTATGTTTACAGGTGTTGCTCCACAGGTTTATAATTTTAAAAGGTTGGTTTTTTCCAATTGTAATTATAATCTTACTAAACTCCTCTCTCTATTTGCAGTTGATGAGTTTTCTTGTAATGGAATTTCACCTGATGCTATTGCACGTGGTTGTTATTCTACTTTAACAGTGGATTACTTTGCTTATCCACTTAGTATGAAGTCTTATATTAGACCTGGTTCTGCAGGCAATATACCACTATATAATTATAAACAGTCTTTTGCCAACCCTACTTGTAGAGTTATGGCATCTGTTCCTCCTAATGTTACTATTACTAAGCCTGAAGCCTACGGTTATATTTCTAAGTGTTCTCGCCTTACTGGTGATAATGATCACATTGAGACATCATTATATATTAACCCTGGTGAGTATTCTATTTGTAGGGACTTTGCTCCTTGGGGATTTTCTGAAGATGGGCAGGTCTTTAAGCGTACTCTTACACAATTTGAGGGCGGTGGCCTTCTTATTGGAGTAGGTACTAGAGTACCTATGACTGCCAACCTTGAAATGGGTTTTGTTATCTCTGTTCAACATGGTGCTGGCACTGATAGTGTATGCCCCATGTTGGACTTAGGTGAGTCTTCAACTATCACTAACCGTTTAGGTAAGTGTGTAGACTATTCGCTCTACGGTGTTACAGGTAGGGGTGTCTTTCAAAATTGTACAGCTGTTGGTGTTAAACAGCAGCGCTTTGTATATGACAGTTTTGACAATTTAGTTGGTTACTATTCTGATGATGGTAACTACTATTGCGTCAGACCTTGTGTCAGTGTACCTGTCTCTGTTATATATGACAAGAGTACAAATTTACATGCAACCTTATTTGGTAGCGTTGCTTGTGAGCACGTCACTACTATGATGTCACAATTTTCTCGCCTTACGCAAAGTAATTTGCGTAGACGTGATTCTAATGCACCTCTTCAAACAGCTGTTGGTTGTGTTATAGGTCTTTCTAATAATTCACTAGTAGTTAGTGAGTGTAAATTGCCTTTAGGCCAGTCACTTTGTGCAGTACCTTCTGTGTCTTTATTTAGAAGTTATAGCGCCAGCCAATTTCAACTTGCTGTGCTTAATTACACTTCTCCTATTGTTCTTACTCCTATTAATTCCAGTGGTTTTACCGCTGCAATTCCAACTAATTTTTCTTTTTCTGTTACACAGGAGTACATTGAAACATCCATTCAGAAGGTTACTGTTGATTGCAAACAGTATGTCTGTAATGGTTTTACTAGGTGTGAGAAATTACTGGTTGAATATGGGCAATTTTGCTCTAAAATTAACCAGGCCCTACATGGTGCAAATCTTAGACAAGATGAGTCTGTCTATAGTCTTTATAGTAATATTAAAACCACATCCACCCAAACTCTTGAGTATGGTTTAAATGGTGATTTTAATCTTACGTTACTACAAGTGCCACAAATTGGAGGTTCTCCCTCCGGTTATCGTAGTGCTATTGAAGACTTATTATTTGATAAAGTAACTATTGCAGATCCCGGTTATATGCAGGGATATGATGATTGCATGAAACAAGGTCCCCAGTCTGCTAGAGACCTTATTTGTGCTCAATATGTGTCTGGTTATAAAGTATTACCACCACTTTATGATCCTAATATGGAAGCTGCTTACACGTCTTCACTATTAGGTAGTATAGCGGGCGCTGGATGGACAGCTGGTCTTTCATCTTTTGCAGCTATACCTTTTGCACAAAGTATGTTTTATAGGTTGAATGGTGTTGGTATAACACAACAAGTTCTCTCTGAGAACCAAAAGTTGATTGCTAACAAGTTCAATCAGGCTCTAGGCGCTATGCAAACTGGTTTTACAACATCTAACCAAGCCTTTAGCAAGGTTCAGGATGCTGTAAATGCCAATGCACAAGCCCTCTCAAAGTTAGCATCAGAATTGTCTAACACTTTTGGTGCTATTTCATCATCTATCAGTGACATCCTTGCTAGGCTTGACACTGTTGAACAGGATGCACAAATTGATCGTTTGATCAATGGCCGCTTAACTTCTCTTAATGCATTTGTTTCACAACAACTTGTGCGCTCTGAAACTGCTGCTAGATCTGCTCAGTTGGCTAGTGATAAAGTCAACGAGTGTGTGAAATCACAATCCAAAAGAAATGGATTTTGCGGGTCTGGCACTCATATAGTATCATTTGTTGTTAATGCTCCAAATGGTTTTTATTTCTTTCACGTTGGCTATGTTCCAACAAATTATACTAATGTTACAGCAGCTTATGGTCTCTGTAACAATAATAACCCTCCTTTGTGTATTGCACCAATTGATGGGTATTTTATCACTAATCAAACTACCACTTATAGTGTTGATACCGAATGGTACTACACTGGTAGTTCTTTTTTCAAACCTGAACCCATAACCCAGGCTAATTCACGTTATGTTTCTAGTGATGTGAAATTTGAAAAACTTGAGAATAACTTACCACCTCCTCTCCTTGAGAATTCTACAGATGTAGATTTCAAGGATGAGTTGGAAGAATTTTTCAAGAACGTTACCTCGCATGGTCCTAACTTTGCAGAGATATCTAAGATTAACACTACACTGCTTGACCTCTCAGATGAGATGGCAATATTACAGGAAGTTGTTAAACAATTAAATGATTCCTACATTGATCTTAAAGAATTGGGGAATTATACTTATTATAACAAGTGGCCATGGTATATATGGCTAGGTTTTATTGCAGGCCTTGTTGCCTTATTACTATGTGTCTTTTTCCTATTATGCTGTACTGGTTGTGGTACTAGTTGCCTGGGAAAAATGAAGTGTAAGAATTGTTGTGATTCTTATGAAGAATATGATGTCGAAAAGATTCATGTTCAT >HKU4_1_B04f_S_YP_001039953_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 ATGACACTCTTAATGTGTCTACTGATGTCCTTGTTAATTTTCGTAAGAGGCTGTGATTCACAATTTGTTGACATGAGTCCAGCTAGTAATACTAGTGAGTGTTTGGAGTCACAAGTTGACGCAGCTGCATTTTCTAAATTAATGTGGCCTTATCCTATTGATCCTTCCAAAGTTGATGGTATCATTTATCCACTTGGTAGGACATATTCTAATATTACATTAGCATATACTGGTCTTTTTCCCCTACAAGGAGATTTAGGTAGCCAGTATTTATATTCTGTAAGTCATGCTGTAGGTCATGATGGTGATCCTACAAAAGCTTATATTTCTAATTATTCACTATTGGTGAATGATTTTGATAACGGTTTTGTTGTACGAATTGGTGCTGCAGCTAATTCAACTGGCACCATTGTAATTTCACCGTCTGTTAATACTAAGATTAAAAAAGCTTATCCTGCTTTTATCTTAGGTTCGTCTCTTACTAATACATCGGCTGGTCAGCCATTGTATGCTAATTACAGTTTAACCATCATTCCTGATGGTTGTGGGACTGTGTTGCATGCTTTTTATTGCATATTAAAACCACGTACTGTGAATCGATGTCCTAGTGGTACTGGTTATGTGTCTTATTTTATTTATGAAACAGTTCATAATGATTGTCAGTCTACAATTAACAGGAACGCTTCTCTTAATTCTTTTAAGAGCTTTTTCGATCTTGTTAATTGTACTTTCTTTAATAGTTGGGATATCACTGCTGATGAAACAAAAGAGTGGTTTGGTATTACCCAAGACACTCAAGGTGTTCATCTCTACTCTTCTAGGAAAGGTGATTTATATGGCGGAAATATGTTTCGCTTTGCTACATTACCTGTGTACGAGGGTATAAAATATTACACTGTTATACCCAGAAGTTTTCGGTCTAAAGCTAACAAAAGAGAGGCTTGGGCTGCATTTTATGTGTATAAATTACATCAGCTGACTTACTTGTTAGATTTTTCTGTTGATGGTTATATACGTAGAGCTATAGATTGTGGACATGATGATTTGTCACAGCTCCATTGTTCTTATACATCTTTTGAAGTTGACACTGGTGTCTATTCTGTTTCTTCATATGAAGCTTCAGCTACTGGCACCTTTATTGAACAACCTAATGCTACTGAGTGTGATTTTTCACCTATGCTTACAGGTGTAGCTCCTCAGGTTTATAATTTTAAAAGGTTGGTTTTTTCCAATTGTAATTATAATCTTACTAAACTCCTCTCTTTGTTTGCAGTTGATGAGTTTTCTTGTAATGGAATTTCACCTGATTCTATTGCACGTGGTTGTTATTCTACTTTAACAGTGGATTATTTTGCCTATCCACTTAGTATGAAGTCATATATCAGACCTGGTTCTGCAGGCAATATACCACTTTACAATTATAAACAGTCTTTTGCCAATCCTACGTGTAGAGTTATGGCATCTGTTCTTGCTAATGTTACTATTACTAAGCCTCATGCTTATGGTTATATTTCCAAGTGTTCTCGTCTGACTGGTGCAAACCAAGATGTTGAAACACCATTATATATTAACCCTGGTGAGTACTCTATTTGTAGAGATTTTTCTCCTGGGGGTTTTTCTGAAGATGGTCAGGTCTTCAAGCGTACTCTTACCCAATTCGAGGGTGGTGGCTTGCTTATTGGAGTTGGCACTAGAGTACCTATGACTGATAACTTACAAATGAGTTTTATAATCTCTGTCCAATATGGTACCGGCACCGATAGTGTTTGCCCCATGTTGGACTTAGGTGATTCTTTAACTATCACTAACCGTTTAGGTAAGTGTGTAGATTATTCACTCTATGGTGTTACTGGTAGAGGTGTTTTTCAAAACTGTACTGCCGTTGGTGTTAAACAGCAGCGTTTTGTTTATGATAGCTTTGACAATTTAGTTGGTTACTATTCTGATGATGGTAACTACTATTGTGTCAGACCTTGTGTCAGTGTACCTGTGTCTGTTATATATGATAAAAGTACAAATTTACATGCGACTTTATTCGGTAGTGTTGCTTGTGAGCACGTTACTACAATGATGTCGCAATTTTCACGCCTTACTCAAAGTAATTTACGTAGGCGTGATTCTAATATACCTCTTCAAACAGCTGTTGGTTGTGTTATAGGTCTTTCTAATAACTCACTAGTAGTTAGTGATTGTAAATTGCCATTAGGCCAGTCACTTTGTGCAGTCCCTCCTGTGTCTACTTTTAGAAGTTATAGCGCTAGCCAATTTCAGCTTGCTGTGCTTAATTATACTTCTCCTATTGTTGTTACTCCTATTAATTCCAGTGGTTTTACCGCTGCAATTCCAACTAATTTTTCTTTTTCAGTTACACAGGAGTACATTGAAACATCCATTCAGAAGGTTACTGTAGATTGTAAACAGTATGTCTGTAATGGTTTTACTAGGTGTGAAAAGCTATTGGTTGAATATGGGCAATTTTGTTCCAAAATTAATCAAGCTTTACATGGTGCTAATCTTAGACAAGATGAGTCTGTTTATAGTCTTTATAGTAACATTAAAACCACCTCTACCCAAACTCTTGAGTATGGTTTAAATGGTGATTTTAATCTTACATTATTACAAGTACCACAAATTGGAGGTTCTTCCTCTAGTTATCGTAGTGCTATTGAAGACTTATTATTTGATAAGGTAACTATTGCAGATCCCGGTTATATGCAGGGCTATGATGATTGCATGAAACAAGGACCCCAGTCTGCTAGAGATCTTATTTGTGCTCAATATGTGTCTGGTTACAAAGTTTTACCACCACTTTATGACCCTAATATGGAAGCTGCTTACACATCTTCACTATTAGGTAGTATAGCAGGTGCTGGATGGACAGCTGGTCTTTCATCCTTTGCCGCTATACCTTTTGCACAAAGTATGTTTTATAGGTTGAATGGCGTTGGTATTACTCAACAAGTTCTCTCTGAGAACCAAAAGTTGATTGCTAACAAGTTTAACCAAGCCTTAGGTGCTATGCAAACTGGCTTTACAACATCTAACCTAGCTTTTAGCAAGGTTCAAGATGCTGTAAATGCCAATGCACAAGCACTTTCTAAGTTAGCATCAGAGTTGTCTAATACTTTTGGTGCTATTTCTTCATCTATTAGTGACATCCTTGCTAGGCTTGACACTGTTGAACAGGATGCGCAAATTGATCGTTTGATCAATGGTCGCTTAATTTCTCTTAACGCATTTGTTTCACAACAACTTGTGCGTTCTGAAACTGCTGCTAGATCTGCTCAGTTGGCTAGTGACAAAGTCAACGAGTGTGTAAAATCACAATCCAAGAGAAATGGGTTCTGTGGGTCTGGCACTCATATAGTATCATTTGTTGTTAATGCTCCAAATGGTTTTTATTTCTTTCATGTTGGTTATGTTCCAACAAATTATACTAATGTTACAGCTGCTTATGGTCTCTGTAACAATAACAACCCTCCTTTGTGCATTGCACCAATTGACGGGTATTTCATTACTAATCAGACTACCACTTATAGTGTTGATACCGAATGGTATTACACTGGTAGTTCTTTTTATAAACCTGAACCTATAACTCAGGCTAATTCACGTTATGTTTCTAGTGATGTGAAATTTGACAAACTTGAGAATAACTTACCACCTCCACTCCTTGAGAATTCTACTGATGTGGATTTTAAGGATGAATTGGAAGAATTTTTCAAGAATGTTACCTCGCATGGTCCTAACTTTGCAGAGATATCTAAGATTAACACTACACTGCTTGACCTTTCAGATGAGATGGCAATGTTGCAGGAAGTTGTTAAACAATTAAATGATTCCTACATTGATCTTAAAGAATTGGGAAATTATACTTATTATAACAAGTGGCCTTGGTACGTATGGCTAGGTTTTATTGCAGGCCTTGTTGCCTTATTATTGTGTGTCTTTTTCCTTCTATGCTGTACTGGTTGTGGTACTAGCTGCTTGGGAAAAATGAAGTGTAAGAATTGTTGTGATTCTTATGAAGAATATGATGTCGAAAAGATTCATGTTCAT >LMH1f_S_ABN10866_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 ATGACACTCTTAATGTGTCTACTGATGTCCTTGTTAATTTTCGTAAGAGGCTGTGATTCACAATTTGTTGACATGAGTCCAGCTAGTAATACTAGTGAGTGTTTGGAGTCACAAGTTGACGCAGCTGCATTTTCTAAATTAATGTGGCCTTATCCTATTGATCCTTCCAAAGTTGATGGTATCATTTATCCACTTGGTAGGACATATTCTAATATTACATTAGCATATACTGGTCTTTTTCCCCTACAAGGAGATTTAGGTAGCCAGTATTTATATTCTGTAAGTCATGCTGTAGGTCATGATGGTGATCCTACAAAAGCTTATATTTCTAATTATTCACTATTGGTGAATGATTTTGATAACGGTTTTGTTGTACGAATTGGTGCTGCAGCTAATTCAACTGGCACCATTGTAATTTCACCGTCTGTTAATACTAAGATTAAAAAAGCTTATCCTGCTTTTATCTTAGGTTCGTCTCTTACTAATACATCGGCTGGTCAGCCATTGTATGCTAATTACAGTTTAACCATCATTCCTGATGGTTGTGGGACTGTGTTGCATGCTTTTTATTGCATATTAAAACCACGTACTGGGAATCGATGTCCTAGTGGTACTGGTTATGTGTCTTATTTTATTTATGAAACACTTCATAATGATTGTCAGTCTACAATTAACAGGAACGCTTCCCTTAATTCTTTTAAGAGCTTTTTTGATCTTGTTAATTGTACTTTCTTTAATAGTTGGGATATCACTGCTGATGAAACAAAAGAGTGGTTTGGTATTACCCAAGACACTCAAGGTGTTCATCTCTACTCTTCTAGGAAAGGTGATTTATATGGCGGAAATATGTTTCGCTTTGCTACATTACCTGTGTACGAGGGTATAAAATATTACACTGTTATACCCAGAAGTTTTCGGTCTAAAGCTAACAAAAGAGAGTCTTGGGCTGCATTTTATGTGTATAAATTACATCAGCTGACTTACTTGTTAGATTTTTCTGTTGATGGTTATATACGTAGAGCTATAGATTGTGGACATGATGATTTGTCACAGCTCCATTGTTCTTATACATCTTTTGAAGTTGATACTGGTGTCTATTCTGTTTCTTCATATGAAGCTTCAGCTACTGGCACCTTTATTGAACAACCTAATGCTACTGAGTGTGATTTTTCACCTATGCTTACAGGTGTAGCTCCTCAGGTTTATAATTTTAAAAGGTTGGTTTTTTCCAATTGTAATTATAATCTTACTAAACTCCTCTCTTTGTTTGCAGTTGATGAGTTTTCTTGTAATGGAATTTCACCTGATGCTATTGCACGTGGTTGTTATTCTACTTTAACAGTGGATTATTTTGCCTATCCACTTAGTATGAAGTCATATATTAGACCTGGTTCTGCAGGCAATATACCACTTTACAATTATAAACAGTCTTTTGCCAATCCTACGTGTAGAGTTATGGCATCTGTTCCTGCTAATGTTACTATTACTAAGCCTCAGGCTTATGGTTATATTTCCAAGTGTTCTCGTCTGACTGGTGCAAACCAAGATGTTGAAACACCATTATATATTAACCCTGGTGAGTACTCTATTTGTAGAGATTTTTCTCCTGGGGGTTTTTCTGAAGATGGTCAGGTCTTCAAGCGTACTCTTACCCAATTCGAGGGTGGTGGCTTGCTCATTGGAGTTGGCACTAAAGTACCTATGACCGATAACTTACAAATGAGTTTTATAATCTCTGTCCAATATGGTACCGGCACCGATAGTGTTTGCCCCATGTTGGACTTAGGTGATTCTTTAACTATCACTAACCGTTTAGGTAAGTGTGTAGATTATTCACTCTATGGTGTTACTGGTAGAGGTGTTTTTCAAAACTGTTCTGCCGTTGGTGTTAAACAGCAGCGTTTTGTTTATGATAGCTTTGACAATTTAGTTGGTTACTATTCTGATGATGGTAACTACTATTGTGTCAGACCTTGTGTCAGTGTACCTGTGTCTGTTATATATGATAAAAGTACAAATTTACATGCGACTTTATTCGGTAGTGTTGCTTGTGAGCACGTTACTACAATGATGTCGCAATTTTCACGCCTTACTCAAAGTAATTTACGTATGCGTGATTCTAATATACCTCTTCAAACAGCTGTTGGTTGTGTTATAGGTCTTTCTAATAACTCACTAGTAGTTAGTAATTGTAAATTGCCATTAGGCCAGTCACTTTGTGCAGTCCCTCCTGTGTCTACTTTTAGAAGTTATAGCGCTAGCCAATTTCAGCTTGCTGTGCTTAATTATACTTCTCCTATTGTTGTTACTCCTATTAATTCCAGTGGTTTTACCGCTGCAATTCCAACTAATTTTTCTTTTTCAGTTACACAGGAGTACATTGAAACATCCATTCAGAAGGTTACTGTAGATTGTAAACAGTATGTCTGTAATGGTTTTACTAGGTGTGAAAAGCTATTGGTTGAATATGGGCAATTTTGTTCCAAAATTAATCAAGCTTTACATGGTGCTAATCTTAGACAAGATGAGTCTGTTTATAGTCTTTATAGTAACATTAAAACCACCTCTACCCAAACTCTTGAGTATGGTTTAAATGGTGATTTTAATCTTACATTGTTACAGGTACCACAAATTGGAGGTTCATCCTCTAGTTATCGTAGTGCTATTGAAGACTTATTATTTGATAAGGTAACTATTGCAGATCCTGGTTATATGCAGGGTTATGATGATTGCATGAAACAAGGACCCCAGTCTGCTAGGGATCTTATTTGTGCTCAATATGTGTCTGGTTATAAAGTTTTACCACCACTTTATGACCCTAATATGGAAGCTGCTTACACATCTTCACTATTAGGTAGTATAGCAGGTGCTGGATGGACAGCTGGTCTTTCATCCTTTGCCGCTATACCTTTTGCACAAAGTATGTTTTATAGGTTGAATGGCGTTGGTATTACTCAACAAGTTCTCTCTGAGAACCAAAAGTTGATTGCTAACAAGTTTAACCAAGCCTTAGGTGCTATGCAAACTGGCTTTACAACATCTAACCTAGCTTTTAGCAGGGTTCAAGATGCTGTAAATGCCAATGCACAAGCACTTTCTAAGTTAGCATCAGAGTTGTCTAATACTTTTGGTGCTATTTCTTCATCTATTAGTGACATCCTTGCTAGGCTTGACACTGTTGAACAGGATGCGCAAATTGATCGTTTGATCAATGGTCGCTTAACTTCTCTTAATGCATTTGTTTCACAACAACTTGTGCGTTCTGAAACGGCTGCTAGATCTGCTCAGTTGGCCAGTGATAAAGTCAACGAGTGTGTAAAATCACAATCCAAGAGAAATGGGTTTTGTGGGTCTGGCACTCATATAGTATCATTTGTTGTTAATGCTCCAAATGGTTTTTATTTCTTTCATGTTGGTTATGTTCCCACAAATTATACTAATGTTACAGCAGCTTATGGTCTCTGTAACAATAACAGCCCTCCTTTGTGCATTGCACCAATTGACGGGTATTTCATTACTAATCAGACTACCACTTATAGTATTGATACTGAATGGTATTACACTGGTAGTTCTTTTTTTAAACCTGAACCTATAACTCAGGTTAATTCACGTTATGTTTCTAGTGATGTGAAATTTGAAAAACTTGAGAATAACTTACCACCTCCACTCCTTGAGAATTCTACTGATGTGGATTTTAAGGATGAATTGGAAGAATTTTTCAAGAATGTTACCTCGCATGGTCCTAACTTTGCAGAGATATCTAAGATTAATACTACACTGCTTGACCTCTCAGATGAGATGGCAATATTGCAGGAAGTTGTTAAACAATTAAATGATTCCTACATTGATCTTAAAGAATTGGGGAATTATACTTATTATAACAAGTGGCCATGGTATATATGGCTAGGTTTTATTGCAGGCCTTGTTGCCTTATTATTGTGTGCCTTTTTCCTTCTATGCTGTACTGGTTGCGGTACTAGCTGCTTAGGAAAAATGAAGTGTAAGAATTGTTGTGATTCTTATGAAGAATATGATGTTGAAAAGATTCATGTTCAT >SM3A_NA_QQD78083_1_2010_08_16_Hong_Kong_Bat_Tylonycteris_bat_coronavirus_HKU4 ATGACACTCTTAATGTGTCTACTGATGTCCTTGTTAATTTTCGTAAGAGGCTGTGATTCACAATTTGTTGACATGAGTCCAGCTAGTAATACTAGTGAGTGTTTGGAGTCACAAGTTGACGCAGCTGCATTTTCTAAATTAATGTGGCCTTATCCTATTGATCCTTCCAAAGTTGATGGTATCATTTATCCACTTGGTAGGACATATTCTAATATTACATTAGCATATACTGGTCTTTTTCCCCTACAAGGAGATTTAGGTAGCCAGTATTTATATTCTGTAAGTCATGCTGTAGGTCATGATGGTGATCCTACAAAAGCTTATATTTCTAATTATTCACTATTGGTGAATGATTTTGATAACGGTTTTGTTGTACGAATTGGTGCTGCAGCTAATTCAACTGGCACCATTGTAATTTCACCGTCTGTTAATACTAAGATTAAAAAAGCTTATCCTGCTTTTATCTTAGGTTCGTCTCTTACTAATACATCGGCTGGTCAGCCATTGTATGCTAATTACAGTTTAACCATCATTCCTGATGGTTGTGGGACTGTGTTGCATGCTTTTTATTGCATAATAAAACCACGTACTGGGAATCGATGTCCTAGTGGTACTGGTTATGTGTCTTATTTTATTTATGAAACACTTCATAATGATTGTCAGTCTACAATTAACAGGAACGCTTCTCTTAATTCTTTTAAGAGCTTTTTCGATCTTGTTAATTGTACTTTCTTTAATAGTTGGGATATCACTGCTGATGAAACAAAAGAGTGGTTTGGTATTACCCAAGACACTCAAGGTGTTCATCTCTACTCTTCTAGGAAAGGTGATTTATATGGCGGAAATATGTTTCGCTTTGCTACATTACCTGTGTACGATGGTATAAAATATTACACTGTTATACCCAGAAGTTTTCGGTCTAAAGCTAACAAAAGAGAGGCTTGGGCTGCATTTTATGTGTATAAATTACATCAGCTGACTTACTTGTTAGATTTTTCTGTTGATGGTTATATACGTAGAGCTATAGATTGTGGACATGATGATTTGTCACAGCTCCATTGTTCTTATACATCTTTTGAAGTTGATACTGGTGTCTATTCTGTTTCTTCATATGAAGCTTCAGCTACTGGCACCTTTATTGAACAACCTAATGCTACTGAGTGTGATTTTTCACCTATGCTTACAGGTGTAGCTCCTCAGGTTTATAATTTTAAAAGGTTGGTTTTTTCCAATTGTAATTATAATCTTACTAAACTCCTCTCTTTGTTTGCAGTTGATGAGTTTTCTTGTAATGGAATTTCACCTGATGCTATTGCACGTGGTTGTTATTCTACTTTAACAGTGGATTATTTTGCCTATCCACTTAGTATGAAGTCATATATCAGACCTGGTTCTGCAGGCAATATACCACTTTACAATTATAAACAGTCTTTTGCCAATCCTACGTGTAGAGTTATGGCATCTGTTCCTGCTAATGTTACTATTACTAAGCCTGATGCTTATGGTTATATTTCCAAGTGTTCTCGTCTGACTGGTGCAAACCAAGATGTTGAAACACCATTATATATTAACCCTGGTGAGTACTCTATTTGTAGAGATTTTTCTCCTGGGGGTTTTTCTGAAGATGGTCAGGTCTTCAAGCGTACTCTTACCCAATTCGAGGGTGGTGGCTTGCTTATTGGAGTTGGCACTAGAGTACCTATGACTGATAACTTACAAATGAGTTTTATAATCTTTGTCCAATATGGTACCGGCACCGATAGTGTTTGCCCCATGTTGGACTTAGGTGATTCTTTAACTATCACTAACCGTTTAGGTAAGTGTGTAGATTATTCACTCTATGGTGTTACTGGTAGAGGTGTTTTTCAAAACTGTTCTGCCGTTGGTGTTAAACAGCAGCGTTTTGTTTATGATAGCTTTGACAATTTAGTTGGTTACTATTCTGATGATGGTAACTACTATTGTGTCAGACCTTGTGTCAGTGTACCTGTGTCTGTTATATATGATAAAAGTACAAATTTACATGCGACTTTATTCGGTAGTGTTGCTTGTGAGCACGTTACTACAATGATGTCGCAATTTTCACGCCTTACTCAAAGTAATTTACGTAGGCGTGATTCTAATATACCTCTTCAAACAGCTGTTGGTTGTGTTATAGGTCTTTCTAATAACTCACTAGTAGTTAGTGATTGTAAATTGCCATTAGGCCAGTCACTTTGTGCAGTCCCTCCTGTGTCTACTTTTAGAAGTTATAGCGCTAGCCAATTTCAGCTTGCTGTGCTTAATTATACTTCTCCTATTGTTGTTACTCCTATTAATTCCAGTGGTTTTACCGCTGCAATTCCAACTAATTTTTCTTTTTCAGTTACACAGGAGTACATTGAAACATCCATTCAGAAGGTTACTGTAGATTGTAAACAGTATGTCTGTAATGGTTTTACTAGGTGTGAAAAGCTATTGGTTGAATATGGGCAATTTTGTTCCAAAATTAACCAAGCTTTACATGGTGCTAATCTTAGACAAGATGAGTCTGTTTATAGTCTTTATAGTAACATTAAAACCACCTCTACCCAAACTCTTGATTATGGTTTAAATGGTGATTTTAATCTTACATTATTACAAGTACCACAAATTGGAGGTTCTTCCTCTAGTTATCGTAGTGCTATTGAAGACTTATTATTTGATAAGGTAACTATTGCAGATCCCGGTTATATGCAGGGCTATGATGATTGCATGAAACAAGGACCCCAGTCTGCTAGAGATCTTATTTGTGCTCAATATGTGTCTGGTTACAAAGTTTTACCACCACTTTATGACCCTAATATGGAAGCTGCTTACACATCTTCACTATTAGGTAGTATAGCAGGTGCTGGATGGACAGCTGGTCTTTCATCATTTGCCGCTATACCTTTTGCACAAAGTATGTTTTATAGGTTGAATGGTATTGGTATTACTCAACAAGTTCTCTCTGAGAACCAAAAGTTGATTGCTAACAAGTTTAACCAAGCCTTAGGTGCTATGCAAACTGGCTTTACAACATCTAACCTAGCTTTTAGCAAGGTTCAAGATGCTGTAAATGCCAATGCACAAGCACTTTCTAAGTTAGCATCAGAGTTGTCTAATACTTTTGGTGCTATTTCTTCATCTATTAGTGACATCCTTGCTAGGCTTGACACTGTTGAACAGGATGCGCAAATTGATCGTTTGATCAATGGTCGCTTAACTTCTCTTAACGCATTTGTTTCACAACAACTTGTGCGTTCTGAAACTGCTGCTAGATCTGCTCAGTTGGCTAGTGACAAAGTCAACGAGTGTGTAAAATCACAATCCAAGAGAAATGGGTTCTGTGGGTCTGGCACTCATATAGTATCATTTGTTGTTAATGCTCCAAATGGTTTTTATTTCTTTCATGTTGGTTATGTTCCAACAAATTATACTAATGTTACAGCTGCTTATGGTCTCTGTAACAATAACAACCCTCCTTTGTGCATTGCACCAATTGACGGGTATTTCATTACTAATCAGACTACCACTTATAGTGTTGATACCGAATGGTATTACACTGGTAGTTCTTTTTATAAACCTGAACCTATTACTCAGGCTAATTCACGTTATGTTTCTAGTGATGTGAAATTTGAAAAACTTGAGAATAACCTACCACCTCCACTCCTTGAGAATTCTACCGATGTGGATTTTAAGGATGAATTGGAAGAATTTTTCAAGAATGTTACCTCGCATGGTCCTAACTTTGCAGAGATATCTAAGATTAACACTACACTGCTTGACCTTTCAGATGAGATGGCAATATTGCAGGAAGTTGTTAAACAATTAAATGATTCCTATATTGATCTTAAAGAATTGGGAAATTATACTTATTATAACAAGTGGCCTTGGTACGTATGGCTAGGTTTTATTGCAGGCCTTGTTGCCTTATTATTGTGTGTCTTTTTCCTTCTATGCTGTACTGGTTGTGGTACTAGCTGCTTGGGAAAAATGAAGTGTAAGAATTGTTGTGATTCTTATGAAGAATATGATGTCGAAAAGATTCATGTTCAT >SZ140324_S_AWH65899_1_2014_04_23_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 ATGACACTCTTAATGTGTCTACTGATGTCCTTGTTAATTTTCGTAAGAGGCTGTGATTCACAATTTGTTGACATGAGTCCAGCTAGTAATACTAGTGAGTGTTTGGAGTCACAAGTTGATGCAGCTGCATTTTCTAAATTAATGTGGCCTTATCCTATTGATCCTTCCAAAGTTGATGGTATCATTTATCCACTTGGTAGGACATATTCTAATATTACATTAGCATATACTGGTCTTTTTCCCCTACAAGGAGATTTAGGTAGCCAGTATTTATATTCTGTAAGTCATGCTGTAGGTCATGATGGTGATCCTACAAAAGCTTATATTTCTAATTATTCACTATTGGTGAATGATTTTGATAACGGTTTTGTTGTACGAATTGGTGCTGCAGCTAATTCAACTGGCACCATTGTAATTTCACCGTCTGTTAATACTAAGATTAAAAAAGCTTATCCTGCTTTTATCTTAGGTTCGTCTCTTACTAATACATCGGCTGGTCAGCCATTGTATGCTAATTACAGTTTAACCATCATTCCTGATGGTTGTGGGACTGTGTTGCATGCTTTTTATTGCATATTAAAACCACGTACTGAGAATCGATGTCCTAGTGGTACTGGTTATGTGTCTTATTTTATTTATGAAACACTTCATAATGATTGTCAGTCTACAATTAACAGGAACGCTTCTCTTAATTCTTTTAAGAGTTTTTTCGATCTTGTTAATTGTACTTTCTTTAATAGTTGGGATATCACTGCTGATGAAACAAAAGAGTGGTTTGGTATTACCCAAGACACTCAAGGTGTTCATCTCTACTCTTCTAGGAAAGGTGATTTATATGGCGGAAATATGTTTCGCTTTGCTACATTACCTGTGTACGAGGGTATAAAATATTACACTGTTATACCCAGAAGTTTTCGGTCTAAAGCTAACAAAAGAGAGGCTTGGGCTGCATTTTATGTGTATAAATTACATCAGCTGACTTACTTGTTAGATTTTTCTGTTGATGGCTATATACGTAGAGCTATAGATTGTGGACATGATGATTTGTCACAGCTCCATTGTTCTTATACATCTTTTGAAGTTGATACTGGTGTCTATTCTGTTTCTTCATATGAAGCTTCAGCTACTGGCACCTTTATTGAACAACCTAATGCTACTGAGTGTGATTTTTCACCTATGCTTACAGGTGTAGCTCCTCAGGTTTATAATTTTAAAAGGTTGGTTTTTTCCAATTGTAATTATAATCTTACTAAACTCCTCTCTTTGTTTGCAGTTGATGAGTTTTCTTGTAATGGAATTTCACCTGATGCTATTGCACGTGGTTGTTATTCTACTCTAACAGTGGATTATTTTGCCTATCCACTTAGTATGAAGTCATATATCAGACCTGGTTCTGCAGGCAATATACCACTTTACAATTATAAACAGTCTTTTGCCAATCCTACGTGTAGAGTTATGGCATCTGTTCCTGCTAATGTTACTATTACTAAGCCTCAGGCTTATGGTTATATTTCCAAGTGTTCTCGTCTGACTGGTTCAAACCAAGATGTTGAAACACCATTATATATTAACCCTGGTGAGTACTCTATTTGTAGAGATTTTTCTCCTGGGGGTTTTTCTGAAGATGGTCAGGTCTTCAAGCGTACTCTTACCCAATTCGAGGGTGGTGGCTTGCTTATTGGAGTTGGCACTAGAGTACCTATGACTGATAACTTACAAATGAGTTTTATAATCTCTGTCCAATATGGTACCGGCACAGATAGTGTGTGCCCCATGTTGGACTTAGGTGATTCTTTAACTATCACTAACCGTCTAGGTAAGTGTGTAGATTATTCCCTCTATGGTGTTACTGGTAGAGGTGTTTTTCAAAATTGTACTGCTGTCGGTGTTAAACAGCAGCGTTTTGTTTATGATAGCTTTGACAATTTAGTTGGTTACTATTCTGACGATGGTAACTACTATTGTGTCAGACCTTGTGTCAGTGTACCTGTGTCTGTTATATATGATAAAAGTACAAATTTACATGCGACTTTATTCGGTAGTGTTGCTTGTGAGCACGTTACTACAATGATGTCGCAATTTTCACGCCTTACTCAAAGTAATTTACGTAGGCGTGATTCTAATATACCTCTTCAAACAGCTGTTGGTTGTGTTATAGGTCTTTCTAATAACTCACTAGTAGTTAGTGATTGTAAATTGCCATTAGGCCAGTCACTTTGTGCAGTCCCTCCTGTGTCTACTTTTAGAAGTTATAGCGCTAGCCAATTTCAGCTTGCTGTGCTTAATTATACTTCTCCTATTGTTGTTACTCCTATTAACTCCAGTGGTTTTACCGCTGCAATTCCAACTAATTTTTCTTTTTCAGTTACACAGGAGTACATTGAAACATCCATTCAGAAGGTTACTGTAGATTGTAAACAGTATGTCTGTAATGGTTTTACTAGGTGTGAAAAGCTATTGGTTGAATATGGGCAATTTTGTTCAAAAATTAACCAAGCTTTACATGGTGCTAATCTTAGACAAGATGAGTCTGTCTATAGTCTTTATAGTAACATTAAAACCACCTCTACCCAAACTCTTGAGTATGGTTTAAATGGTGATTTTAATCTTACATTGTTACAGGTACCACAAATTGGAGGTTCATCCTCTAGTTATCGTAGTGCTATTGAAGACTTATTATTTGATAAGGTAACTATTGCAGATCCTGGTTATATGCAGGGTTATGATGATTGCATGAAACAAGGACCCCAGTCTGCTAGGGATCTTATTTGTGCTCAATATGTGTCTGGTTATAAAGTTTTACCACCACTTTATGACCCTAATATGGAAGCTGCCTATACATCTTCACTATTAGGTAGTATAGCTGGTGCTGGGTGGACAGCTGGTCTTTCATCTTTTGCTGCTATACCTTTTGCACAAAGTATGTTTTATAGGTTGAATGGTGTTGGTATTACTCAACAAGTTCTCTCTGAGAATCAAAAGTTGATTGCTAACAAGTTTAACCAAGCCTTAGGTGCTATGCAAACTGGCTTTACAACATCTAACCTAGCTTTTAGCAAAGTTCAAGATGCTGTAAATGCCAATGCACAAGCACTCTCTAAGTTAGCATCAGAATTATCTAATACTTTTGGTGCTATTTCTTCATCTATTAGTGACATCCTTGCTAGGCTTGACACTGTTGAACAGGATGCGCAAATTGATCGTTTGATCAGTGGTCGCTTAACTTCTCTTAACGCATTTGTCTCACAACAACTTGTGCGTTCTGAAACTGCTGCTAGATCTGCTCAGTTGGCTAGTGACAAAGTCAATGAGTGTGTAAAATCACAATCCAAAAGAAATGGGTTTTGTGGGTCTGGCACTCATATAGTATCATTTGTTGTTAATGCTCCAAATGGTTTTTATTTCTTTCATGTTGGTTATGTTCCAACAAATTATACTAATGTTACAGCTGCTTATGGTCTCTGTAACAATAACAACCCTCCTTTGTGCATTGCACCAATTGACGGGTATTTCATTACTAATCAGACTACCACTTATAGTGTTGATACCGAATGGTATTACACTGGTAGTTCTTTTTATAAACCTGAACCTATAACGCAGGCTAATTCACGTTATGTTTCTAGTGATGTGAAATTTGAAAAACTTGAGAATAATTTACCACCTCCACTCCTTGAGAATTCTACTGATGTGGATTTTAAGGATGAATTGGAAGAATTTTTCAAGAATGTTACCTCGCATGGTCCTAACTTTGCAGAGATATCTAAGATTAATACTACACTGCTTGACCTTTCAGATGAGATGGCAATATTGCAGGAAGTTGTTAAACAATTAAATGATTCCTACATTGATCTTAAAGAATTGGGAAATTATACTTATTATAACAAGTGGCCTTGGTATATATGGCTAGGTTTTATTGCAGGCCTTGTTGCCTTATTATTGTGTGTCTTTTTCCTTCTATGCTGTACTGGTTGTGGTACTAGCTGCTTGGGAAAAATGAAGTGTAAGAATTGTTGTGATTCTTATGAAGAATATGATGTCGAAAAGATTCATGTTCAT
>B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWPYPIDPSKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGHDGDPTKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVNTKIKKAYPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTVNRCPSGTGYVSYFIYETVHNDCQSTINRNASLNSFKSFFDLVNCTFFNSWDITADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTVIPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLSQLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQVYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDAIARGCYSTLTVDYFAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVLANVTITKPHAYGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFSEDGQVFKRTLTQFEGGGLLIGVGTRVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLTITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDDGNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQSNLRRRDSNIPLQTAVGCVIGLSNNSLVVSDCKLPLGQSLCAVPPVSTFRSYSASQFQLAVLNYTSPIVVTPINSSGFTAAIPTNFSFSVTQEYIETSIQKVTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYSNIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIADPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSLLGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKFNQALGAMQTGFTTSNLAFSKVQDAVNANAQALSKLASELSNTFGAISSSISDILARLDTVEQDAQIDRLINGRLTSLNAFVSQQLVRSETAARSAQLASDKVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTAAYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQANSRYVSSDVKFDKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNFAEISKINTTLLDLSDEMAMLQEVVKQLNDSYIDLKELGNYTYYNKWPWYVWLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIHVH >B04f_S_ABN10839_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWPYPIDPSKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGHDGDPTKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVNTKIKKAYPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTVNRCPSGTGYVSYFIYETVHNDCQSTINRNASLNSFKSFFDLVNCTFFNSWDITADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTVIPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLSQLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQVYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDSIARGCYSTLTVDYFAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVLANVTITKPHAYGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFSEDGQVFKRTLTQFEGGGLLIGVGTRVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLTITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDDGNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQSNLRRRDSNIPLQTAVGCVIGLSNNSLVVSDCKLPLGQSLCAVPPVSTFRSYSASQFQLAVLNYTSPIVVTPINSSGFTAAIPTNFSFSVTQEYIETSIQKVTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYSNIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIADPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSLLGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKFNQALGAMQTGFTTSNLAFSKVQDAVNANAQALSKLASELSNTFGAISSSISDILARLDTVEQDAQIDRLINGRLISLNAFVSQQLVRSETAARSAQLASDKVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTAAYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQANSRYVSSDVKFDKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNFAEISKINTTLLDLSDEMAMLQEVVKQLNDSYIDLKELGNYTYYNKWPWYVWLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIHVH >B07f_S_ABN10857_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWPYPIDPSKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGHDGDPTKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVNTKIKKAYPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTVNRCPSGTGYVSYFIYETVHNDCQSTINRNASLNSFKSFFDLVNCTFFNSWDITADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTVIPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLSQLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQVYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPVAIARGCYSTLTVDYFAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVLANVTITKPHAYGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFSEDGQVFKRTLTQFEGGGLLIGVGTRVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLTITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDDGNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQSNLRRRDSNIPLQTAVGCVIGLSNNSLVVSDCKLPLGQSLCAVPPVSTFRSYSASQFQLAVLNYTSPIVVTPINSSGFTAAIPTNFSFSVTQEYIETSIQKVTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYSNIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIADPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSLLGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKFNQALGAMQTGFTTSNLAFSKVQDAVNANAQALSKLASELSNTFGAISSSISDILARLDTVEQDAQIDRLINGRLISLNAFVSQQLVRSETAARSAQLASDKVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTAAYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQANSRYVSSDVKFDKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNFAEISKINTTLLDLSDEMAMLQEVVKQLNDSYIDLKELGNYTYYNKWPWYVWLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIHVH >BtTp_GX2012_NA_AIA62352_1_2012_China_Bat_Tylonycteris_bat_coronavirus_HKU4 MTLLMCLLMSLLIFVRGCESQFVDMSPASNNSECLDSQVDAAAFSKLMRPYPIDPAKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGTQYLYSASHAVGNDGDPTKAYISNYSLLVNDFDNGFVVRVGAAANSTGTIVISPSVQTKIKKAYPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTGNRCPGGSGYNAYFIYETIHNDCNSAINKNASLNSFKSFFDLVNCTFFNSWDITADEVKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTVIPRSFRSKANRREAWAAFYVYKLHQLTYLLDFSVDGYIRRTIDCGHDDLSQLHCSYTSFEVDTGVYSVSSYEASAIGTFIEQPNATECDFSPMFKGVAPQVYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDAIARGCYSTLTVDYFAYPLSMKSYIRPGSAGNIPLYNYKQSFAHPTCRVLASVPPNVTITKPEAYGYISKCSRLTGDYQHIETPLYINPGEYSICRDFAPLGFSEDGQVFKRTLTQFEGGGLLIGVGTRVPMTANLEMGFVISVQYGAGTDSVCPMLDLGESSTITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDDGNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQSNLRRRDSNAPLQTAVGCVIGLSNNSLVVSECKLPLGQSLCAVPSVSLFRSYSASQFQLAVLNYTSPIVLTPINSSGFTAAIPTNFSFSVTQEYIETSIQKVTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYSNIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSPSGYRSAIEDLLFDKVTIADPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSLLGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKFNQALGAMQTGFTTSNQAFSKVQDAVNANAQALSKLASELSNTFGAISSSISDILARLDTAEQDAQIDRLINGRLTSLNAFVSQQLVRSETAARSAQLASDKVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTAAYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFFKPEPITQANSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNFAEISKINTTLLDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYIWLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIHVH >CZ01_S_AWH65877_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 MTLLMCLLMSLLIFVRGCESQFVDMSPASNNSECLDSQVDAAAFSKLMWPYPIDPAKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGTQYLYSASHAVGNDGDPTKAYISNYSLLVNDFDNGFVVRVGAAANSTGTIVISPSVQTKIKKAYPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTGNRCPGGSGYNAYFIYETIHNDCNSAINKNASLNSFKSFFDLVNCTFFNSWDITADEVKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTVIPRSFRSKANRREAWAAFYVYKLHQLTYLLDFSVDGYIRRTIDCEHDDLSQLHCSYTSFEVDTGVYSVSSYEASAIGTFIEQPNATECDFSPMFKGVAPQVYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDAIARGCYSTLTVDYFAYPLSMKSYIRPGSAGNIPLYNYKQSFAHPTCRVLASVPPNVTITKPEAYGYISKCSRLTGDYQHIETPLYINPGEYSICRDFAPLGFSEDGQVFKRTLTQFEGGGLLIGVGTRVPMTANLEMGFVISVQYGAGTDSVCPMLDLGESSTITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDDGNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQSNLRRRDSNAPLQTAVGCVIGLSNNSLVVSECKLPLGQSLCAVPSVSLFRSYSASQFQLAVLNYTSPIVLTPINSSGFTAAIPTNFSFSVTQEYIETSIQKVTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYSNIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSPSGYRSAIEDLLFDKVTIADPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSLLGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKFNQALGAMQTGFTTSNQAFSKVQDAVNANAQALSKLASELSNTFGAISSSISDILARLDTVEQDAQIDRLINGRLTSLNAFVSQQLVRSETAARSAQLASDKVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTAAYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFFKPEPITQANSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNFAEISKINTTLLDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYIWLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIHVH >CZ07_S_AWH65888_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 MTRLMCLLMSLLIFVRGCDSQFVDMSPASNNSECLDSQVDAAAFSKLMWPYPIDPAKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGTQFLYAVSHAVGNDGDPIKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVQTKIKKAYPAFILGSSLTNTSAGLPLYANYSLTIIPDGCGTVLHAFYCILKPRTGNMCPGGSGYNAYFIYETIHNDCDPAINKNASLNSFKTFFDLVNCTFFNSWDITADEIKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTVIPRSFRSKANRREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLSQLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMFTGVAPQVYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDAIARGCYSTLTVDYFAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVPPNVTITKPEAYGYISKCSRLTGDNDHIETSLYINPGEYSICRDFAPWGFSEDGQVFKRTLTQFEGGGLLIGVGTRVPMTANLEMGFVISVQHGAGTDSVCPMLDLGESSTITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDDGNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQSNLRRRDSNAPLQTAVGCVIGLSNNSLVVSECKLPLGQSLCAVPSVSLFRSYSASQFQLAVLNYTSPIVLTPINSSGFTAAIPTNFSFSVTQEYIETSIQKVTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYSNIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSPSGYRSAIEDLLFDKVTIADPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSLLGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKFNQALGAMQTGFTTSNQAFSKVQDAVNANAQALSKLASELSNTFGAISSSISDILARLDTVEQDAQIDRLINGRLTSLNAFVSQQLVRSETAARSAQLASDKVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTAAYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFFKPEPITQANSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNFAEISKINTTLLDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYIWLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIHVH >HKU4_1_B04f_S_YP_001039953_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWPYPIDPSKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGHDGDPTKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVNTKIKKAYPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTVNRCPSGTGYVSYFIYETVHNDCQSTINRNASLNSFKSFFDLVNCTFFNSWDITADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTVIPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLSQLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQVYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDSIARGCYSTLTVDYFAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVLANVTITKPHAYGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFSEDGQVFKRTLTQFEGGGLLIGVGTRVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLTITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDDGNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQSNLRRRDSNIPLQTAVGCVIGLSNNSLVVSDCKLPLGQSLCAVPPVSTFRSYSASQFQLAVLNYTSPIVVTPINSSGFTAAIPTNFSFSVTQEYIETSIQKVTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYSNIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIADPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSLLGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKFNQALGAMQTGFTTSNLAFSKVQDAVNANAQALSKLASELSNTFGAISSSISDILARLDTVEQDAQIDRLINGRLISLNAFVSQQLVRSETAARSAQLASDKVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTAAYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQANSRYVSSDVKFDKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNFAEISKINTTLLDLSDEMAMLQEVVKQLNDSYIDLKELGNYTYYNKWPWYVWLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIHVH >LMH1f_S_ABN10866_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWPYPIDPSKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGHDGDPTKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVNTKIKKAYPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTGNRCPSGTGYVSYFIYETLHNDCQSTINRNASLNSFKSFFDLVNCTFFNSWDITADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTVIPRSFRSKANKRESWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLSQLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQVYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDAIARGCYSTLTVDYFAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVPANVTITKPQAYGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFSEDGQVFKRTLTQFEGGGLLIGVGTKVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLTITNRLGKCVDYSLYGVTGRGVFQNCSAVGVKQQRFVYDSFDNLVGYYSDDGNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQSNLRMRDSNIPLQTAVGCVIGLSNNSLVVSNCKLPLGQSLCAVPPVSTFRSYSASQFQLAVLNYTSPIVVTPINSSGFTAAIPTNFSFSVTQEYIETSIQKVTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYSNIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIADPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSLLGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKFNQALGAMQTGFTTSNLAFSRVQDAVNANAQALSKLASELSNTFGAISSSISDILARLDTVEQDAQIDRLINGRLTSLNAFVSQQLVRSETAARSAQLASDKVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTAAYGLCNNNSPPLCIAPIDGYFITNQTTTYSIDTEWYYTGSSFFKPEPITQVNSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNFAEISKINTTLLDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYIWLGFIAGLVALLLCAFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIHVH >SM3A_NA_QQD78083_1_2010_08_16_Hong_Kong_Bat_Tylonycteris_bat_coronavirus_HKU4 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWPYPIDPSKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGHDGDPTKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVNTKIKKAYPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCIIKPRTGNRCPSGTGYVSYFIYETLHNDCQSTINRNASLNSFKSFFDLVNCTFFNSWDITADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYDGIKYYTVIPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLSQLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQVYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDAIARGCYSTLTVDYFAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVPANVTITKPDAYGYISKCSRLTGANQDVETPLYINPGEYSICRDFSPGGFSEDGQVFKRTLTQFEGGGLLIGVGTRVPMTDNLQMSFIIFVQYGTGTDSVCPMLDLGDSLTITNRLGKCVDYSLYGVTGRGVFQNCSAVGVKQQRFVYDSFDNLVGYYSDDGNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQSNLRRRDSNIPLQTAVGCVIGLSNNSLVVSDCKLPLGQSLCAVPPVSTFRSYSASQFQLAVLNYTSPIVVTPINSSGFTAAIPTNFSFSVTQEYIETSIQKVTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYSNIKTTSTQTLDYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIADPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSLLGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGIGITQQVLSENQKLIANKFNQALGAMQTGFTTSNLAFSKVQDAVNANAQALSKLASELSNTFGAISSSISDILARLDTVEQDAQIDRLINGRLTSLNAFVSQQLVRSETAARSAQLASDKVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTAAYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQANSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNFAEISKINTTLLDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYVWLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIHVH >SZ140324_S_AWH65899_1_2014_04_23_China_Unknown_Tylonycteris_bat_coronavirus_HKU4 MTLLMCLLMSLLIFVRGCDSQFVDMSPASNTSECLESQVDAAAFSKLMWPYPIDPSKVDGIIYPLGRTYSNITLAYTGLFPLQGDLGSQYLYSVSHAVGHDGDPTKAYISNYSLLVNDFDNGFVVRIGAAANSTGTIVISPSVNTKIKKAYPAFILGSSLTNTSAGQPLYANYSLTIIPDGCGTVLHAFYCILKPRTENRCPSGTGYVSYFIYETLHNDCQSTINRNASLNSFKSFFDLVNCTFFNSWDITADETKEWFGITQDTQGVHLYSSRKGDLYGGNMFRFATLPVYEGIKYYTVIPRSFRSKANKREAWAAFYVYKLHQLTYLLDFSVDGYIRRAIDCGHDDLSQLHCSYTSFEVDTGVYSVSSYEASATGTFIEQPNATECDFSPMLTGVAPQVYNFKRLVFSNCNYNLTKLLSLFAVDEFSCNGISPDAIARGCYSTLTVDYFAYPLSMKSYIRPGSAGNIPLYNYKQSFANPTCRVMASVPANVTITKPQAYGYISKCSRLTGSNQDVETPLYINPGEYSICRDFSPGGFSEDGQVFKRTLTQFEGGGLLIGVGTRVPMTDNLQMSFIISVQYGTGTDSVCPMLDLGDSLTITNRLGKCVDYSLYGVTGRGVFQNCTAVGVKQQRFVYDSFDNLVGYYSDDGNYYCVRPCVSVPVSVIYDKSTNLHATLFGSVACEHVTTMMSQFSRLTQSNLRRRDSNIPLQTAVGCVIGLSNNSLVVSDCKLPLGQSLCAVPPVSTFRSYSASQFQLAVLNYTSPIVVTPINSSGFTAAIPTNFSFSVTQEYIETSIQKVTVDCKQYVCNGFTRCEKLLVEYGQFCSKINQALHGANLRQDESVYSLYSNIKTTSTQTLEYGLNGDFNLTLLQVPQIGGSSSSYRSAIEDLLFDKVTIADPGYMQGYDDCMKQGPQSARDLICAQYVSGYKVLPPLYDPNMEAAYTSSLLGSIAGAGWTAGLSSFAAIPFAQSMFYRLNGVGITQQVLSENQKLIANKFNQALGAMQTGFTTSNLAFSKVQDAVNANAQALSKLASELSNTFGAISSSISDILARLDTVEQDAQIDRLISGRLTSLNAFVSQQLVRSETAARSAQLASDKVNECVKSQSKRNGFCGSGTHIVSFVVNAPNGFYFFHVGYVPTNYTNVTAAYGLCNNNNPPLCIAPIDGYFITNQTTTYSVDTEWYYTGSSFYKPEPITQANSRYVSSDVKFEKLENNLPPPLLENSTDVDFKDELEEFFKNVTSHGPNFAEISKINTTLLDLSDEMAILQEVVKQLNDSYIDLKELGNYTYYNKWPWYIWLGFIAGLVALLLCVFFLLCCTGCGTSCLGKMKCKNCCDSYEEYDVEKIHVH
Reading sequence file /data//pss_subsets/B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4.result/original_alignment/codeml/fasta/B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4.result.1
Found 10 sequences of length 4056
Alignment looks like a valid DNA alignment.
Estimated diversity is (pairwise deletion - ignoring missing/ambig): 4.0%
Found 300 informative sites.
Writing alignment of informative sites to: Phi.inf.sites
Writing list of informative sites to: Phi.inf.list
Calculating all pairwise incompatibilities...
Done: 0.0% 55.6% 89.0%100.0%
Using a window size of 80 with k as 6
Calculating analytical mean and variance
Doing permutation test for PHI
Doing permutation test for NSS
Doing Permutation test for MAXCHI
Writing alignment of polymorphic unambig sites to: Phi.poly.sites
Window size is 270 polymorphic sites
**p-Value(s)**
----------
NSS: 3.80e-02 (1000 permutations)
Max Chi^2: 0.00e+00 (1000 permutations)
PHI (Permutation): 6.80e-02 (1000 permutations)
PHI (Normal): 5.44e-02
#NEXUS
[ID: 1993186512]
begin taxa;
dimensions ntax=10;
taxlabels
B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4
SZ140324_S_AWH65899_1_2014_04_23_China_Unknown_Tylonycteris_bat_coronavirus_HKU4
B04f_S_ABN10839_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4
B07f_S_ABN10857_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4
BtTp_GX2012_NA_AIA62352_1_2012_China_Bat_Tylonycteris_bat_coronavirus_HKU4
CZ01_S_AWH65877_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4
CZ07_S_AWH65888_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4
HKU4_1_B04f_S_YP_001039953_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4
LMH1f_S_ABN10866_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4
SM3A_NA_QQD78083_1_2010_08_16_Hong_Kong_Bat_Tylonycteris_bat_coronavirus_HKU4
;
end;
begin trees;
translate
1 B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4,
2 SZ140324_S_AWH65899_1_2014_04_23_China_Unknown_Tylonycteris_bat_coronavirus_HKU4,
3 B04f_S_ABN10839_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4,
4 B07f_S_ABN10857_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4,
5 BtTp_GX2012_NA_AIA62352_1_2012_China_Bat_Tylonycteris_bat_coronavirus_HKU4,
6 CZ01_S_AWH65877_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4,
7 CZ07_S_AWH65888_1_2012_11_01_China_Unknown_Tylonycteris_bat_coronavirus_HKU4,
8 HKU4_1_B04f_S_YP_001039953_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4,
9 LMH1f_S_ABN10866_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4,
10 SM3A_NA_QQD78083_1_2010_08_16_Hong_Kong_Bat_Tylonycteris_bat_coronavirus_HKU4
;
[Note: This tree contains information on the topology,
branch lengths (if present), and the probability
of the partition indicated by the branch.]
tree con_50_majrule = (1:2.319408e-04,((2:1.218512e-02,9:1.014269e-02)0.921:3.616716e-03,((5:8.347521e-04,6:2.037912e-03)1.000:1.245923e-02,7:2.263231e-02)1.000:1.652750e-01,10:4.217863e-03)0.995:2.358787e-03,((3:2.111668e-04,8:2.233475e-04)0.996:5.397289e-04,4:5.271959e-04)0.923:4.948250e-04);
[Note: This tree contains information only on the topology
and branch lengths (median of the posterior probability density).]
tree con_50_majrule = (1:2.319408e-04,((2:1.218512e-02,9:1.014269e-02):3.616716e-03,((5:8.347521e-04,6:2.037912e-03):1.245923e-02,7:2.263231e-02):1.652750e-01,10:4.217863e-03):2.358787e-03,((3:2.111668e-04,8:2.233475e-04):5.397289e-04,4:5.271959e-04):4.948250e-04);
end;
Estimated marginal likelihoods for runs sampled in files
"/data/mrbayes_input.nex.run1.p" and "/data/mrbayes_input.nex.run2.p":
(Use the harmonic mean for Bayes factor comparisons of models)
(Values are saved to the file /data/mrbayes_input.nex.lstat)
Run Arithmetic mean Harmonic mean
--------------------------------------
1 -7821.04 -7838.20
2 -7820.91 -7836.07
--------------------------------------
TOTAL -7820.97 -7837.62
--------------------------------------
Model parameter summaries over the runs sampled in files
"/data/mrbayes_input.nex.run1.p" and "/data/mrbayes_input.nex.run2.p":
Summaries are based on a total of 3002 samples from 2 runs.
Each run produced 2001 samples of which 1501 samples were included.
Parameter summaries saved to file "/data/mrbayes_input.nex.pstat".
95% HPD Interval
--------------------
Parameter Mean Variance Lower Upper Median min ESS* avg ESS PSRF+
------------------------------------------------------------------------------------------------------
TL{all} 0.242071 0.000454 0.201664 0.284285 0.241223 1288.50 1298.17 1.000
r(A<->C){all} 0.058752 0.000257 0.030157 0.091581 0.057685 833.83 893.39 1.000
r(A<->G){all} 0.258162 0.001093 0.195717 0.322843 0.256821 717.26 798.50 1.000
r(A<->T){all} 0.080006 0.000162 0.056886 0.105909 0.079150 1146.59 1152.94 1.000
r(C<->G){all} 0.023452 0.000155 0.001196 0.046788 0.021634 771.01 830.54 1.000
r(C<->T){all} 0.527187 0.001282 0.461634 0.598065 0.527485 782.10 863.94 1.000
r(G<->T){all} 0.052441 0.000122 0.031776 0.073859 0.051737 1089.91 1220.82 1.000
pi(A){all} 0.266089 0.000049 0.252586 0.280025 0.266064 908.54 909.64 1.000
pi(C){all} 0.175075 0.000034 0.164186 0.186427 0.174972 929.94 993.44 1.000
pi(G){all} 0.192346 0.000037 0.179807 0.203526 0.192163 978.55 1048.62 1.000
pi(T){all} 0.366490 0.000053 0.351823 0.380616 0.366455 903.52 1007.16 1.000
alpha{1,2} 0.039281 0.000686 0.000017 0.086621 0.036592 1112.11 1134.69 1.000
alpha{3} 5.580716 3.151832 2.435662 8.905364 5.304202 1407.30 1451.97 1.000
pinvar{all} 0.602511 0.000801 0.545546 0.658661 0.603723 1281.29 1282.30 1.000
------------------------------------------------------------------------------------------------------
* Convergence diagnostic (ESS = Estimated Sample Size); min and avg values
correspond to minimal and average ESS among runs.
ESS value below 100 may indicate that the parameter is undersampled.
+ Convergence diagnostic (PSRF = Potential Scale Reduction Factor; Gelman
and Rubin, 1992) should approach 1.0 as runs converge.
CODONML (in paml version 4.9h, March 2018) /data/fasta_checked/B05f_S_ABN10848_1_NA_China_Bat_Tylonycteris_bat_coronavirus_HKU4.result.1
Model: One dN/dS ratio,
Codon frequency model: F3x4
Site-class models:
ns = 10 ls = 1352
Codon usage in sequences
--------------------------------------------------------------------------------------------------------------------------------------
Phe TTT 60 60 60 64 64 63 | Ser TCT 59 60 59 59 58 58 | Tyr TAT 66 66 66 68 67 63 | Cys TGT 38 38 38 33 33 33
TTC 11 11 11 9 9 11 | TCC 11 11 11 8 8 9 | TAC 15 15 15 13 14 15 | TGC 6 6 6 11 11 11
Leu TTA 39 39 39 37 37 36 | TCA 25 25 25 27 28 26 | *** TAA 0 0 0 0 0 0 | *** TGA 0 0 0 0 0 0
TTG 24 24 24 21 21 18 | TCG 4 4 4 3 3 3 | TAG 0 0 0 0 0 0 | Trp TGG 9 9 9 8 9 10
--------------------------------------------------------------------------------------------------------------------------------------
Leu CTT 37 37 37 36 36 36 | Pro CCT 34 34 34 37 37 36 | His CAT 16 16 16 12 12 13 | Arg CGT 13 13 13 8 8 10
CTC 9 9 9 10 10 10 | CCC 5 5 5 6 6 6 | CAC 1 1 1 5 5 4 | CGC 3 3 3 7 7 7
CTA 9 9 9 12 12 14 | CCA 17 17 17 13 13 16 | Gln CAA 36 36 36 34 34 35 | CGA 2 2 2 2 2 1
CTG 4 4 4 6 6 6 | CCG 1 1 1 3 3 1 | CAG 22 22 22 24 24 21 | CGG 1 1 1 2 1 1
--------------------------------------------------------------------------------------------------------------------------------------
Ile ATT 44 45 45 41 41 43 | Thr ACT 57 56 56 51 51 50 | Asn AAT 57 57 57 59 59 62 | Ser AGT 29 29 29 27 27 28
ATC 9 9 9 11 11 10 | ACC 14 14 14 11 11 12 | AAC 25 25 25 24 24 22 | AGC 7 7 7 6 6 4
ATA 15 15 15 18 18 19 | ACA 26 26 26 26 26 28 | Lys AAA 31 31 31 31 31 30 | Arg AGA 15 15 15 14 14 13
Met ATG 22 22 22 20 20 22 | ACG 1 1 1 4 4 3 | AAG 22 22 22 23 23 23 | AGG 8 8 8 10 10 10
--------------------------------------------------------------------------------------------------------------------------------------
Val GTT 57 57 58 48 49 49 | Ala GCT 54 53 54 54 52 53 | Asp GAT 57 57 56 55 55 53 | Gly GGT 64 64 64 63 63 63
GTC 10 10 10 13 14 13 | GCC 7 7 7 8 8 10 | GAC 14 14 14 12 12 17 | GGC 14 14 14 18 18 16
GTA 17 17 17 19 18 19 | GCA 23 23 23 29 30 27 | Glu GAA 24 24 24 28 28 27 | GGA 10 10 10 10 9 11
GTG 14 14 14 13 13 12 | GCG 2 2 2 1 1 2 | GAG 20 20 20 21 22 21 | GGG 6 6 6 6 6 7
--------------------------------------------------------------------------------------------------------------------------------------
------------------------------------------------------------------------------------------------------
Phe TTT 60 63 61 61 | Ser TCT 60 59 59 59 | Tyr TAT 66 67 67 69 | Cys TGT 38 37 38 38
TTC 11 9 11 10 | TCC 11 12 10 10 | TAC 15 13 14 12 | TGC 6 7 6 6
Leu TTA 39 39 37 37 | TCA 25 26 26 27 | *** TAA 0 0 0 0 | *** TGA 0 0 0 0
TTG 24 24 24 24 | TCG 4 4 4 4 | TAG 0 0 0 0 | Trp TGG 9 9 9 9
------------------------------------------------------------------------------------------------------
Leu CTT 37 35 37 36 | Pro CCT 34 35 35 36 | His CAT 16 15 15 15 | Arg CGT 13 13 13 13
CTC 9 11 9 10 | CCC 5 5 5 4 | CAC 1 1 1 1 | CGC 3 3 3 3
CTA 9 9 10 11 | CCA 17 17 17 17 | Gln CAA 36 35 36 35 | CGA 2 2 2 2
CTG 4 4 4 4 | CCG 1 1 1 1 | CAG 22 24 22 24 | CGG 1 1 1 1
------------------------------------------------------------------------------------------------------
Ile ATT 45 46 46 44 | Thr ACT 56 55 55 56 | Asn AAT 57 60 56 59 | Ser AGT 29 29 29 31
ATC 9 8 9 9 | ACC 14 14 15 13 | AAC 25 22 26 22 | AGC 7 8 7 6
ATA 15 17 16 17 | ACA 26 26 26 27 | Lys AAA 31 32 31 33 | Arg AGA 15 13 15 14
Met ATG 22 22 21 21 | ACG 1 2 1 2 | AAG 22 21 22 20 | AGG 8 9 8 9
------------------------------------------------------------------------------------------------------
Val GTT 57 57 55 52 | Ala GCT 53 50 54 56 | Asp GAT 57 58 61 58 | Gly GGT 64 65 65 65
GTC 10 8 10 13 | GCC 7 9 7 6 | GAC 14 11 12 12 | GGC 14 13 13 13
GTA 17 16 17 16 | GCA 23 24 23 21 | Glu GAA 24 25 25 26 | GGA 10 9 10 9
GTG 14 13 13 14 | GCG 2 2 2 2 | GAG 20 20 18 20 | GGG 6 8 7 7
------------------------------------------------------------------------------------------------------
Codon position x base (3x4) table for each sequence.
#1: C1
position 1: T:0.27145 C:0.15533 A:0.28254 G:0.29068
position 2: T:0.28180 C:0.25148 A:0.30030 G:0.16642
position 3: T:0.54882 C:0.11908 A:0.21376 G:0.11834
Average T:0.36736 C:0.17530 A:0.26553 G:0.19181
#2: C2
position 1: T:0.27219 C:0.15533 A:0.28254 G:0.28994
position 2: T:0.28254 C:0.25074 A:0.30030 G:0.16642
position 3: T:0.54882 C:0.11908 A:0.21376 G:0.11834
Average T:0.36785 C:0.17505 A:0.26553 G:0.19157
#3: C3
position 1: T:0.27145 C:0.15533 A:0.28254 G:0.29068
position 2: T:0.28328 C:0.25074 A:0.29956 G:0.16642
position 3: T:0.54882 C:0.11908 A:0.21376 G:0.11834
Average T:0.36785 C:0.17505 A:0.26529 G:0.19181
#4: C4
position 1: T:0.26701 C:0.16050 A:0.27811 G:0.29438
position 2: T:0.27959 C:0.25148 A:0.30251 G:0.16642
position 3: T:0.52885 C:0.12722 A:0.22189 G:0.12204
Average T:0.35848 C:0.17973 A:0.26750 G:0.19428
#5: C5
position 1: T:0.26775 C:0.15976 A:0.27811 G:0.29438
position 2: T:0.28033 C:0.25074 A:0.30325 G:0.16568
position 3: T:0.52663 C:0.12870 A:0.22189 G:0.12278
Average T:0.35823 C:0.17973 A:0.26775 G:0.19428
#6: C6
position 1: T:0.26331 C:0.16050 A:0.28033 G:0.29586
position 2: T:0.28180 C:0.25148 A:0.30030 G:0.16642
position 3: T:0.52737 C:0.13092 A:0.22337 G:0.11834
Average T:0.35750 C:0.18097 A:0.26800 G:0.19354
#7: C7
position 1: T:0.27219 C:0.15533 A:0.28254 G:0.28994
position 2: T:0.28254 C:0.25074 A:0.30030 G:0.16642
position 3: T:0.54882 C:0.11908 A:0.21376 G:0.11834
Average T:0.36785 C:0.17505 A:0.26553 G:0.19157
#8: C8
position 1: T:0.27293 C:0.15607 A:0.28402 G:0.28698
position 2: T:0.28180 C:0.25222 A:0.29882 G:0.16716
position 3: T:0.55030 C:0.11391 A:0.21450 G:0.12130
Average T:0.36834 C:0.17406 A:0.26578 G:0.19181
#9: C9
position 1: T:0.27071 C:0.15607 A:0.28328 G:0.28994
position 2: T:0.28107 C:0.25148 A:0.30030 G:0.16716
position 3: T:0.55178 C:0.11686 A:0.21524 G:0.11612
Average T:0.36785 C:0.17480 A:0.26627 G:0.19107
#10: C10
position 1: T:0.27071 C:0.15754 A:0.28328 G:0.28846
position 2: T:0.28033 C:0.25222 A:0.30030 G:0.16716
position 3: T:0.55325 C:0.11095 A:0.21598 G:0.11982
Average T:0.36810 C:0.17357 A:0.26652 G:0.19181
Sums of codon usage counts
------------------------------------------------------------------------------
Phe F TTT 616 | Ser S TCT 590 | Tyr Y TAT 665 | Cys C TGT 364
TTC 103 | TCC 101 | TAC 141 | TGC 76
Leu L TTA 379 | TCA 260 | *** * TAA 0 | *** * TGA 0
TTG 228 | TCG 37 | TAG 0 | Trp W TGG 90
------------------------------------------------------------------------------
Leu L CTT 364 | Pro P CCT 352 | His H CAT 146 | Arg R CGT 117
CTC 96 | CCC 52 | CAC 21 | CGC 42
CTA 104 | CCA 161 | Gln Q CAA 353 | CGA 19
CTG 46 | CCG 14 | CAG 227 | CGG 11
------------------------------------------------------------------------------
Ile I ATT 440 | Thr T ACT 543 | Asn N AAT 583 | Ser S AGT 287
ATC 94 | ACC 132 | AAC 240 | AGC 65
ATA 165 | ACA 263 | Lys K AAA 312 | Arg R AGA 143
Met M ATG 214 | ACG 20 | AAG 220 | AGG 88
------------------------------------------------------------------------------
Val V GTT 539 | Ala A GCT 533 | Asp D GAT 567 | Gly G GGT 640
GTC 111 | GCC 76 | GAC 132 | GGC 147
GTA 173 | GCA 246 | Glu E GAA 255 | GGA 98
GTG 134 | GCG 18 | GAG 202 | GGG 65
------------------------------------------------------------------------------
Codon position x base (3x4) table, overall
position 1: T:0.26997 C:0.15717 A:0.28173 G:0.29112
position 2: T:0.28151 C:0.25133 A:0.30059 G:0.16657
position 3: T:0.54334 C:0.12049 A:0.21679 G:0.11938
Average T:0.36494 C:0.17633 A:0.26637 G:0.19236
Model 1: NearlyNeutral (2 categories)
TREE # 1: (1, ((10, 8), ((4, 5), 6), 9), ((2, 7), 3)); MP score: 426
lnL(ntime: 16 np: 19): -7395.110574 +0.000000
11..1 11..12 12..13 13..10 13..8 12..14 14..15 15..4 15..5 14..6 12..9 11..16 16..17 17..2 17..7 16..3
0.000004 0.005651 0.009393 0.028974 0.025122 0.251939 0.028190 0.002396 0.003895 0.049121 0.010309 0.000786 0.000787 0.000004 0.000004 0.000787 3.042288 0.952844 0.022292
Note: Branch length is defined as number of nucleotide substitutions per codon (not per neucleotide site).
tree length = 0.417362
(1: 0.000004, ((10: 0.028974, 8: 0.025122): 0.009393, ((4: 0.002396, 5: 0.003895): 0.028190, 6: 0.049121): 0.251939, 9: 0.010309): 0.005651, ((2: 0.000004, 7: 0.000004): 0.000787, 3: 0.000787): 0.000786);
(C1: 0.000004, ((C10: 0.028974, C8: 0.025122): 0.009393, ((C4: 0.002396, C5: 0.003895): 0.028190, C6: 0.049121): 0.251939, C9: 0.010309): 0.005651, ((C2: 0.000004, C7: 0.000004): 0.000787, C3: 0.000787): 0.000786);
Detailed output identifying parameters
kappa (ts/tv) = 3.04229
MLEs of dN/dS (w) for site classes (K=2)
p: 0.95284 0.04716
w: 0.02229 1.00000
dN & dS for each branch
branch t N S dN/dS dN dS N*dN S*dS
11..1 0.000 3353.0 703.0 0.0684 0.0000 0.0000 0.0 0.0
11..12 0.006 3353.0 703.0 0.0684 0.0006 0.0082 1.9 5.8
12..13 0.009 3353.0 703.0 0.0684 0.0009 0.0136 3.1 9.6
13..10 0.029 3353.0 703.0 0.0684 0.0029 0.0420 9.6 29.5
13..8 0.025 3353.0 703.0 0.0684 0.0025 0.0364 8.4 25.6
12..14 0.252 3353.0 703.0 0.0684 0.0250 0.3653 83.8 256.8
14..15 0.028 3353.0 703.0 0.0684 0.0028 0.0409 9.4 28.7
15..4 0.002 3353.0 703.0 0.0684 0.0002 0.0035 0.8 2.4
15..5 0.004 3353.0 703.0 0.0684 0.0004 0.0056 1.3 4.0
14..6 0.049 3353.0 703.0 0.0684 0.0049 0.0712 16.3 50.1
12..9 0.010 3353.0 703.0 0.0684 0.0010 0.0149 3.4 10.5
11..16 0.001 3353.0 703.0 0.0684 0.0001 0.0011 0.3 0.8
16..17 0.001 3353.0 703.0 0.0684 0.0001 0.0011 0.3 0.8
17..2 0.000 3353.0 703.0 0.0684 0.0000 0.0000 0.0 0.0
17..7 0.000 3353.0 703.0 0.0684 0.0000 0.0000 0.0 0.0
16..3 0.001 3353.0 703.0 0.0684 0.0001 0.0011 0.3 0.8
Time used: 0:37
Model 2: PositiveSelection (3 categories)
TREE # 1: (1, ((10, 8), ((4, 5), 6), 9), ((2, 7), 3)); MP score: 426
check convergence..
lnL(ntime: 16 np: 21): -7394.490672 +0.000000
11..1 11..12 12..13 13..10 13..8 12..14 14..15 15..4 15..5 14..6 12..9 11..16 16..17 17..2 17..7 16..3
0.000004 0.005722 0.009455 0.029299 0.025337 0.255545 0.028541 0.002420 0.003922 0.049597 0.010358 0.000790 0.000790 0.000004 0.000004 0.000790 3.083080 0.969156 0.000000 0.027991 1.537429
Note: Branch length is defined as number of nucleotide substitutions per codon (not per neucleotide site).
tree length = 0.422579
(1: 0.000004, ((10: 0.029299, 8: 0.025337): 0.009455, ((4: 0.002420, 5: 0.003922): 0.028541, 6: 0.049597): 0.255545, 9: 0.010358): 0.005722, ((2: 0.000004, 7: 0.000004): 0.000790, 3: 0.000790): 0.000790);
(C1: 0.000004, ((C10: 0.029299, C8: 0.025337): 0.009455, ((C4: 0.002420, C5: 0.003922): 0.028541, C6: 0.049597): 0.255545, C9: 0.010358): 0.005722, ((C2: 0.000004, C7: 0.000004): 0.000790, C3: 0.000790): 0.000790);
Detailed output identifying parameters
kappa (ts/tv) = 3.08308
MLEs of dN/dS (w) for site classes (K=3)
p: 0.96916 0.00000 0.03084
w: 0.02799 1.00000 1.53743
dN & dS for each branch
branch t N S dN/dS dN dS N*dN S*dS
11..1 0.000 3351.9 704.1 0.0745 0.0000 0.0000 0.0 0.0
11..12 0.006 3351.9 704.1 0.0745 0.0006 0.0081 2.0 5.7
12..13 0.009 3351.9 704.1 0.0745 0.0010 0.0134 3.3 9.4
13..10 0.029 3351.9 704.1 0.0745 0.0031 0.0415 10.4 29.2
13..8 0.025 3351.9 704.1 0.0745 0.0027 0.0359 9.0 25.3
12..14 0.256 3351.9 704.1 0.0745 0.0270 0.3622 90.5 255.0
14..15 0.029 3351.9 704.1 0.0745 0.0030 0.0404 10.1 28.5
15..4 0.002 3351.9 704.1 0.0745 0.0003 0.0034 0.9 2.4
15..5 0.004 3351.9 704.1 0.0745 0.0004 0.0056 1.4 3.9
14..6 0.050 3351.9 704.1 0.0745 0.0052 0.0703 17.6 49.5
12..9 0.010 3351.9 704.1 0.0745 0.0011 0.0147 3.7 10.3
11..16 0.001 3351.9 704.1 0.0745 0.0001 0.0011 0.3 0.8
16..17 0.001 3351.9 704.1 0.0745 0.0001 0.0011 0.3 0.8
17..2 0.000 3351.9 704.1 0.0745 0.0000 0.0000 0.0 0.0
17..7 0.000 3351.9 704.1 0.0745 0.0000 0.0000 0.0 0.0
16..3 0.001 3351.9 704.1 0.0745 0.0001 0.0011 0.3 0.8
Naive Empirical Bayes (NEB) analysis
Positively selected sites (*: P>95%; **: P>99%)
(amino acids refer to 1st sequence: C1)
Pr(w>1) post mean +- SE for w
144 N 0.946 1.456
198 V 0.972* 1.495
200 R 0.503 0.787
208 V 0.957* 1.473
216 V 0.914 1.407
221 Q 0.999** 1.536
255 T 0.976* 1.501
499 H 1.000** 1.537
513 A 0.965* 1.484
515 Q 0.975* 1.499
537 G 0.983* 1.512
626 T 0.941 1.448
709 I 0.961* 1.479
730 D 0.929 1.430
747 T 0.981* 1.509
1193 Y 0.956* 1.470
1300 V 0.962* 1.480
Bayes Empirical Bayes (BEB) analysis (Yang, Wong & Nielsen 2005. Mol. Biol. Evol. 22:1107-1118)
Positively selected sites (*: P>95%; **: P>99%)
(amino acids refer to 1st sequence: C1)
Pr(w>1) post mean +- SE for w
144 N 0.520 1.204 +- 0.457
198 V 0.596 1.282 +- 0.421
208 V 0.550 1.235 +- 0.445
221 Q 0.694 1.381 +- 0.326
255 T 0.603 1.291 +- 0.409
499 H 0.766 1.423 +- 0.309
513 A 0.570 1.257 +- 0.432
515 Q 0.601 1.288 +- 0.413
537 G 0.641 1.325 +- 0.393
626 T 0.520 1.198 +- 0.472
709 I 0.556 1.244 +- 0.436
747 T 0.598 1.296 +- 0.388
1193 Y 0.547 1.232 +- 0.448
1300 V 0.560 1.247 +- 0.437
The grid (see ternary graph for p0-p1)
w0: 0.050 0.150 0.250 0.350 0.450 0.550 0.650 0.750 0.850 0.950
w2: 1.500 2.500 3.500 4.500 5.500 6.500 7.500 8.500 9.500 10.500
Posterior on the grid
w0: 1.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000
w2: 0.958 0.040 0.002 0.000 0.000 0.000 0.000 0.000 0.000 0.000
Posterior for p0-p1 (see the ternary graph) (YWN2015, fig. 1)
0.000
0.000 0.000 0.000
0.000 0.000 0.000 0.000 0.000
0.000 0.000 0.000 0.000 0.000 0.000 0.000
0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000
0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000
0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000
0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000
0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000
0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 1.000
sum of density on p0-p1 = 1.000000
Time used: 2:17
Model 7: beta (10 categories)
TREE # 1: (1, ((10, 8), ((4, 5), 6), 9), ((2, 7), 3)); MP score: 426
check convergence..
lnL(ntime: 16 np: 19): -7397.115246 +0.000000
11..1 11..12 12..13 13..10 13..8 12..14 14..15 15..4 15..5 14..6 12..9 11..16 16..17 17..2 17..7 16..3
0.000004 0.005614 0.009379 0.028789 0.025009 0.250305 0.027881 0.002373 0.003897 0.049051 0.010291 0.000784 0.000786 0.000004 0.000004 0.000785 3.039047 0.046064 0.595280
Note: Branch length is defined as number of nucleotide substitutions per codon (not per neucleotide site).
tree length = 0.414956
(1: 0.000004, ((10: 0.028789, 8: 0.025009): 0.009379, ((4: 0.002373, 5: 0.003897): 0.027881, 6: 0.049051): 0.250305, 9: 0.010291): 0.005614, ((2: 0.000004, 7: 0.000004): 0.000786, 3: 0.000785): 0.000784);
(C1: 0.000004, ((C10: 0.028789, C8: 0.025009): 0.009379, ((C4: 0.002373, C5: 0.003897): 0.027881, C6: 0.049051): 0.250305, C9: 0.010291): 0.005614, ((C2: 0.000004, C7: 0.000004): 0.000786, C3: 0.000785): 0.000784);
Detailed output identifying parameters
kappa (ts/tv) = 3.03905
Parameters in M7 (beta):
p = 0.04606 q = 0.59528
MLEs of dN/dS (w) for site classes (K=10)
p: 0.10000 0.10000 0.10000 0.10000 0.10000 0.10000 0.10000 0.10000 0.10000 0.10000
w: 0.00000 0.00000 0.00000 0.00000 0.00000 0.00001 0.00022 0.00494 0.07275 0.61111
dN & dS for each branch
branch t N S dN/dS dN dS N*dN S*dS
11..1 0.000 3353.1 702.9 0.0689 0.0000 0.0000 0.0 0.0
11..12 0.006 3353.1 702.9 0.0689 0.0006 0.0081 1.9 5.7
12..13 0.009 3353.1 702.9 0.0689 0.0009 0.0136 3.1 9.5
13..10 0.029 3353.1 702.9 0.0689 0.0029 0.0417 9.6 29.3
13..8 0.025 3353.1 702.9 0.0689 0.0025 0.0362 8.4 25.4
12..14 0.250 3353.1 702.9 0.0689 0.0250 0.3623 83.7 254.7
14..15 0.028 3353.1 702.9 0.0689 0.0028 0.0404 9.3 28.4
15..4 0.002 3353.1 702.9 0.0689 0.0002 0.0034 0.8 2.4
15..5 0.004 3353.1 702.9 0.0689 0.0004 0.0056 1.3 4.0
14..6 0.049 3353.1 702.9 0.0689 0.0049 0.0710 16.4 49.9
12..9 0.010 3353.1 702.9 0.0689 0.0010 0.0149 3.4 10.5
11..16 0.001 3353.1 702.9 0.0689 0.0001 0.0011 0.3 0.8
16..17 0.001 3353.1 702.9 0.0689 0.0001 0.0011 0.3 0.8
17..2 0.000 3353.1 702.9 0.0689 0.0000 0.0000 0.0 0.0
17..7 0.000 3353.1 702.9 0.0689 0.0000 0.0000 0.0 0.0
16..3 0.001 3353.1 702.9 0.0689 0.0001 0.0011 0.3 0.8
Time used: 5:38
Model 8: beta&w>1 (11 categories)
TREE # 1: (1, ((10, 8), ((4, 5), 6), 9), ((2, 7), 3)); MP score: 426
lnL(ntime: 16 np: 21): -7394.513612 +0.000000
11..1 11..12 12..13 13..10 13..8 12..14 14..15 15..4 15..5 14..6 12..9 11..16 16..17 17..2 17..7 16..3
0.000004 0.005721 0.009454 0.029296 0.025336 0.255498 0.028531 0.002421 0.003921 0.049594 0.010358 0.000791 0.000791 0.000004 0.000004 0.000791 3.082780 0.969716 2.940102 99.000000 1.548372
Note: Branch length is defined as number of nucleotide substitutions per codon (not per neucleotide site).
tree length = 0.422515
(1: 0.000004, ((10: 0.029296, 8: 0.025336): 0.009454, ((4: 0.002421, 5: 0.003921): 0.028531, 6: 0.049594): 0.255498, 9: 0.010358): 0.005721, ((2: 0.000004, 7: 0.000004): 0.000791, 3: 0.000791): 0.000791);
(C1: 0.000004, ((C10: 0.029296, C8: 0.025336): 0.009454, ((C4: 0.002421, C5: 0.003921): 0.028531, C6: 0.049594): 0.255498, C9: 0.010358): 0.005721, ((C2: 0.000004, C7: 0.000004): 0.000791, C3: 0.000791): 0.000791);
Detailed output identifying parameters
kappa (ts/tv) = 3.08278
Parameters in M8 (beta&w>1):
p0 = 0.96972 p = 2.94010 q = 99.00000
(p1 = 0.03028) w = 1.54837
MLEs of dN/dS (w) for site classes (K=11)
p: 0.09697 0.09697 0.09697 0.09697 0.09697 0.09697 0.09697 0.09697 0.09697 0.09697 0.03028
w: 0.00784 0.01282 0.01667 0.02026 0.02390 0.02782 0.03228 0.03776 0.04540 0.06020 1.54837
dN & dS for each branch
branch t N S dN/dS dN dS N*dN S*dS
11..1 0.000 3351.9 704.1 0.0745 0.0000 0.0000 0.0 0.0
11..12 0.006 3351.9 704.1 0.0745 0.0006 0.0081 2.0 5.7
12..13 0.009 3351.9 704.1 0.0745 0.0010 0.0134 3.3 9.4
13..10 0.029 3351.9 704.1 0.0745 0.0031 0.0415 10.4 29.2
13..8 0.025 3351.9 704.1 0.0745 0.0027 0.0359 9.0 25.3
12..14 0.255 3351.9 704.1 0.0745 0.0270 0.3621 90.5 255.0
14..15 0.029 3351.9 704.1 0.0745 0.0030 0.0404 10.1 28.5
15..4 0.002 3351.9 704.1 0.0745 0.0003 0.0034 0.9 2.4
15..5 0.004 3351.9 704.1 0.0745 0.0004 0.0056 1.4 3.9
14..6 0.050 3351.9 704.1 0.0745 0.0052 0.0703 17.6 49.5
12..9 0.010 3351.9 704.1 0.0745 0.0011 0.0147 3.7 10.3
11..16 0.001 3351.9 704.1 0.0745 0.0001 0.0011 0.3 0.8
16..17 0.001 3351.9 704.1 0.0745 0.0001 0.0011 0.3 0.8
17..2 0.000 3351.9 704.1 0.0745 0.0000 0.0000 0.0 0.0
17..7 0.000 3351.9 704.1 0.0745 0.0000 0.0000 0.0 0.0
16..3 0.001 3351.9 704.1 0.0745 0.0001 0.0011 0.3 0.8
Naive Empirical Bayes (NEB) analysis
Positively selected sites (*: P>95%; **: P>99%)
(amino acids refer to 1st sequence: C1)
Pr(w>1) post mean +- SE for w
144 N 0.930 1.443
198 V 0.963* 1.492
208 V 0.944 1.464
216 V 0.889 1.381
221 Q 0.999** 1.546
255 T 0.968* 1.500
499 H 1.000** 1.548
513 A 0.954* 1.479
515 Q 0.966* 1.498
537 G 0.978* 1.515
626 T 0.924 1.433
709 I 0.949 1.471
730 D 0.908 1.410
747 T 0.975* 1.511
1193 Y 0.942 1.461
1300 V 0.950 1.473
Bayes Empirical Bayes (BEB) analysis (Yang, Wong & Nielsen 2005. Mol. Biol. Evol. 22:1107-1118)
Positively selected sites (*: P>95%; **: P>99%)
(amino acids refer to 1st sequence: C1)
Pr(w>1) post mean +- SE for w
144 N 0.643 1.114 +- 0.548
198 V 0.745 1.233 +- 0.486
208 V 0.683 1.160 +- 0.528
216 V 0.557 1.009 +- 0.582
221 Q 0.892 1.405 +- 0.303
255 T 0.760 1.251 +- 0.472
499 H 0.952* 1.463 +- 0.198
513 A 0.712 1.194 +- 0.509
515 Q 0.756 1.245 +- 0.476
537 G 0.806 1.302 +- 0.432
626 T 0.634 1.100 +- 0.556
709 I 0.695 1.175 +- 0.519
730 D 0.596 1.056 +- 0.570
747 T 0.770 1.266 +- 0.456
1193 Y 0.678 1.154 +- 0.531
1300 V 0.699 1.179 +- 0.518
The grid
p0: 0.050 0.150 0.250 0.350 0.450 0.550 0.650 0.750 0.850 0.950
p : 0.100 0.300 0.500 0.700 0.900 1.100 1.300 1.500 1.700 1.900
q : 0.100 0.300 0.500 0.700 0.900 1.100 1.300 1.500 1.700 1.900
ws: 1.500 2.500 3.500 4.500 5.500 6.500 7.500 8.500 9.500 10.500
Posterior on the grid
p0: 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 1.000
p : 1.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000
q : 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.026 0.973
ws: 0.996 0.004 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000
Time used: 12:40
Model 1: NearlyNeutral -7395.110574 Model 2: PositiveSelection -7394.490672 Model 7: beta -7397.115246 Model 8: beta&w>1 -7394.513612 Model 2 vs 1 1.239804 Model 8 vs 7 5.203268
Not all of the following information may be relevant for the case being handled, since this project may be part of a much larger auto-PSS-genome project where several methods of detection of positively selected sites have been used. As such the aligned.score_ascii file may have more sequences than the file effectively used to detect positively selected codons, since the content of this file reflects the content of the file used for the master alignment, from which a subsample may have been taken. # ### General parameters ### # # The maximum number of sequences to use for the master file sequence_limit=90 # The random seed random_seed=3976763 # ### Alignment ### # # The alignment method: clustalw, muscle, kalign, t_coffee, or amap align_method=muscle # Minimum support value for amino acid positions in the alignment tcoffee_min_score=3 # ### MrBayes ### # # Number of iterations in MrBayes mrbayes_generations=1000000 # MrBayes burnin mrbayes_burnin=2500 # ### FUBAR ### # # The maximum number of sequences to be used by FUBAR. fubar_sequence_limit=90 # The number of FUBAR runs fubar_runs=1 # ### codeML ### # # The maximum number of sequences to be used by CodeML codeml_sequence_limit=30 # The number of CodeML runs codeml_runs=1 # The CodeML models to be run, one or more of: '1', '2', '7', and/or '8'. codeml_models=1 2 7 8 # ### OmegaMap ### # # The maximum number of sequences to use in OmegaMap omegamap_sequence_limit=90 # The number of OmegaMap runs omegamap_runs=1 # The number of OmegaMap iterations omegamap_iterations=2500
Phone: +351 220 408 800
Email: info@i3s.up.pt
Address: Rua Alfredo Allen, 208
4200-135 Porto, Portugal
If you use B+, please cite us:
N. Vázquez, C.P. Vieira, B.S.R. Amorin, A. Torres, H. López-Fernández, F. Fdez-Riverola, J.L.R. Sousa, M. Reboiro-Jato, J. Vieira (2018) Large Scale Analyses and Visualization of Adaptive Amino Acid Changes Projects. Interdisciplinary Sciences: Computational Life Sciences. https://doi.org/10.1007/s12539-018-0282-7
N. Vázquez, C.P. Vieira, B.S.R. Amorin, A. Torres, H. López-Fernández, F. Fdez-Riverola, J.L.R. Sousa, M. Reboiro-Jato, J. Vieira (2017) Automated Collection and Sharing of Adaptive Amino Acid Changes Data. 11th International Conference on Practical Applications of Computational Biology & Bioinformatics. Porto, Portugal. https://doi.org/10.1007/978-3-319-60816-7_3
