--- 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 -10451.46 -10466.18
2 -10451.50 -10469.75
--------------------------------------
TOTAL -10451.48 -10469.08
--------------------------------------
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} 0.518238 0.000861 0.462056 0.576676 0.516951 1305.24 1373.36 1.000
r(A<->C){all} 0.090442 0.000169 0.066145 0.115789 0.090088 866.92 869.67 1.000
r(A<->G){all} 0.150380 0.000250 0.121230 0.182648 0.149672 775.75 899.80 1.000
r(A<->T){all} 0.112055 0.000141 0.089022 0.134771 0.112070 910.42 1015.83 1.000
r(C<->G){all} 0.042214 0.000104 0.023703 0.062686 0.041745 808.07 815.62 1.000
r(C<->T){all} 0.566266 0.000551 0.522435 0.611395 0.567014 504.23 672.70 1.000
r(G<->T){all} 0.038643 0.000062 0.023386 0.053388 0.038357 868.68 1076.35 1.002
pi(A){all} 0.269031 0.000045 0.255952 0.282524 0.268959 1001.55 1032.17 1.000
pi(C){all} 0.223151 0.000037 0.211045 0.234731 0.223005 919.45 964.09 1.000
pi(G){all} 0.194381 0.000035 0.183025 0.206032 0.194214 1093.01 1161.28 1.000
pi(T){all} 0.313436 0.000046 0.300560 0.327272 0.313284 952.91 1110.70 1.000
alpha{1,2} 0.142269 0.000206 0.116137 0.172300 0.141400 1111.82 1208.15 1.000
alpha{3} 5.664225 2.950055 2.861065 9.007021 5.425512 1190.50 1217.07 1.000
pinvar{all} 0.523670 0.000548 0.476061 0.566958 0.524544 1259.25 1343.98 1.001
------------------------------------------------------------------------------------------------------
* 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
-- Starting log on Tue Oct 25 21:15:10 GMT 2022 --
-- Iteration: /working_dir/input/2_modified/TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5.result--
CLUSTAL FORMAT for T-COFFEE Version_12.00.7fb08c2 [http://www.tcoffee.org] [MODE: ], CPU=0.08 sec, SCORE=1000, Nseq=9, Len=1360
C1 MIRSVLVLMCSLTFIGNRTSSQSVDVGPVGSGSCLRSQVRPEYFDIVRNT
C2 MIRSVLVLMCSLTFIGNRTSSQSVDVGSAGSGSCLRSQVRPEYFDIARNT
C3 MIRSVLALMCSLTFIGNRISSQSVDVGSAGSGSCLRSQVRPEYFDIVRNT
C4 MIRSVLVLMCSLTFIGNLTRGQSVDMGHNGTGSCLDSQVQPDYFESVHTT
C5 MIRSVLVLMCSLTFIGNLTRGQSVDMGHNGTGSCLDSQVQPDYFESVHTT
C6 MIRSVLVLMCSLTFIGNRTSCQSVDIGTPVTGSCLRSQVRPEYFDIVHNT
C7 MIRSVLVLMCSLTFIGNRTSCQSVDIGTPVTGSCLRSQVRPEYFDIVHNT
C8 MIRSVLVLMCSLTFIGNRTSCQSVDIGTPVTGSCLRSQVRPEYFDIVHNT
C9 MIRSVLVLMCSLTFIGSRTSSQSVDVGTPASGSCLRSQVRPEYFDIVRNT
******.*********. ****:* :**** ***:*:**: .:.*
C1 WPMPIDTSKADGVIYPNGKSYSNITLTYTGLYPKANDLGKQYLFSDGHSA
C2 WPMPIDTSKAEGVIYPNGKSYSNISLTYTGLYPKANDLGKQYLFSDGHSA
C3 WPMPIDTSKAEGVIYPNGKSYSNISLTYTGLYPKANDLGKQYLFSDGHSA
C4 WPMPIDTSKAEGVIYPNGKSYSNITLTYTGLYPKANDLGKQYLFSDGHSA
C5 WPMPIDTSKAEGVIYPNGKSYSNITLTYTGLYPKANDLGKQYLFSDGHSA
C6 WPMPIDTSKAEGVIYPNGKSYSNISLTYTGLYPKAKDLGKQYLFSDGHSA
C7 WPMPIDTSKAEGVIYPNGKSYSNISLTYTGLYPKAKDLGKQYLFSDGHSA
C8 WPMPIDTSKAEGVIYPNGKSYSNISLTYTGLYPKAKDLGKQYLFSDGHSA
C9 WPMPIDTSKAEGVIYPNGKSYSNISLTYTGLYPKANDLGKQYLFSDGHSA
**********:*************:**********:**************
C1 PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI
C2 PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI
C3 PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI
C4 PGRLNNLFVSNYSSQVESFDDGFVVRIGAAANKTGTTVISQSTFKPIKKI
C5 PGRLNNLFVSNYSSQVESFDDGFVVRIGAAANKTGTTVISQSTFKPIKKI
C6 PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI
C7 PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI
C8 PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI
C9 PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI
*.:**:*******:****************:**********:********
C1 YPGFMLGHAVGNYTPTNITGRYLNHTLVILPDGCGTLVHAFYCVLQPRTE
C2 YPGFMLGHAVGNYTPTNITGRYFNHTLVILPDGCGTLVHAFYCILQPRTQ
C3 YPGFMLGHAVGNYTPTNITGRYLNHTLVILPDGCGTLVHAFYCVLQPRTQ
C4 YPAFLLGHSVGNYTPSNRTGRYLNHTLVILPDGCGTILHAFYCVLHPRTQ
C5 YPAFLLGHSVGNYTPSNRTGRYLNHTLVILPDGCGTILHAFYCVLHPRTQ
C6 YPGFMLGHAVGNYTPTNITGRYLNHTLVILPDGCGTLVHAFYCILQPRTQ
C7 YPGFMLGHAVGNYTPTNITGRYLNHTLVILPDGCGTLVHAFYCILQPRTQ
C8 YPGFMLGHAVGNYTPTNITGRYLNHTLVILPDGCGTLVHAFYCILQPRTQ
C9 YPGFMLGHVVGNYTPANITGRYFNHTLVILPDGCGTLVHAFYCVLQPRTQ
**.*:*** ******:* ****:*************::*****:*:***:
C1 ANCPGAFSFTSVTLWDTPATDCASSDVYNSLANLNAFKLYFDLLNCTFKY
C2 AYCPGASSFTSVTLWDTPATDCAPSGVYNPLANLNAFKLYFDLLNCTFKY
C3 ANCPGASSFTSVTLWDTPATDCAPNGVYNPLANLNAFKLYFDLLNCTFKY
C4 QNCAGETNFKSLSLWDTPASDCV-SGSYNQEATLGAFKVYFDLINCTFRY
C5 QNCAGETNFKSLSLWDTPASDCV-SGSYNQEATLGAFKVYFDLINCTFRY
C6 ANCPGASSFTSVTLWDTPATDCAPSGVYNSLANLNAFKLYFDLINCTFRY
C7 ANCPGASSFTSVTLWDTPATDCAPSGVYNSLANLNAFKLYFDLINCTFRY
C8 ANCPGASSFTSVTLWDTPATDCAPSGVYNSLANLNAFKLYFDLINCTFRY
C9 ANCPGASSFTSVTLWDTPATDCAPNGVYNPLANLNAFKLYFDLLNCTFKY
*.* .*.*::******:**. .. ** *.*.***:****:****:*
C1 NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL
C2 NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL
C3 NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL
C4 NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL
C5 NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL
C6 NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL
C7 NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL
C8 NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL
C9 NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL
**************************************************
C1 YYTVIPRSIRSPFNDRKAWAAFYIYKLYPLTYLLNFDVEGYITKAVDCGY
C2 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
C3 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
C4 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
C5 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
C6 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
C7 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
C8 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
C9 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
***************************:**********************
C1 DDFAQLQCSYENFDVETGVYSVSSFEASPRGEFIEQATTQECDFSPMLTG
C2 DDFAQLQCSYENFDVETGVYSVSSFEASPRGEFIEQATTEECDFTPMLTG
C3 DDFAQLQCSYENFDVETGVYSVSSFEASPRGEFIEQAVTEECDFTPMLTG
C4 DDLAQLQCSYESFEVETGVYSVSSFEASPRGEFIEQATTQECDFTPMLTG
C5 DDLAQLQCSYESFEVETGVYSVSSFEASPRGEFIEQATTQECDFTPMLTG
C6 DDFAQLQCSYENFDVETGVYSVSSFEASPRGEFIEQATTQECDFTPMLTG
C7 DDFAQLQCSYENFDVETGVYSVSSFEASPRGEFIEQATTQECDFTPMLTG
C8 DDFAQLQCSYENFDVETGVYSVSSFEASPRGEFIEQATTQECDFTPMLTG
C9 DDFAQLQCSYESFDVETGVYSVSSFEASPRGEFIEQATTQECDFTPMLSG
**:********.*:***********************.*:****:***:*
C1 TPPPIYDFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL
C2 TPPPIYNFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL
C3 TPPPIYNFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL
C4 TPPPIYNFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL
C5 TPPPIYNFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL
C6 TPPPIYDFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL
C7 TPPPIYDFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL
C8 TPPPIYDFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL
C9 TPPPIYNFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL
******:*******************************************
C1 TVDYFSYPTSMSSYLQPGSAGEIVQFNYKQDFSNPTCRVLATVPQNLTSI
C2 TVDYFAYSTEMSSYLQPGSAGEIGQFNYKQDFSNPTCRVLATVPQNLTTI
C3 TVDYFAYSTDMSSYLQPGSAGEIVQFNYKQDFSNPTCRVLATVPQNLTTI
C4 TVDYFAYSTDMSSYLQPGSAGAIVQFNYKQDFSNPTCRVLATVPQNLTTI
C5 TVDYFAYSTDMSSYLQPGSAGAIVQFNYKQDFSNPTCRVLATVPQNLTTI
C6 TVDYFAYSTDMSSYLQPGSAGEIVQFNYKQDFSNPTCRVLATVPTNLTTI
C7 TVDYFAYSTDMSSYLQPGSAGEIVQFNYKQDFSNPTCRVLATVPTNLTTI
C8 TVDYFAYSTDMSSYLQPGSAGEIVQFNYKQDFSNPTCRVLATVPTNLTTI
C9 TVDYFAYSTDMSSYLQPGSAGEIVQFNYKQDFSNPTCRVLATVPQNLTTI
*****:*.*.*********** * ******************** ***:*
C1 TKPSNYVHLTECYKFIAHGKNYLYNAPGGYTPCLSLASSGFSRDRQSHSQ
C2 TKPSNYAYLTECYKTSSYGKNYLYNAPGGYTPCLSLASRGFSTKYQSYS-
C3 TKPSNYAYLTECYKTTAYGKNYLYNAPGGYTPCLSLASRGFSIKYQSHS-
C4 TKPSNYAYLTECYKTSAYGKNYLYNAPGAYTPCLSLASRGFSTKYQSHS-
C5 TKPSNYAYLTECYKTSAYGKNYLYNAPGAYTPCLSLASRGFSTKYQSHS-
C6 TKSSNYVHLTECYKSTAYGKNYLYNAPGGYTPCLSLASRGFTTNRQSHSL
C7 TKSSNYVHLTECYKSTAYGKNYLYNAPGGYTPCLSLASRGFTTNRQSHSL
C8 TKSSNYVHLTECYKSTAYGKNYLYNAPGGYTPCLSLASRGFTTNRQSHSL
C9 TKPSNYAYLTECYKTSAYGKNYLYNAPGGYTPCLSLASRGFSTTYQSHS-
**.***.:****** ::**********.********* **: **:*
C1 ELPDGSFLTTTGSVYSVGSNFQMAFIISVQYGTDTNSVCPMQALRNDTSI
C2 ---DG-ELTTTGYVYPVSGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI
C3 ---DG-ELTTTGYIYPVNGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI
C4 ---DG-ELTTTGYIYPVTGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI
C5 ---DG-ELTTTGYIYPVTGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI
C6 ELPDG-YLVTTGSVYPVNGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI
C7 ELPDG-YLVTTGSVYPVNGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI
C8 ELPDG-YLVTTGSVYPVNGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI
C9 ---DG-GLTTTGYIYPVTGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI
** *.*** :*.* .*:*****************************
C1 EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG
C2 EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG
C3 EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG
C4 EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG
C5 EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG
C6 EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG
C7 EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG
C8 EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG
C9 EDKLDVCVEYSLHGITGCGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG
***************** ********************************
C1 NYYCVRPCVSVPVSVIYDKVSNSHATLFGSVACSHVTTMMSQFSRMTKTN
C2 NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN
C3 NYYCVRPCVSVPVSVIYDKVSNSHATLFGSVACSHVTTMMSQFSRMTKTN
C4 NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN
C5 NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN
C6 NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN
C7 NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN
C8 NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN
C9 NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN
*******************.******************************
C1 LLARTTRGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTPSRV-
C2 LLARTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSSRV-
C3 LLARTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSSRL-
C4 LLARTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSSRV-
C5 LLARTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSSRV-
C6 LLPRTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSTRF-
C7 LPARTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSTRF-
C8 LPARTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSTRF-
C9 LLARTNPGPLQTTVGCAMGFINTSMVVDECQLPLGQSLCAIPPSPSARLA
* .**. ***************:********************:..:*.
C1 LRAASGVPHVFQIATLNFTSPLTLTPINSTGFVVAVPTNFTFGVTQEFIE
C2 RRATSGVPDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE
C3 RRATSGVPDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE
C4 RRATSGASDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE
C5 RRATSGASDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE
C6 RRATS-IPDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE
C7 RRATS-IPDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE
C8 RRATS-IPDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE
C9 RSARSGNVDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE
* * .***************:*************************
C1 TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI
C2 TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALRGANLRQDESI
C3 TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI
C4 TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI
C5 TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI
C6 TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI
C7 TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI
C8 TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI
C9 TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI
***************************************:**********
C1 ANLFSSIKTQNTQPLQAGLNGDFNLTILQIPQVSTGERKYRSAIEDLLFN
C2 ANLFSSIKTQNTQPLQAGLNGDFNLTMLQIPQVTTGERKYRSAIEDLLFN
C3 SNLFSSIKTQNTQPLQAGLNGDFNLTMLQIPQVTTGERKYRSAIEDLLFN
C4 ANLFSSIKTQNTQPLQAGLNGDFNLTMLQIPQVTTGERKYRSTIEDLLFN
C5 ANLFSSIKTQNTQPLQAGLNGDFNLTMLQIPQVTTGERKYRSTIEDLLFN
C6 ANLFSSIKTQNTQPLQAGLNGDFNLTMLQIPQVTTGERKYRSTIEDLLFN
C7 ANLFSSIKTQNTQPLQAGLNGDFNLTMLQIPQVTTGERKYRSTIEDLLFN
C8 ANLFSSIKTQNTQPLQAGLNGDFNLTMLQIPQVTTGERKYRSTIEDLLFN
C9 ANLFSSIKTQNTQPLQAGLNGDFNLTMLQVPQVTTGERKYRSAIEDLLFN
:*************************:**:***:********:*******
C1 KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA
C2 KVTIADPGYMQGYDECMQQGLQSARDLICAQYVAGYKVLPPLYDTYMEAA
C3 KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA
C4 KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA
C5 KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA
C6 KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA
C7 KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA
C8 KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA
C9 KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA
******************** ***********************.*****
C1 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
C2 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
C3 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
C4 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
C5 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
C6 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
C7 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
C8 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
C9 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
**************************************************
C1 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
C2 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMTLSKLAAELSNTFGA
C3 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
C4 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
C5 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
C6 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
C7 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
C8 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
C9 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
***********************************:**************
C1 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
C2 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
C3 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
C4 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
C5 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
C6 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
C7 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
C8 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
C9 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
**************************************************
C1 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
C2 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
C3 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
C4 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
C5 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
C6 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
C7 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
C8 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
C9 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTAH
************************************************:*
C1 VNATAAYGLCNSENPPKCIAPIDGYFVLNQTTSAARSSDDQQWYYTGSSF
C2 INATAAYGLCNTENPPKCIAPIDGYFVLNQTTSTV-ANSDQQWYYTGSSF
C3 VNATAAYGLCNTENPPKCIAPIDGYFVLNQTISTV-ANSDQQWYYTGSSF
C4 VNATAAYGLCNTENPQKCIAPIDGYFVLNQTTSTV-ADSDQQWYYTGSSF
C5 VNATAAYGLCNTENPQKCIAPIDGYFVLNQTTSTV-ADSDQQWYYTGSSF
C6 VNATAAYGLCNTENPPKCIAPIDGYFVLNQTTSTARSSGDQHWYYTGSSF
C7 VNATAAYGLCNTENPPKCIAPIDGYFVLNQTTSTARSSGDQHWYYTGSSF
C8 VNATAAYGLCNTENPPKCIAPIDGYFVLNQTTSTARSSGDQHWYYTGSSF
C9 VNATAAYGLCNTETPPKCVAPIDGYFVLNQTTTTARVGADQQWYYTGSSF
:**********:*.* **:************ ::. . **:********
C1 FHPEPITEANSKYVSMDVKFENLTNRLPPPLLSNSTDLDFKDELEEFFKN
C2 FHPEPITEANSKYVSMDVKFKNLTNKLPPPLLSNSTDLDFKEKLEEFFKN
C3 FYPEPITEANSKYVSMDVKFENLTNRLPPPLLSNSTDLDFKEELEEFFKN
C4 FHPEPITEANSKYVSMDVKFENLTNRLPPPLLSNSTDLDFKEELEEFFKN
C5 FHPEPITEANSKYVSMDVKFENLTNRLPPPLLSNSTDLDFKEELEEFFKN
C6 FHPEPITEANSKYVSMDVKFENLTNKLPPPLLSNSTDLDFKDELEEFFKN
C7 FHPEPITEANSKYVSMDVKFENLTNKLPPPLLSNSTDLDFKDELEEFFKN
C8 FHPEPITEANSKYVSMDVKFENLTNKLPPPLLSNSTDLDFKDELEEFFKN
C9 FHPEPITEANSKYVSMDVKFENLTNRLPPPLLSNSTDLDFKEELEEFFKN
*:******************:****:***************::*******
C1 VSSQRPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
C2 VSSQGPNFQEISKNYTTLLNLNTKLMVLSEVVKQLNESYIDLKELGNYTF
C3 VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
C4 VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
C5 VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
C6 VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
C7 VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
C8 VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
C9 VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
**** ******** ********:**************************
C1 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
C2 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
C3 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
C4 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
C5 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
C6 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
C7 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
C8 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
C9 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
**************************************************
C1 EYEVEKIHVH
C2 EYEVEKIHIH
C3 EYEVEKIHVH
C4 EYEVEKIHVH
C5 EYEVEKIHVH
C6 EYEVEKIHVH
C7 EYEVEKIHVH
C8 EYEVEKIHVH
C9 EYEVEKIHVH
********:*
-- Starting log on Tue Oct 25 21:16:11 GMT 2022 --
-- Iteration: /working_dir/input/2_modified/TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5.result--
CLUSTAL FORMAT for T-COFFEE Version_12.00.7fb08c2 [http://www.tcoffee.org] [MODE: ], CPU=0.25 sec, SCORE=997, Nseq=9, Len=1360
C1 MIRSVLVLMCSLTFIGNRTSSQSVDVGPVGSGSCLRSQVRPEYFDIVRNT
C2 MIRSVLVLMCSLTFIGNRTSSQSVDVGSAGSGSCLRSQVRPEYFDIARNT
C3 MIRSVLALMCSLTFIGNRISSQSVDVGSAGSGSCLRSQVRPEYFDIVRNT
C4 MIRSVLVLMCSLTFIGNLTRGQSVDMGHNGTGSCLDSQVQPDYFESVHTT
C5 MIRSVLVLMCSLTFIGNLTRGQSVDMGHNGTGSCLDSQVQPDYFESVHTT
C6 MIRSVLVLMCSLTFIGNRTSCQSVDIGTPVTGSCLRSQVRPEYFDIVHNT
C7 MIRSVLVLMCSLTFIGNRTSCQSVDIGTPVTGSCLRSQVRPEYFDIVHNT
C8 MIRSVLVLMCSLTFIGNRTSCQSVDIGTPVTGSCLRSQVRPEYFDIVHNT
C9 MIRSVLVLMCSLTFIGSRTSSQSVDVGTPASGSCLRSQVRPEYFDIVRNT
******.*********. ****:* :**** ***:*:**: .:.*
C1 WPMPIDTSKADGVIYPNGKSYSNITLTYTGLYPKANDLGKQYLFSDGHSA
C2 WPMPIDTSKAEGVIYPNGKSYSNISLTYTGLYPKANDLGKQYLFSDGHSA
C3 WPMPIDTSKAEGVIYPNGKSYSNISLTYTGLYPKANDLGKQYLFSDGHSA
C4 WPMPIDTSKAEGVIYPNGKSYSNITLTYTGLYPKANDLGKQYLFSDGHSA
C5 WPMPIDTSKAEGVIYPNGKSYSNITLTYTGLYPKANDLGKQYLFSDGHSA
C6 WPMPIDTSKAEGVIYPNGKSYSNISLTYTGLYPKAKDLGKQYLFSDGHSA
C7 WPMPIDTSKAEGVIYPNGKSYSNISLTYTGLYPKAKDLGKQYLFSDGHSA
C8 WPMPIDTSKAEGVIYPNGKSYSNISLTYTGLYPKAKDLGKQYLFSDGHSA
C9 WPMPIDTSKAEGVIYPNGKSYSNISLTYTGLYPKANDLGKQYLFSDGHSA
**********:*************:**********:**************
C1 PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI
C2 PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI
C3 PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI
C4 PGRLNNLFVSNYSSQVESFDDGFVVRIGAAANKTGTTVISQSTFKPIKKI
C5 PGRLNNLFVSNYSSQVESFDDGFVVRIGAAANKTGTTVISQSTFKPIKKI
C6 PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI
C7 PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI
C8 PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI
C9 PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI
*.:**:*******:****************:**********:********
C1 YPGFMLGHAVGNYTPTNITGRYLNHTLVILPDGCGTLVHAFYCVLQPRTE
C2 YPGFMLGHAVGNYTPTNITGRYFNHTLVILPDGCGTLVHAFYCILQPRTQ
C3 YPGFMLGHAVGNYTPTNITGRYLNHTLVILPDGCGTLVHAFYCVLQPRTQ
C4 YPAFLLGHSVGNYTPSNRTGRYLNHTLVILPDGCGTILHAFYCVLHPRTQ
C5 YPAFLLGHSVGNYTPSNRTGRYLNHTLVILPDGCGTILHAFYCVLHPRTQ
C6 YPGFMLGHAVGNYTPTNITGRYLNHTLVILPDGCGTLVHAFYCILQPRTQ
C7 YPGFMLGHAVGNYTPTNITGRYLNHTLVILPDGCGTLVHAFYCILQPRTQ
C8 YPGFMLGHAVGNYTPTNITGRYLNHTLVILPDGCGTLVHAFYCILQPRTQ
C9 YPGFMLGHVVGNYTPANITGRYFNHTLVILPDGCGTLVHAFYCVLQPRTQ
**.*:*** ******:* ****:*************::*****:*:***:
C1 ANCPGAFSFTSVTLWDTPATDCASSDVYNSLANLNAFKLYFDLLNCTFKY
C2 AYCPGASSFTSVTLWDTPATDCAPSGVYNPLANLNAFKLYFDLLNCTFKY
C3 ANCPGASSFTSVTLWDTPATDCAPNGVYNPLANLNAFKLYFDLLNCTFKY
C4 QNCAGETNFKSLSLWDTPASDCV-SGSYNQEATLGAFKVYFDLINCTFRY
C5 QNCAGETNFKSLSLWDTPASDCV-SGSYNQEATLGAFKVYFDLINCTFRY
C6 ANCPGASSFTSVTLWDTPATDCAPSGVYNSLANLNAFKLYFDLINCTFRY
C7 ANCPGASSFTSVTLWDTPATDCAPSGVYNSLANLNAFKLYFDLINCTFRY
C8 ANCPGASSFTSVTLWDTPATDCAPSGVYNSLANLNAFKLYFDLINCTFRY
C9 ANCPGASSFTSVTLWDTPATDCAPNGVYNPLANLNAFKLYFDLLNCTFKY
*.* .*.*::******:**. .. ** *.*.***:****:****:*
C1 NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL
C2 NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL
C3 NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL
C4 NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL
C5 NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL
C6 NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL
C7 NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL
C8 NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL
C9 NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL
**************************************************
C1 YYTVIPRSIRSPFNDRKAWAAFYIYKLYPLTYLLNFDVEGYITKAVDCGY
C2 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
C3 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
C4 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
C5 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
C6 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
C7 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
C8 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
C9 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
***************************:**********************
C1 DDFAQLQCSYENFDVETGVYSVSSFEASPRGEFIEQATTQECDFSPMLTG
C2 DDFAQLQCSYENFDVETGVYSVSSFEASPRGEFIEQATTEECDFTPMLTG
C3 DDFAQLQCSYENFDVETGVYSVSSFEASPRGEFIEQAVTEECDFTPMLTG
C4 DDLAQLQCSYESFEVETGVYSVSSFEASPRGEFIEQATTQECDFTPMLTG
C5 DDLAQLQCSYESFEVETGVYSVSSFEASPRGEFIEQATTQECDFTPMLTG
C6 DDFAQLQCSYENFDVETGVYSVSSFEASPRGEFIEQATTQECDFTPMLTG
C7 DDFAQLQCSYENFDVETGVYSVSSFEASPRGEFIEQATTQECDFTPMLTG
C8 DDFAQLQCSYENFDVETGVYSVSSFEASPRGEFIEQATTQECDFTPMLTG
C9 DDFAQLQCSYESFDVETGVYSVSSFEASPRGEFIEQATTQECDFTPMLSG
**:********.*:***********************.*:****:***:*
C1 TPPPIYDFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL
C2 TPPPIYNFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL
C3 TPPPIYNFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL
C4 TPPPIYNFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL
C5 TPPPIYNFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL
C6 TPPPIYDFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL
C7 TPPPIYDFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL
C8 TPPPIYDFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL
C9 TPPPIYNFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL
******:*******************************************
C1 TVDYFSYPTSMSSYLQPGSAGEIVQFNYKQDFSNPTCRVLATVPQNLTSI
C2 TVDYFAYSTEMSSYLQPGSAGEIGQFNYKQDFSNPTCRVLATVPQNLTTI
C3 TVDYFAYSTDMSSYLQPGSAGEIVQFNYKQDFSNPTCRVLATVPQNLTTI
C4 TVDYFAYSTDMSSYLQPGSAGAIVQFNYKQDFSNPTCRVLATVPQNLTTI
C5 TVDYFAYSTDMSSYLQPGSAGAIVQFNYKQDFSNPTCRVLATVPQNLTTI
C6 TVDYFAYSTDMSSYLQPGSAGEIVQFNYKQDFSNPTCRVLATVPTNLTTI
C7 TVDYFAYSTDMSSYLQPGSAGEIVQFNYKQDFSNPTCRVLATVPTNLTTI
C8 TVDYFAYSTDMSSYLQPGSAGEIVQFNYKQDFSNPTCRVLATVPTNLTTI
C9 TVDYFAYSTDMSSYLQPGSAGEIVQFNYKQDFSNPTCRVLATVPQNLTTI
*****:*.*.*********** * ******************** ***:*
C1 TKPSNYVHLTECYKFIAHGKNYLYNAPGGYTPCLSLASSGFSRDRQSHSQ
C2 TKPSNYAYLTECYKTSSYGKNYLYNAPGGYTPCLSLASRGFSTKYQSYS-
C3 TKPSNYAYLTECYKTTAYGKNYLYNAPGGYTPCLSLASRGFSIKYQSHS-
C4 TKPSNYAYLTECYKTSAYGKNYLYNAPGAYTPCLSLASRGFSTKYQSHS-
C5 TKPSNYAYLTECYKTSAYGKNYLYNAPGAYTPCLSLASRGFSTKYQSHS-
C6 TKSSNYVHLTECYKSTAYGKNYLYNAPGGYTPCLSLASRGFTTNRQSHSL
C7 TKSSNYVHLTECYKSTAYGKNYLYNAPGGYTPCLSLASRGFTTNRQSHSL
C8 TKSSNYVHLTECYKSTAYGKNYLYNAPGGYTPCLSLASRGFTTNRQSHSL
C9 TKPSNYAYLTECYKTSAYGKNYLYNAPGGYTPCLSLASRGFSTTYQSHS-
**.***.:****** ::**********.********* **: **:*
C1 ELPDGSFLTTTGSVYSVGSNFQMAFIISVQYGTDTNSVCPMQALRNDTSI
C2 ---DG-ELTTTGYVYPVSGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI
C3 ---DG-ELTTTGYIYPVNGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI
C4 ---DG-ELTTTGYIYPVTGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI
C5 ---DG-ELTTTGYIYPVTGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI
C6 ELPDG-YLVTTGSVYPVNGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI
C7 ELPDG-YLVTTGSVYPVNGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI
C8 ELPDG-YLVTTGSVYPVNGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI
C9 ---DG-GLTTTGYIYPVTGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI
** *.*** :*.* .*:*****************************
C1 EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG
C2 EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG
C3 EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG
C4 EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG
C5 EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG
C6 EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG
C7 EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG
C8 EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG
C9 EDKLDVCVEYSLHGITGCGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG
***************** ********************************
C1 NYYCVRPCVSVPVSVIYDKVSNSHATLFGSVACSHVTTMMSQFSRMTKTN
C2 NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN
C3 NYYCVRPCVSVPVSVIYDKVSNSHATLFGSVACSHVTTMMSQFSRMTKTN
C4 NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN
C5 NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN
C6 NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN
C7 NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN
C8 NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN
C9 NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN
*******************.******************************
C1 LLARTTRGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTPSRV-
C2 LLARTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSSRV-
C3 LLARTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSSRL-
C4 LLARTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSSRV-
C5 LLARTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSSRV-
C6 LLPRTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSTRF-
C7 LPARTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSTRF-
C8 LPARTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSTRF-
C9 LLARTNPGPLQTTVGCAMGFINTSMVVDECQLPLGQSLCAIPPSPSARLA
* .**. ***************:********************:..:*.
C1 LRAASGVPHVFQIATLNFTSPLTLTPINSTGFVVAVPTNFTFGVTQEFIE
C2 RRATSGVPDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE
C3 RRATSGVPDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE
C4 RRATSGASDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE
C5 RRATSGASDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE
C6 RRATS-IPDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE
C7 RRATS-IPDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE
C8 RRATS-IPDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE
C9 RSARSGNVDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE
* * .***************:*************************
C1 TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI
C2 TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALRGANLRQDESI
C3 TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI
C4 TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI
C5 TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI
C6 TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI
C7 TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI
C8 TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI
C9 TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI
***************************************:**********
C1 ANLFSSIKTQNTQPLQAGLNGDFNLTILQIPQVSTGERKYRSAIEDLLFN
C2 ANLFSSIKTQNTQPLQAGLNGDFNLTMLQIPQVTTGERKYRSAIEDLLFN
C3 SNLFSSIKTQNTQPLQAGLNGDFNLTMLQIPQVTTGERKYRSAIEDLLFN
C4 ANLFSSIKTQNTQPLQAGLNGDFNLTMLQIPQVTTGERKYRSTIEDLLFN
C5 ANLFSSIKTQNTQPLQAGLNGDFNLTMLQIPQVTTGERKYRSTIEDLLFN
C6 ANLFSSIKTQNTQPLQAGLNGDFNLTMLQIPQVTTGERKYRSTIEDLLFN
C7 ANLFSSIKTQNTQPLQAGLNGDFNLTMLQIPQVTTGERKYRSTIEDLLFN
C8 ANLFSSIKTQNTQPLQAGLNGDFNLTMLQIPQVTTGERKYRSTIEDLLFN
C9 ANLFSSIKTQNTQPLQAGLNGDFNLTMLQVPQVTTGERKYRSAIEDLLFN
:*************************:**:***:********:*******
C1 KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA
C2 KVTIADPGYMQGYDECMQQGLQSARDLICAQYVAGYKVLPPLYDTYMEAA
C3 KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA
C4 KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA
C5 KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA
C6 KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA
C7 KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA
C8 KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA
C9 KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA
******************** ***********************.*****
C1 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
C2 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
C3 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
C4 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
C5 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
C6 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
C7 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
C8 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
C9 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
**************************************************
C1 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
C2 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMTLSKLAAELSNTFGA
C3 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
C4 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
C5 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
C6 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
C7 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
C8 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
C9 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
***********************************:**************
C1 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
C2 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
C3 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
C4 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
C5 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
C6 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
C7 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
C8 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
C9 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
**************************************************
C1 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
C2 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
C3 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
C4 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
C5 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
C6 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
C7 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
C8 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
C9 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTAH
************************************************:*
C1 VNATAAYGLCNSENPPKCIAPIDGYFVLNQTTSAARSSDDQQWYYTGSSF
C2 INATAAYGLCNTENPPKCIAPIDGYFVLNQTTSTV-ANSDQQWYYTGSSF
C3 VNATAAYGLCNTENPPKCIAPIDGYFVLNQTISTV-ANSDQQWYYTGSSF
C4 VNATAAYGLCNTENPQKCIAPIDGYFVLNQTTSTV-ADSDQQWYYTGSSF
C5 VNATAAYGLCNTENPQKCIAPIDGYFVLNQTTSTV-ADSDQQWYYTGSSF
C6 VNATAAYGLCNTENPPKCIAPIDGYFVLNQTTSTARSSGDQHWYYTGSSF
C7 VNATAAYGLCNTENPPKCIAPIDGYFVLNQTTSTARSSGDQHWYYTGSSF
C8 VNATAAYGLCNTENPPKCIAPIDGYFVLNQTTSTARSSGDQHWYYTGSSF
C9 VNATAAYGLCNTETPPKCVAPIDGYFVLNQTTTTARVGADQQWYYTGSSF
:**********:*.* **:************ ::. . **:********
C1 FHPEPITEANSKYVSMDVKFENLTNRLPPPLLSNSTDLDFKDELEEFFKN
C2 FHPEPITEANSKYVSMDVKFKNLTNKLPPPLLSNSTDLDFKEKLEEFFKN
C3 FYPEPITEANSKYVSMDVKFENLTNRLPPPLLSNSTDLDFKEELEEFFKN
C4 FHPEPITEANSKYVSMDVKFENLTNRLPPPLLSNSTDLDFKEELEEFFKN
C5 FHPEPITEANSKYVSMDVKFENLTNRLPPPLLSNSTDLDFKEELEEFFKN
C6 FHPEPITEANSKYVSMDVKFENLTNKLPPPLLSNSTDLDFKDELEEFFKN
C7 FHPEPITEANSKYVSMDVKFENLTNKLPPPLLSNSTDLDFKDELEEFFKN
C8 FHPEPITEANSKYVSMDVKFENLTNKLPPPLLSNSTDLDFKDELEEFFKN
C9 FHPEPITEANSKYVSMDVKFENLTNRLPPPLLSNSTDLDFKEELEEFFKN
*:******************:****:***************::*******
C1 VSSQRPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
C2 VSSQGPNFQEISKNYTTLLNLNTKLMVLSEVVKQLNESYIDLKELGNYTF
C3 VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
C4 VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
C5 VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
C6 VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
C7 VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
C8 VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
C9 VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
**** ******** ********:**************************
C1 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
C2 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
C3 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
C4 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
C5 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
C6 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
C7 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
C8 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
C9 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
**************************************************
C1 EYEVEKIHVH
C2 EYEVEKIHIH
C3 EYEVEKIHVH
C4 EYEVEKIHVH
C5 EYEVEKIHVH
C6 EYEVEKIHVH
C7 EYEVEKIHVH
C8 EYEVEKIHVH
C9 EYEVEKIHVH
********:*
-- Starting log on Tue Oct 25 21:15:10 GMT 2022 --
-- Iteration: /working_dir/input/2_modified/TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5.result--
CLUSTAL FORMAT for T-COFFEE Version_12.00.7fb08c2 [http://www.tcoffee.org] [MODE: ], CPU=0.08 sec, SCORE=1000, Nseq=9, Len=1360
C1 MIRSVLVLMCSLTFIGNRTSSQSVDVGPVGSGSCLRSQVRPEYFDIVRNT
C2 MIRSVLVLMCSLTFIGNRTSSQSVDVGSAGSGSCLRSQVRPEYFDIARNT
C3 MIRSVLALMCSLTFIGNRISSQSVDVGSAGSGSCLRSQVRPEYFDIVRNT
C4 MIRSVLVLMCSLTFIGNLTRGQSVDMGHNGTGSCLDSQVQPDYFESVHTT
C5 MIRSVLVLMCSLTFIGNLTRGQSVDMGHNGTGSCLDSQVQPDYFESVHTT
C6 MIRSVLVLMCSLTFIGNRTSCQSVDIGTPVTGSCLRSQVRPEYFDIVHNT
C7 MIRSVLVLMCSLTFIGNRTSCQSVDIGTPVTGSCLRSQVRPEYFDIVHNT
C8 MIRSVLVLMCSLTFIGNRTSCQSVDIGTPVTGSCLRSQVRPEYFDIVHNT
C9 MIRSVLVLMCSLTFIGSRTSSQSVDVGTPASGSCLRSQVRPEYFDIVRNT
******.*********. ****:* :**** ***:*:**: .:.*
C1 WPMPIDTSKADGVIYPNGKSYSNITLTYTGLYPKANDLGKQYLFSDGHSA
C2 WPMPIDTSKAEGVIYPNGKSYSNISLTYTGLYPKANDLGKQYLFSDGHSA
C3 WPMPIDTSKAEGVIYPNGKSYSNISLTYTGLYPKANDLGKQYLFSDGHSA
C4 WPMPIDTSKAEGVIYPNGKSYSNITLTYTGLYPKANDLGKQYLFSDGHSA
C5 WPMPIDTSKAEGVIYPNGKSYSNITLTYTGLYPKANDLGKQYLFSDGHSA
C6 WPMPIDTSKAEGVIYPNGKSYSNISLTYTGLYPKAKDLGKQYLFSDGHSA
C7 WPMPIDTSKAEGVIYPNGKSYSNISLTYTGLYPKAKDLGKQYLFSDGHSA
C8 WPMPIDTSKAEGVIYPNGKSYSNISLTYTGLYPKAKDLGKQYLFSDGHSA
C9 WPMPIDTSKAEGVIYPNGKSYSNISLTYTGLYPKANDLGKQYLFSDGHSA
**********:*************:**********:**************
C1 PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI
C2 PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI
C3 PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI
C4 PGRLNNLFVSNYSSQVESFDDGFVVRIGAAANKTGTTVISQSTFKPIKKI
C5 PGRLNNLFVSNYSSQVESFDDGFVVRIGAAANKTGTTVISQSTFKPIKKI
C6 PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI
C7 PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI
C8 PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI
C9 PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI
*.:**:*******:****************:**********:********
C1 YPGFMLGHAVGNYTPTNITGRYLNHTLVILPDGCGTLVHAFYCVLQPRTE
C2 YPGFMLGHAVGNYTPTNITGRYFNHTLVILPDGCGTLVHAFYCILQPRTQ
C3 YPGFMLGHAVGNYTPTNITGRYLNHTLVILPDGCGTLVHAFYCVLQPRTQ
C4 YPAFLLGHSVGNYTPSNRTGRYLNHTLVILPDGCGTILHAFYCVLHPRTQ
C5 YPAFLLGHSVGNYTPSNRTGRYLNHTLVILPDGCGTILHAFYCVLHPRTQ
C6 YPGFMLGHAVGNYTPTNITGRYLNHTLVILPDGCGTLVHAFYCILQPRTQ
C7 YPGFMLGHAVGNYTPTNITGRYLNHTLVILPDGCGTLVHAFYCILQPRTQ
C8 YPGFMLGHAVGNYTPTNITGRYLNHTLVILPDGCGTLVHAFYCILQPRTQ
C9 YPGFMLGHVVGNYTPANITGRYFNHTLVILPDGCGTLVHAFYCVLQPRTQ
**.*:*** ******:* ****:*************::*****:*:***:
C1 ANCPGAFSFTSVTLWDTPATDCASSDVYNSLANLNAFKLYFDLLNCTFKY
C2 AYCPGASSFTSVTLWDTPATDCAPSGVYNPLANLNAFKLYFDLLNCTFKY
C3 ANCPGASSFTSVTLWDTPATDCAPNGVYNPLANLNAFKLYFDLLNCTFKY
C4 QNCAGETNFKSLSLWDTPASDCV-SGSYNQEATLGAFKVYFDLINCTFRY
C5 QNCAGETNFKSLSLWDTPASDCV-SGSYNQEATLGAFKVYFDLINCTFRY
C6 ANCPGASSFTSVTLWDTPATDCAPSGVYNSLANLNAFKLYFDLINCTFRY
C7 ANCPGASSFTSVTLWDTPATDCAPSGVYNSLANLNAFKLYFDLINCTFRY
C8 ANCPGASSFTSVTLWDTPATDCAPSGVYNSLANLNAFKLYFDLINCTFRY
C9 ANCPGASSFTSVTLWDTPATDCAPNGVYNPLANLNAFKLYFDLLNCTFKY
*.* .*.*::******:**. .. ** *.*.***:****:****:*
C1 NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL
C2 NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL
C3 NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL
C4 NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL
C5 NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL
C6 NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL
C7 NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL
C8 NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL
C9 NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL
**************************************************
C1 YYTVIPRSIRSPFNDRKAWAAFYIYKLYPLTYLLNFDVEGYITKAVDCGY
C2 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
C3 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
C4 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
C5 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
C6 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
C7 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
C8 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
C9 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
***************************:**********************
C1 DDFAQLQCSYENFDVETGVYSVSSFEASPRGEFIEQATTQECDFSPMLTG
C2 DDFAQLQCSYENFDVETGVYSVSSFEASPRGEFIEQATTEECDFTPMLTG
C3 DDFAQLQCSYENFDVETGVYSVSSFEASPRGEFIEQAVTEECDFTPMLTG
C4 DDLAQLQCSYESFEVETGVYSVSSFEASPRGEFIEQATTQECDFTPMLTG
C5 DDLAQLQCSYESFEVETGVYSVSSFEASPRGEFIEQATTQECDFTPMLTG
C6 DDFAQLQCSYENFDVETGVYSVSSFEASPRGEFIEQATTQECDFTPMLTG
C7 DDFAQLQCSYENFDVETGVYSVSSFEASPRGEFIEQATTQECDFTPMLTG
C8 DDFAQLQCSYENFDVETGVYSVSSFEASPRGEFIEQATTQECDFTPMLTG
C9 DDFAQLQCSYESFDVETGVYSVSSFEASPRGEFIEQATTQECDFTPMLSG
**:********.*:***********************.*:****:***:*
C1 TPPPIYDFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL
C2 TPPPIYNFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL
C3 TPPPIYNFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL
C4 TPPPIYNFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL
C5 TPPPIYNFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL
C6 TPPPIYDFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL
C7 TPPPIYDFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL
C8 TPPPIYDFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL
C9 TPPPIYNFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL
******:*******************************************
C1 TVDYFSYPTSMSSYLQPGSAGEIVQFNYKQDFSNPTCRVLATVPQNLTSI
C2 TVDYFAYSTEMSSYLQPGSAGEIGQFNYKQDFSNPTCRVLATVPQNLTTI
C3 TVDYFAYSTDMSSYLQPGSAGEIVQFNYKQDFSNPTCRVLATVPQNLTTI
C4 TVDYFAYSTDMSSYLQPGSAGAIVQFNYKQDFSNPTCRVLATVPQNLTTI
C5 TVDYFAYSTDMSSYLQPGSAGAIVQFNYKQDFSNPTCRVLATVPQNLTTI
C6 TVDYFAYSTDMSSYLQPGSAGEIVQFNYKQDFSNPTCRVLATVPTNLTTI
C7 TVDYFAYSTDMSSYLQPGSAGEIVQFNYKQDFSNPTCRVLATVPTNLTTI
C8 TVDYFAYSTDMSSYLQPGSAGEIVQFNYKQDFSNPTCRVLATVPTNLTTI
C9 TVDYFAYSTDMSSYLQPGSAGEIVQFNYKQDFSNPTCRVLATVPQNLTTI
*****:*.*.*********** * ******************** ***:*
C1 TKPSNYVHLTECYKFIAHGKNYLYNAPGGYTPCLSLASSGFSRDRQSHSQ
C2 TKPSNYAYLTECYKTSSYGKNYLYNAPGGYTPCLSLASRGFSTKYQSYS-
C3 TKPSNYAYLTECYKTTAYGKNYLYNAPGGYTPCLSLASRGFSIKYQSHS-
C4 TKPSNYAYLTECYKTSAYGKNYLYNAPGAYTPCLSLASRGFSTKYQSHS-
C5 TKPSNYAYLTECYKTSAYGKNYLYNAPGAYTPCLSLASRGFSTKYQSHS-
C6 TKSSNYVHLTECYKSTAYGKNYLYNAPGGYTPCLSLASRGFTTNRQSHSL
C7 TKSSNYVHLTECYKSTAYGKNYLYNAPGGYTPCLSLASRGFTTNRQSHSL
C8 TKSSNYVHLTECYKSTAYGKNYLYNAPGGYTPCLSLASRGFTTNRQSHSL
C9 TKPSNYAYLTECYKTSAYGKNYLYNAPGGYTPCLSLASRGFSTTYQSHS-
**.***.:****** ::**********.********* **: **:*
C1 ELPDGSFLTTTGSVYSVGSNFQMAFIISVQYGTDTNSVCPMQALRNDTSI
C2 ---DG-ELTTTGYVYPVSGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI
C3 ---DG-ELTTTGYIYPVNGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI
C4 ---DG-ELTTTGYIYPVTGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI
C5 ---DG-ELTTTGYIYPVTGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI
C6 ELPDG-YLVTTGSVYPVNGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI
C7 ELPDG-YLVTTGSVYPVNGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI
C8 ELPDG-YLVTTGSVYPVNGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI
C9 ---DG-GLTTTGYIYPVTGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI
** *.*** :*.* .*:*****************************
C1 EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG
C2 EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG
C3 EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG
C4 EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG
C5 EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG
C6 EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG
C7 EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG
C8 EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG
C9 EDKLDVCVEYSLHGITGCGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG
***************** ********************************
C1 NYYCVRPCVSVPVSVIYDKVSNSHATLFGSVACSHVTTMMSQFSRMTKTN
C2 NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN
C3 NYYCVRPCVSVPVSVIYDKVSNSHATLFGSVACSHVTTMMSQFSRMTKTN
C4 NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN
C5 NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN
C6 NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN
C7 NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN
C8 NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN
C9 NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN
*******************.******************************
C1 LLARTTRGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTPSRV-
C2 LLARTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSSRV-
C3 LLARTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSSRL-
C4 LLARTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSSRV-
C5 LLARTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSSRV-
C6 LLPRTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSTRF-
C7 LPARTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSTRF-
C8 LPARTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSTRF-
C9 LLARTNPGPLQTTVGCAMGFINTSMVVDECQLPLGQSLCAIPPSPSARLA
* .**. ***************:********************:..:*.
C1 LRAASGVPHVFQIATLNFTSPLTLTPINSTGFVVAVPTNFTFGVTQEFIE
C2 RRATSGVPDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE
C3 RRATSGVPDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE
C4 RRATSGASDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE
C5 RRATSGASDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE
C6 RRATS-IPDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE
C7 RRATS-IPDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE
C8 RRATS-IPDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE
C9 RSARSGNVDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE
* * .***************:*************************
C1 TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI
C2 TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALRGANLRQDESI
C3 TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI
C4 TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI
C5 TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI
C6 TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI
C7 TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI
C8 TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI
C9 TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI
***************************************:**********
C1 ANLFSSIKTQNTQPLQAGLNGDFNLTILQIPQVSTGERKYRSAIEDLLFN
C2 ANLFSSIKTQNTQPLQAGLNGDFNLTMLQIPQVTTGERKYRSAIEDLLFN
C3 SNLFSSIKTQNTQPLQAGLNGDFNLTMLQIPQVTTGERKYRSAIEDLLFN
C4 ANLFSSIKTQNTQPLQAGLNGDFNLTMLQIPQVTTGERKYRSTIEDLLFN
C5 ANLFSSIKTQNTQPLQAGLNGDFNLTMLQIPQVTTGERKYRSTIEDLLFN
C6 ANLFSSIKTQNTQPLQAGLNGDFNLTMLQIPQVTTGERKYRSTIEDLLFN
C7 ANLFSSIKTQNTQPLQAGLNGDFNLTMLQIPQVTTGERKYRSTIEDLLFN
C8 ANLFSSIKTQNTQPLQAGLNGDFNLTMLQIPQVTTGERKYRSTIEDLLFN
C9 ANLFSSIKTQNTQPLQAGLNGDFNLTMLQVPQVTTGERKYRSAIEDLLFN
:*************************:**:***:********:*******
C1 KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA
C2 KVTIADPGYMQGYDECMQQGLQSARDLICAQYVAGYKVLPPLYDTYMEAA
C3 KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA
C4 KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA
C5 KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA
C6 KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA
C7 KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA
C8 KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA
C9 KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA
******************** ***********************.*****
C1 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
C2 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
C3 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
C4 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
C5 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
C6 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
C7 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
C8 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
C9 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
**************************************************
C1 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
C2 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMTLSKLAAELSNTFGA
C3 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
C4 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
C5 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
C6 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
C7 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
C8 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
C9 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
***********************************:**************
C1 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
C2 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
C3 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
C4 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
C5 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
C6 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
C7 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
C8 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
C9 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
**************************************************
C1 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
C2 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
C3 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
C4 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
C5 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
C6 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
C7 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
C8 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
C9 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTAH
************************************************:*
C1 VNATAAYGLCNSENPPKCIAPIDGYFVLNQTTSAARSSDDQQWYYTGSSF
C2 INATAAYGLCNTENPPKCIAPIDGYFVLNQTTSTV-ANSDQQWYYTGSSF
C3 VNATAAYGLCNTENPPKCIAPIDGYFVLNQTISTV-ANSDQQWYYTGSSF
C4 VNATAAYGLCNTENPQKCIAPIDGYFVLNQTTSTV-ADSDQQWYYTGSSF
C5 VNATAAYGLCNTENPQKCIAPIDGYFVLNQTTSTV-ADSDQQWYYTGSSF
C6 VNATAAYGLCNTENPPKCIAPIDGYFVLNQTTSTARSSGDQHWYYTGSSF
C7 VNATAAYGLCNTENPPKCIAPIDGYFVLNQTTSTARSSGDQHWYYTGSSF
C8 VNATAAYGLCNTENPPKCIAPIDGYFVLNQTTSTARSSGDQHWYYTGSSF
C9 VNATAAYGLCNTETPPKCVAPIDGYFVLNQTTTTARVGADQQWYYTGSSF
:**********:*.* **:************ ::. . **:********
C1 FHPEPITEANSKYVSMDVKFENLTNRLPPPLLSNSTDLDFKDELEEFFKN
C2 FHPEPITEANSKYVSMDVKFKNLTNKLPPPLLSNSTDLDFKEKLEEFFKN
C3 FYPEPITEANSKYVSMDVKFENLTNRLPPPLLSNSTDLDFKEELEEFFKN
C4 FHPEPITEANSKYVSMDVKFENLTNRLPPPLLSNSTDLDFKEELEEFFKN
C5 FHPEPITEANSKYVSMDVKFENLTNRLPPPLLSNSTDLDFKEELEEFFKN
C6 FHPEPITEANSKYVSMDVKFENLTNKLPPPLLSNSTDLDFKDELEEFFKN
C7 FHPEPITEANSKYVSMDVKFENLTNKLPPPLLSNSTDLDFKDELEEFFKN
C8 FHPEPITEANSKYVSMDVKFENLTNKLPPPLLSNSTDLDFKDELEEFFKN
C9 FHPEPITEANSKYVSMDVKFENLTNRLPPPLLSNSTDLDFKEELEEFFKN
*:******************:****:***************::*******
C1 VSSQRPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
C2 VSSQGPNFQEISKNYTTLLNLNTKLMVLSEVVKQLNESYIDLKELGNYTF
C3 VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
C4 VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
C5 VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
C6 VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
C7 VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
C8 VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
C9 VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
**** ******** ********:**************************
C1 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
C2 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
C3 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
C4 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
C5 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
C6 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
C7 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
C8 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
C9 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
**************************************************
C1 EYEVEKIHVH
C2 EYEVEKIHIH
C3 EYEVEKIHVH
C4 EYEVEKIHVH
C5 EYEVEKIHVH
C6 EYEVEKIHVH
C7 EYEVEKIHVH
C8 EYEVEKIHVH
C9 EYEVEKIHVH
********:*
-- Starting log on Tue Oct 25 21:37:18 GMT 2022 --
-- Iteration: /working_dir/pss_subsets/TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5.result/gapped_alignment/fubar,TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5.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 9 taxa and 4080 characters
Missing data coded as ?
Data matrix is interleaved
Data is Dna
Gaps coded as -
Matching characters coded as .
Taxon 1 -> C1
Taxon 2 -> C2
Taxon 3 -> C3
Taxon 4 -> C4
Taxon 5 -> C5
Taxon 6 -> C6
Taxon 7 -> C7
Taxon 8 -> C8
Taxon 9 -> C9
Successfully read matrix
Setting default partition (does not divide up characters)
Setting model defaults
Seed (for generating default start values) = 1666733842
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) = 977676405
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 = 4065589735
Seed = 1461129043
Swapseed = 1666733842
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 95 unique site patterns
Division 2 has 65 unique site patterns
Division 3 has 220 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 -- -13901.311859 -- 32.479477
Chain 2 -- -13209.615575 -- 32.479477
Chain 3 -- -14125.802776 -- 32.479477
Chain 4 -- -14027.891861 -- 32.479477
Initial log likelihoods and log prior probs for run 2:
Chain 1 -- -13521.284653 -- 32.479477
Chain 2 -- -13160.865909 -- 32.479477
Chain 3 -- -13983.415765 -- 32.479477
Chain 4 -- -13486.260653 -- 32.479477
Using a relative burnin of 25.0 % for diagnostics
Chain results (1000000 generations requested):
0 -- [-13901.312] (-13209.616) (-14125.803) (-14027.892) * [-13521.285] (-13160.866) (-13983.416) (-13486.261)
1000 -- (-10676.525) (-10684.898) (-10670.209) [-10576.052] * [-10669.835] (-10772.378) (-10738.196) (-10773.332) -- 0:00:00
2000 -- (-10556.929) (-10551.499) (-10545.654) [-10471.529] * (-10568.920) (-10588.903) (-10537.343) [-10561.236] -- 0:08:19
3000 -- (-10511.119) (-10530.836) (-10497.074) [-10459.217] * (-10525.994) (-10502.940) [-10478.787] (-10507.261) -- 0:11:04
4000 -- [-10457.862] (-10487.883) (-10469.955) (-10460.797) * (-10467.809) [-10451.570] (-10455.531) (-10479.592) -- 0:12:27
5000 -- (-10461.277) (-10483.745) (-10463.782) [-10465.961] * (-10467.915) (-10455.174) [-10461.045] (-10471.503) -- 0:13:16
Average standard deviation of split frequencies: 0.101015
6000 -- (-10457.122) (-10459.749) (-10454.300) [-10460.221] * (-10462.237) [-10461.153] (-10470.241) (-10463.681) -- 0:13:48
7000 -- [-10451.031] (-10466.364) (-10465.789) (-10465.231) * (-10460.137) (-10462.435) (-10458.213) [-10466.247] -- 0:14:11
8000 -- [-10460.204] (-10465.385) (-10464.919) (-10460.231) * (-10462.471) (-10455.012) [-10460.933] (-10470.019) -- 0:14:28
9000 -- [-10454.921] (-10461.641) (-10460.497) (-10456.079) * [-10458.379] (-10461.786) (-10469.334) (-10470.157) -- 0:12:50
10000 -- [-10459.785] (-10456.035) (-10456.003) (-10454.442) * (-10459.494) (-10455.200) [-10459.948] (-10452.425) -- 0:13:12
Average standard deviation of split frequencies: 0.054393
11000 -- [-10458.654] (-10460.305) (-10461.290) (-10451.251) * [-10453.926] (-10455.744) (-10460.342) (-10454.743) -- 0:13:29
12000 -- (-10467.592) [-10456.717] (-10458.988) (-10457.001) * (-10464.425) (-10461.058) (-10459.079) [-10461.260] -- 0:13:43
13000 -- (-10454.739) [-10448.168] (-10462.207) (-10456.947) * (-10457.026) (-10454.110) [-10462.094] (-10462.831) -- 0:13:55
14000 -- [-10458.498] (-10462.492) (-10465.425) (-10461.840) * (-10465.024) (-10463.083) (-10462.238) [-10458.997] -- 0:14:05
15000 -- (-10456.643) (-10469.283) (-10463.307) [-10459.433] * (-10460.573) (-10465.419) [-10459.799] (-10465.693) -- 0:14:13
Average standard deviation of split frequencies: 0.067991
16000 -- [-10461.165] (-10458.029) (-10464.440) (-10467.287) * (-10457.092) (-10451.861) (-10457.565) [-10454.058] -- 0:14:21
17000 -- (-10455.705) (-10457.498) (-10461.443) [-10454.267] * (-10470.330) [-10451.481] (-10462.115) (-10455.141) -- 0:13:29
18000 -- (-10459.239) (-10458.833) (-10460.460) [-10452.105] * [-10458.748] (-10455.356) (-10464.807) (-10456.017) -- 0:13:38
19000 -- (-10451.162) (-10461.630) (-10466.007) [-10452.096] * (-10453.174) (-10466.858) (-10463.309) [-10452.077] -- 0:13:46
20000 -- (-10462.080) (-10459.492) [-10467.972] (-10459.957) * (-10468.663) (-10458.103) [-10455.203] (-10462.036) -- 0:13:53
Average standard deviation of split frequencies: 0.061411
21000 -- (-10461.257) [-10453.298] (-10455.573) (-10452.289) * (-10459.550) (-10455.315) [-10464.624] (-10455.511) -- 0:13:59
22000 -- [-10453.961] (-10458.460) (-10455.764) (-10447.695) * (-10456.321) [-10455.674] (-10452.202) (-10457.644) -- 0:14:04
23000 -- (-10457.154) (-10452.645) [-10455.309] (-10458.261) * (-10457.030) (-10470.588) (-10457.418) [-10455.611] -- 0:14:09
24000 -- (-10455.793) (-10456.774) (-10456.004) [-10459.118] * (-10454.972) [-10462.485] (-10460.525) (-10460.722) -- 0:13:33
25000 -- (-10461.849) (-10466.296) (-10462.607) [-10455.826] * [-10458.755] (-10462.580) (-10452.112) (-10448.474) -- 0:13:39
Average standard deviation of split frequencies: 0.053098
26000 -- [-10456.663] (-10470.602) (-10466.368) (-10459.257) * (-10456.026) (-10459.323) (-10459.439) [-10457.290] -- 0:13:44
27000 -- [-10453.162] (-10466.753) (-10459.427) (-10460.810) * (-10460.349) [-10455.171] (-10471.712) (-10465.636) -- 0:13:48
28000 -- (-10455.901) [-10463.088] (-10455.390) (-10459.074) * (-10465.735) (-10463.711) (-10471.884) [-10464.637] -- 0:13:53
29000 -- (-10466.424) [-10453.873] (-10466.142) (-10461.820) * (-10466.817) [-10458.333] (-10459.532) (-10465.992) -- 0:13:57
30000 -- (-10461.392) (-10458.544) [-10452.082] (-10459.208) * [-10454.163] (-10459.391) (-10470.503) (-10460.604) -- 0:14:00
Average standard deviation of split frequencies: 0.053210
31000 -- (-10468.370) (-10464.174) [-10453.949] (-10458.285) * (-10474.201) [-10471.026] (-10455.776) (-10453.700) -- 0:13:32
32000 -- (-10477.155) [-10453.850] (-10458.823) (-10464.725) * (-10463.100) [-10466.575] (-10469.277) (-10450.282) -- 0:13:36
33000 -- (-10460.077) (-10462.251) [-10455.974] (-10462.272) * (-10459.900) (-10468.081) [-10460.353] (-10459.470) -- 0:13:40
34000 -- (-10461.437) [-10458.855] (-10462.857) (-10462.394) * (-10454.220) (-10466.194) [-10458.122] (-10452.626) -- 0:13:43
35000 -- [-10459.301] (-10457.990) (-10459.929) (-10456.819) * (-10462.135) (-10469.027) (-10453.813) [-10452.484] -- 0:13:47
Average standard deviation of split frequencies: 0.049356
36000 -- (-10458.171) [-10451.047] (-10462.692) (-10456.485) * [-10452.754] (-10455.573) (-10468.251) (-10468.672) -- 0:13:50
37000 -- (-10464.297) (-10464.490) [-10457.118] (-10455.546) * [-10450.191] (-10455.047) (-10464.540) (-10461.559) -- 0:13:52
38000 -- (-10471.106) [-10458.987] (-10464.881) (-10458.377) * (-10460.573) (-10464.941) (-10466.758) [-10459.296] -- 0:13:55
39000 -- (-10459.215) (-10453.244) [-10463.683] (-10461.373) * (-10457.868) (-10465.580) (-10463.183) [-10452.433] -- 0:13:33
40000 -- (-10471.173) (-10458.785) (-10459.922) [-10454.861] * (-10461.805) [-10451.366] (-10456.400) (-10452.718) -- 0:13:36
Average standard deviation of split frequencies: 0.050508
41000 -- [-10453.194] (-10460.575) (-10469.137) (-10457.915) * (-10456.107) (-10465.463) [-10451.270] (-10463.387) -- 0:13:38
42000 -- [-10464.429] (-10461.033) (-10453.000) (-10464.669) * (-10461.803) [-10455.849] (-10455.677) (-10456.426) -- 0:13:41
43000 -- (-10452.129) [-10457.689] (-10461.923) (-10456.921) * (-10463.270) [-10465.714] (-10463.794) (-10457.013) -- 0:13:43
44000 -- (-10457.633) (-10455.002) (-10470.274) [-10454.274] * (-10461.244) [-10450.417] (-10460.548) (-10462.007) -- 0:13:45
45000 -- (-10456.789) (-10454.688) [-10458.613] (-10454.411) * (-10450.449) [-10454.362] (-10461.536) (-10468.865) -- 0:13:47
Average standard deviation of split frequencies: 0.050508
46000 -- (-10454.018) (-10462.854) [-10456.754] (-10459.487) * (-10463.134) (-10460.081) (-10456.540) [-10461.899] -- 0:13:28
47000 -- (-10449.632) (-10457.199) (-10469.827) [-10459.582] * (-10462.388) (-10454.769) [-10451.498] (-10465.481) -- 0:13:31
48000 -- (-10460.254) [-10453.243] (-10455.716) (-10463.605) * (-10461.300) (-10463.612) (-10462.557) [-10463.138] -- 0:13:33
49000 -- (-10458.006) [-10451.474] (-10461.914) (-10457.703) * [-10459.264] (-10481.337) (-10459.790) (-10462.892) -- 0:13:35
50000 -- (-10462.295) (-10454.505) [-10461.714] (-10459.704) * (-10468.050) (-10460.127) (-10459.169) [-10462.466] -- 0:13:37
Average standard deviation of split frequencies: 0.042226
51000 -- [-10460.682] (-10456.457) (-10458.518) (-10457.554) * (-10458.157) [-10459.083] (-10457.482) (-10468.092) -- 0:13:38
52000 -- (-10450.718) [-10461.169] (-10458.016) (-10458.619) * (-10468.047) [-10456.606] (-10464.088) (-10464.041) -- 0:13:40
53000 -- [-10462.895] (-10457.384) (-10463.182) (-10463.955) * [-10462.866] (-10460.082) (-10462.720) (-10462.114) -- 0:13:41
54000 -- (-10454.727) (-10454.970) (-10459.472) [-10457.995] * (-10468.661) [-10454.429] (-10453.835) (-10461.690) -- 0:13:25
55000 -- (-10459.069) [-10453.057] (-10457.916) (-10456.018) * (-10459.620) (-10454.957) (-10463.410) [-10452.618] -- 0:13:27
Average standard deviation of split frequencies: 0.033024
56000 -- (-10459.380) (-10453.047) [-10458.730] (-10464.844) * [-10457.194] (-10455.790) (-10462.046) (-10453.605) -- 0:13:29
57000 -- (-10459.884) (-10460.897) (-10457.186) [-10458.873] * [-10465.604] (-10467.653) (-10452.193) (-10456.491) -- 0:13:30
58000 -- (-10454.608) [-10454.846] (-10458.111) (-10467.493) * (-10455.698) [-10460.694] (-10454.847) (-10462.344) -- 0:13:32
59000 -- (-10448.945) (-10463.819) (-10467.823) [-10466.490] * (-10455.085) [-10452.836] (-10459.685) (-10460.801) -- 0:13:33
60000 -- (-10451.304) [-10458.545] (-10457.965) (-10460.230) * (-10456.590) (-10459.669) (-10459.190) [-10460.849] -- 0:13:34
Average standard deviation of split frequencies: 0.028691
61000 -- (-10462.155) [-10459.441] (-10464.185) (-10456.319) * (-10470.625) (-10455.076) [-10455.346] (-10463.107) -- 0:13:20
62000 -- (-10469.828) (-10460.652) (-10451.573) [-10454.026] * (-10459.033) [-10451.676] (-10472.257) (-10456.201) -- 0:13:21
63000 -- (-10463.391) [-10455.785] (-10465.035) (-10462.096) * (-10460.884) (-10459.102) [-10457.920] (-10454.757) -- 0:13:23
64000 -- (-10455.081) [-10458.948] (-10456.590) (-10456.687) * (-10453.400) (-10461.522) (-10472.517) [-10460.871] -- 0:13:24
65000 -- (-10453.671) [-10455.423] (-10463.402) (-10459.415) * (-10459.941) (-10451.422) (-10458.672) [-10458.068] -- 0:13:25
Average standard deviation of split frequencies: 0.025273
66000 -- [-10451.157] (-10460.762) (-10453.285) (-10455.832) * [-10455.230] (-10462.095) (-10453.176) (-10464.721) -- 0:13:26
67000 -- [-10459.561] (-10456.083) (-10457.105) (-10454.799) * [-10449.600] (-10464.906) (-10451.472) (-10461.780) -- 0:13:27
68000 -- [-10454.054] (-10466.804) (-10458.213) (-10465.173) * [-10461.626] (-10453.672) (-10458.527) (-10461.207) -- 0:13:14
69000 -- (-10456.614) (-10459.616) (-10458.769) [-10453.832] * (-10463.562) (-10460.098) (-10461.186) [-10457.028] -- 0:13:16
70000 -- (-10467.410) (-10472.161) [-10455.178] (-10462.478) * [-10461.705] (-10452.125) (-10466.618) (-10458.732) -- 0:13:17
Average standard deviation of split frequencies: 0.028223
71000 -- (-10451.454) (-10456.080) [-10458.470] (-10464.965) * (-10461.535) [-10453.677] (-10454.148) (-10462.572) -- 0:13:18
72000 -- (-10456.590) (-10458.059) [-10456.240] (-10464.592) * [-10453.314] (-10453.867) (-10458.634) (-10453.821) -- 0:13:19
73000 -- (-10456.316) [-10457.634] (-10454.354) (-10455.661) * (-10454.826) [-10454.266] (-10469.649) (-10452.467) -- 0:13:20
74000 -- (-10471.184) (-10460.990) (-10458.699) [-10454.576] * (-10457.256) [-10451.207] (-10468.502) (-10449.903) -- 0:13:20
75000 -- (-10459.660) [-10451.997] (-10458.789) (-10472.627) * (-10455.668) (-10470.507) (-10457.151) [-10456.138] -- 0:13:21
Average standard deviation of split frequencies: 0.028151
76000 -- (-10463.359) (-10454.194) [-10456.251] (-10460.679) * (-10457.543) (-10452.896) (-10463.597) [-10460.671] -- 0:13:10
77000 -- (-10464.564) (-10463.135) [-10454.490] (-10451.496) * (-10465.295) (-10451.662) [-10458.069] (-10470.077) -- 0:13:11
78000 -- [-10450.916] (-10459.307) (-10464.804) (-10462.559) * [-10459.716] (-10451.840) (-10461.291) (-10465.780) -- 0:13:11
79000 -- (-10463.925) (-10464.626) [-10455.421] (-10457.469) * (-10456.881) [-10459.630] (-10464.871) (-10467.900) -- 0:13:12
80000 -- (-10459.907) [-10461.085] (-10451.679) (-10460.726) * (-10457.384) (-10452.747) (-10462.606) [-10460.040] -- 0:13:13
Average standard deviation of split frequencies: 0.031916
81000 -- [-10457.205] (-10465.502) (-10449.952) (-10456.187) * (-10454.382) (-10458.995) [-10459.369] (-10455.037) -- 0:13:14
82000 -- (-10456.124) [-10454.391] (-10468.604) (-10461.267) * (-10454.938) [-10459.207] (-10452.790) (-10458.074) -- 0:13:14
83000 -- (-10458.891) [-10459.401] (-10458.356) (-10466.102) * (-10459.842) (-10456.228) (-10454.529) [-10454.654] -- 0:13:04
84000 -- (-10464.195) [-10453.694] (-10460.664) (-10458.926) * [-10462.469] (-10467.028) (-10457.053) (-10459.260) -- 0:13:05
85000 -- (-10452.324) [-10456.508] (-10450.396) (-10458.769) * (-10460.888) (-10464.163) [-10453.878] (-10455.046) -- 0:13:05
Average standard deviation of split frequencies: 0.029094
86000 -- (-10465.010) [-10455.519] (-10453.003) (-10461.363) * (-10460.740) (-10452.206) [-10456.940] (-10460.161) -- 0:13:06
87000 -- (-10463.422) (-10461.023) (-10466.674) [-10455.236] * (-10462.995) (-10458.937) [-10462.607] (-10454.240) -- 0:13:07
88000 -- (-10459.911) (-10478.775) [-10453.877] (-10469.006) * (-10463.591) (-10459.583) [-10453.876] (-10458.672) -- 0:13:07
89000 -- [-10453.739] (-10453.690) (-10467.357) (-10457.205) * (-10460.194) (-10454.018) [-10456.498] (-10463.072) -- 0:13:08
90000 -- (-10463.987) (-10455.196) [-10450.745] (-10456.523) * (-10458.241) [-10454.895] (-10460.947) (-10473.351) -- 0:12:58
Average standard deviation of split frequencies: 0.027996
91000 -- (-10457.059) [-10453.668] (-10456.445) (-10450.277) * (-10461.208) [-10461.649] (-10455.368) (-10450.310) -- 0:12:59
92000 -- [-10451.094] (-10472.718) (-10459.157) (-10451.731) * (-10455.325) (-10460.752) (-10450.976) [-10462.300] -- 0:12:59
93000 -- (-10454.985) (-10460.346) [-10457.119] (-10457.158) * (-10449.811) (-10455.188) (-10461.437) [-10455.250] -- 0:13:00
94000 -- (-10468.308) [-10462.387] (-10467.268) (-10462.856) * (-10456.902) (-10466.846) [-10451.762] (-10457.428) -- 0:13:00
95000 -- (-10460.531) [-10462.240] (-10455.636) (-10460.255) * [-10452.864] (-10450.769) (-10454.526) (-10452.976) -- 0:13:01
Average standard deviation of split frequencies: 0.028707
96000 -- [-10453.656] (-10463.527) (-10454.089) (-10460.145) * (-10452.756) (-10455.157) [-10454.345] (-10455.889) -- 0:13:01
97000 -- (-10462.706) (-10459.697) [-10462.081] (-10459.089) * (-10457.608) [-10453.119] (-10468.965) (-10461.094) -- 0:13:01
98000 -- (-10458.313) (-10476.014) [-10457.578] (-10461.577) * (-10460.167) (-10464.310) (-10464.359) [-10454.989] -- 0:12:53
99000 -- [-10466.396] (-10470.038) (-10464.869) (-10463.023) * (-10459.406) [-10449.494] (-10472.718) (-10453.522) -- 0:12:53
100000 -- (-10456.935) (-10451.252) [-10456.625] (-10459.675) * (-10455.132) (-10461.071) (-10462.996) [-10453.618] -- 0:12:54
Average standard deviation of split frequencies: 0.026296
101000 -- (-10459.352) (-10464.141) [-10452.334] (-10458.789) * [-10453.508] (-10460.502) (-10466.328) (-10463.185) -- 0:12:54
102000 -- (-10465.024) [-10465.383] (-10453.228) (-10458.209) * (-10454.071) (-10462.327) (-10459.887) [-10453.690] -- 0:12:54
103000 -- (-10455.719) (-10464.397) [-10456.683] (-10456.965) * (-10452.808) (-10462.103) (-10454.751) [-10454.943] -- 0:12:55
104000 -- (-10454.335) [-10467.370] (-10457.496) (-10464.114) * (-10457.453) (-10464.321) [-10463.994] (-10455.192) -- 0:12:55
105000 -- (-10458.942) (-10452.363) (-10458.512) [-10453.839] * (-10464.331) (-10458.620) (-10457.780) [-10454.140] -- 0:12:47
Average standard deviation of split frequencies: 0.030788
106000 -- (-10460.073) [-10461.364] (-10461.484) (-10453.447) * (-10459.630) (-10465.746) (-10464.251) [-10454.988] -- 0:12:47
107000 -- (-10462.428) [-10452.447] (-10462.350) (-10462.024) * (-10456.561) (-10455.667) [-10463.704] (-10458.766) -- 0:12:47
108000 -- (-10460.034) [-10454.289] (-10455.579) (-10457.932) * [-10454.123] (-10466.455) (-10459.725) (-10456.544) -- 0:12:48
109000 -- (-10458.783) [-10453.469] (-10453.860) (-10457.954) * [-10456.333] (-10459.104) (-10459.889) (-10457.369) -- 0:12:48
110000 -- (-10460.660) (-10454.102) [-10453.868] (-10459.918) * [-10456.834] (-10457.070) (-10459.482) (-10462.239) -- 0:12:48
Average standard deviation of split frequencies: 0.027196
111000 -- (-10464.958) (-10456.087) (-10465.398) [-10458.038] * (-10456.016) (-10464.102) [-10458.611] (-10456.662) -- 0:12:48
112000 -- (-10458.660) (-10461.502) [-10456.559] (-10466.496) * (-10459.006) [-10455.839] (-10449.458) (-10462.999) -- 0:12:49
113000 -- [-10456.068] (-10460.600) (-10455.369) (-10461.302) * (-10459.417) (-10474.877) (-10465.689) [-10454.901] -- 0:12:41
114000 -- (-10456.988) [-10453.961] (-10449.738) (-10459.172) * [-10446.605] (-10456.276) (-10460.753) (-10460.092) -- 0:12:41
115000 -- [-10456.319] (-10463.208) (-10466.630) (-10454.974) * [-10461.580] (-10455.097) (-10460.303) (-10460.055) -- 0:12:41
Average standard deviation of split frequencies: 0.029385
116000 -- (-10465.798) [-10461.513] (-10454.459) (-10459.569) * (-10455.324) (-10471.067) [-10455.679] (-10462.030) -- 0:12:42
117000 -- [-10454.168] (-10465.268) (-10456.623) (-10460.787) * (-10470.807) (-10453.949) [-10459.688] (-10458.261) -- 0:12:42
118000 -- (-10468.787) (-10468.943) [-10453.855] (-10474.613) * (-10457.076) [-10453.373] (-10458.442) (-10467.001) -- 0:12:42
119000 -- [-10459.892] (-10457.165) (-10453.146) (-10468.127) * [-10456.261] (-10463.293) (-10459.519) (-10452.198) -- 0:12:42
120000 -- (-10464.728) (-10452.274) (-10461.305) [-10455.526] * (-10454.001) (-10464.233) [-10454.895] (-10461.919) -- 0:12:35
Average standard deviation of split frequencies: 0.027046
121000 -- (-10452.800) [-10458.223] (-10459.327) (-10463.305) * (-10450.643) (-10464.065) [-10453.773] (-10460.174) -- 0:12:35
122000 -- (-10457.581) (-10451.553) [-10456.640] (-10455.527) * [-10458.008] (-10460.457) (-10462.848) (-10466.161) -- 0:12:35
123000 -- (-10469.157) (-10452.235) (-10468.241) [-10454.765] * (-10464.614) (-10461.517) [-10456.074] (-10467.248) -- 0:12:35
124000 -- (-10459.859) (-10458.427) (-10457.717) [-10451.456] * (-10455.217) [-10457.453] (-10455.220) (-10470.365) -- 0:12:35
125000 -- (-10465.572) [-10453.629] (-10461.499) (-10460.709) * [-10453.705] (-10464.119) (-10463.078) (-10463.019) -- 0:12:36
Average standard deviation of split frequencies: 0.026477
126000 -- (-10459.532) (-10453.785) [-10457.483] (-10455.288) * (-10468.676) [-10454.384] (-10455.555) (-10457.718) -- 0:12:36
127000 -- (-10462.935) (-10454.916) [-10456.181] (-10452.538) * (-10461.788) [-10450.367] (-10454.211) (-10456.547) -- 0:12:29
128000 -- [-10457.448] (-10457.385) (-10451.072) (-10466.311) * (-10455.555) (-10460.211) [-10461.208] (-10456.853) -- 0:12:29
129000 -- (-10464.876) (-10459.836) [-10451.237] (-10455.947) * (-10462.645) (-10455.697) [-10461.602] (-10460.820) -- 0:12:29
130000 -- [-10458.399] (-10460.098) (-10462.128) (-10468.794) * (-10458.722) (-10462.585) [-10463.426] (-10451.272) -- 0:12:29
Average standard deviation of split frequencies: 0.028584
131000 -- (-10458.616) (-10460.252) (-10459.835) [-10451.956] * [-10464.354] (-10458.027) (-10452.296) (-10464.790) -- 0:12:29
132000 -- [-10454.656] (-10454.268) (-10460.384) (-10453.069) * (-10462.647) (-10449.085) (-10473.473) [-10458.299] -- 0:12:29
133000 -- (-10455.236) (-10455.235) [-10453.873] (-10457.181) * (-10462.397) (-10450.745) (-10455.637) [-10454.463] -- 0:12:23
134000 -- [-10459.399] (-10454.187) (-10456.515) (-10460.504) * (-10459.120) [-10463.307] (-10456.872) (-10456.517) -- 0:12:23
135000 -- [-10454.415] (-10452.548) (-10462.532) (-10453.148) * (-10458.375) (-10454.698) [-10460.086] (-10467.848) -- 0:12:23
Average standard deviation of split frequencies: 0.024530
136000 -- (-10455.293) (-10465.109) [-10460.825] (-10448.693) * [-10456.115] (-10457.809) (-10452.815) (-10460.289) -- 0:12:23
137000 -- [-10454.229] (-10467.992) (-10457.030) (-10458.796) * (-10455.251) (-10455.900) [-10455.632] (-10450.162) -- 0:12:23
138000 -- (-10454.832) (-10475.419) (-10453.602) [-10459.880] * (-10457.516) (-10459.517) (-10458.212) [-10450.498] -- 0:12:23
139000 -- (-10453.205) (-10458.295) [-10449.376] (-10471.049) * (-10457.856) (-10452.509) [-10455.946] (-10462.533) -- 0:12:23
140000 -- (-10463.801) (-10466.019) [-10462.783] (-10462.643) * (-10460.053) (-10458.834) (-10459.823) [-10462.587] -- 0:12:17
Average standard deviation of split frequencies: 0.025005
141000 -- (-10453.165) [-10457.223] (-10454.433) (-10464.195) * (-10457.439) [-10454.088] (-10457.108) (-10461.675) -- 0:12:17
142000 -- [-10449.717] (-10459.199) (-10463.514) (-10458.852) * (-10466.778) (-10459.594) (-10458.240) [-10455.095] -- 0:12:17
143000 -- [-10462.965] (-10468.120) (-10454.482) (-10450.931) * (-10452.126) (-10459.224) [-10461.063] (-10465.336) -- 0:12:17
144000 -- [-10451.440] (-10458.279) (-10463.550) (-10459.252) * [-10456.293] (-10454.599) (-10460.855) (-10457.682) -- 0:12:17
145000 -- (-10451.270) (-10461.328) (-10461.765) [-10460.155] * (-10469.464) (-10459.382) [-10456.769] (-10454.978) -- 0:12:17
Average standard deviation of split frequencies: 0.025085
146000 -- (-10459.057) (-10462.590) [-10460.239] (-10463.515) * (-10451.645) (-10458.706) [-10457.427] (-10457.968) -- 0:12:17
147000 -- [-10452.370] (-10458.251) (-10453.601) (-10457.955) * (-10455.909) (-10451.494) [-10456.095] (-10466.620) -- 0:12:11
148000 -- [-10465.648] (-10467.471) (-10461.501) (-10452.092) * [-10462.255] (-10451.604) (-10460.243) (-10466.090) -- 0:12:11
149000 -- [-10454.927] (-10458.797) (-10461.324) (-10456.159) * (-10452.733) (-10458.895) [-10455.257] (-10467.902) -- 0:12:11
150000 -- (-10458.211) (-10458.119) (-10459.587) [-10461.560] * (-10463.204) (-10458.502) [-10454.821] (-10461.399) -- 0:12:11
Average standard deviation of split frequencies: 0.027437
151000 -- (-10459.067) (-10461.202) (-10474.055) [-10457.234] * (-10463.343) (-10468.007) [-10452.093] (-10460.681) -- 0:12:10
152000 -- (-10457.200) [-10458.955] (-10458.620) (-10462.324) * (-10466.643) [-10453.212] (-10461.004) (-10463.588) -- 0:12:10
153000 -- [-10455.346] (-10457.821) (-10465.726) (-10457.335) * (-10465.614) [-10454.840] (-10457.914) (-10462.902) -- 0:12:10
154000 -- (-10464.605) [-10459.581] (-10463.823) (-10460.357) * [-10457.883] (-10451.616) (-10458.721) (-10461.160) -- 0:12:05
155000 -- [-10450.957] (-10457.600) (-10455.757) (-10457.363) * (-10455.725) (-10461.442) [-10462.338] (-10454.657) -- 0:12:05
Average standard deviation of split frequencies: 0.024407
156000 -- (-10458.931) [-10452.872] (-10470.749) (-10455.251) * [-10456.244] (-10464.139) (-10465.226) (-10458.474) -- 0:12:04
157000 -- (-10460.601) [-10454.424] (-10469.049) (-10454.333) * [-10452.192] (-10461.789) (-10461.593) (-10462.460) -- 0:12:04
158000 -- [-10455.274] (-10460.725) (-10464.934) (-10458.472) * (-10454.091) (-10468.389) (-10476.087) [-10459.897] -- 0:12:04
159000 -- (-10458.108) [-10456.726] (-10461.117) (-10457.995) * (-10453.540) (-10455.566) (-10465.565) [-10455.361] -- 0:12:04
160000 -- [-10456.369] (-10452.511) (-10462.376) (-10457.991) * [-10449.400] (-10453.047) (-10466.676) (-10458.820) -- 0:12:04
Average standard deviation of split frequencies: 0.025729
161000 -- [-10456.992] (-10452.417) (-10467.349) (-10450.199) * [-10459.215] (-10455.565) (-10460.670) (-10467.838) -- 0:12:04
162000 -- (-10459.690) [-10463.741] (-10462.448) (-10456.816) * (-10457.434) (-10456.386) (-10476.275) [-10452.011] -- 0:12:04
163000 -- (-10457.018) (-10464.512) (-10458.319) [-10455.113] * [-10462.840] (-10462.521) (-10462.507) (-10458.047) -- 0:11:58
164000 -- [-10451.649] (-10450.561) (-10456.906) (-10465.329) * [-10456.469] (-10466.529) (-10456.964) (-10473.795) -- 0:11:58
165000 -- (-10459.000) [-10457.856] (-10459.826) (-10454.352) * (-10455.646) (-10465.380) (-10458.893) [-10456.719] -- 0:11:58
Average standard deviation of split frequencies: 0.024029
166000 -- [-10458.218] (-10462.262) (-10459.659) (-10450.254) * (-10464.055) (-10460.333) (-10461.653) [-10458.539] -- 0:11:58
167000 -- (-10463.016) (-10455.278) (-10456.494) [-10456.205] * (-10460.705) (-10456.106) [-10458.285] (-10456.314) -- 0:11:58
168000 -- (-10473.512) (-10454.461) (-10472.172) [-10449.479] * (-10455.744) (-10462.322) [-10457.129] (-10457.362) -- 0:11:58
169000 -- [-10457.593] (-10461.821) (-10456.337) (-10458.997) * [-10454.899] (-10460.924) (-10464.981) (-10454.340) -- 0:11:57
170000 -- (-10459.221) (-10457.574) (-10451.048) [-10455.781] * (-10456.580) (-10452.837) (-10459.624) [-10459.323] -- 0:11:52
Average standard deviation of split frequencies: 0.025284
171000 -- (-10462.007) (-10460.975) [-10464.045] (-10463.416) * [-10449.251] (-10456.007) (-10450.249) (-10459.635) -- 0:11:52
172000 -- [-10459.456] (-10457.394) (-10461.043) (-10455.763) * (-10460.245) [-10453.681] (-10453.342) (-10465.348) -- 0:11:52
173000 -- (-10459.717) [-10452.793] (-10461.281) (-10468.251) * (-10456.621) [-10451.638] (-10458.831) (-10463.361) -- 0:11:52
174000 -- (-10461.603) [-10449.278] (-10457.090) (-10456.931) * (-10460.433) [-10449.896] (-10469.327) (-10452.655) -- 0:11:52
175000 -- (-10455.732) [-10453.825] (-10455.206) (-10457.523) * (-10456.354) (-10456.120) [-10452.797] (-10453.381) -- 0:11:51
Average standard deviation of split frequencies: 0.023488
176000 -- (-10461.196) (-10453.745) (-10451.596) [-10455.570] * (-10452.174) (-10462.792) (-10461.203) [-10452.227] -- 0:11:51
177000 -- [-10459.606] (-10458.639) (-10463.073) (-10455.838) * (-10453.786) [-10462.292] (-10456.755) (-10456.087) -- 0:11:51
178000 -- [-10450.237] (-10462.955) (-10462.593) (-10459.456) * [-10457.018] (-10458.831) (-10460.168) (-10461.698) -- 0:11:46
179000 -- (-10453.496) (-10459.589) (-10469.697) [-10452.617] * (-10458.253) [-10454.760] (-10463.898) (-10460.909) -- 0:11:46
180000 -- (-10458.828) (-10464.383) (-10458.746) [-10449.700] * [-10463.237] (-10449.691) (-10453.417) (-10468.328) -- 0:11:46
Average standard deviation of split frequencies: 0.023885
181000 -- (-10455.516) [-10466.338] (-10456.579) (-10458.775) * (-10459.027) (-10457.740) [-10454.675] (-10456.685) -- 0:11:45
182000 -- (-10455.702) (-10463.107) (-10458.225) [-10461.155] * (-10450.446) (-10459.487) (-10463.902) [-10454.633] -- 0:11:45
183000 -- (-10458.623) (-10461.853) (-10460.548) [-10453.830] * [-10464.528] (-10467.533) (-10453.571) (-10454.277) -- 0:11:45
184000 -- (-10458.507) (-10458.505) [-10463.191] (-10465.440) * (-10456.696) (-10458.268) [-10451.338] (-10460.706) -- 0:11:45
185000 -- (-10457.629) (-10462.802) (-10463.981) [-10460.727] * (-10459.828) (-10460.809) [-10452.284] (-10453.257) -- 0:11:44
Average standard deviation of split frequencies: 0.021640
186000 -- [-10454.851] (-10478.435) (-10468.193) (-10453.165) * (-10460.034) (-10461.710) [-10453.280] (-10446.849) -- 0:11:40
187000 -- [-10459.513] (-10464.107) (-10460.131) (-10451.391) * (-10457.244) (-10462.425) (-10456.498) [-10460.583] -- 0:11:39
188000 -- (-10460.815) (-10457.166) (-10457.723) [-10457.537] * (-10452.353) (-10464.190) (-10449.794) [-10451.109] -- 0:11:39
189000 -- [-10462.088] (-10464.666) (-10467.078) (-10469.229) * (-10454.942) [-10461.265] (-10458.216) (-10454.526) -- 0:11:39
190000 -- [-10457.414] (-10460.766) (-10461.917) (-10458.903) * [-10456.632] (-10454.644) (-10453.388) (-10465.289) -- 0:11:39
Average standard deviation of split frequencies: 0.020160
191000 -- [-10462.724] (-10459.179) (-10460.518) (-10457.847) * [-10456.788] (-10455.339) (-10455.515) (-10472.421) -- 0:11:38
192000 -- (-10471.119) (-10462.106) [-10458.096] (-10456.314) * (-10456.001) (-10467.565) [-10459.932] (-10465.873) -- 0:11:38
193000 -- [-10462.460] (-10456.631) (-10458.101) (-10457.388) * (-10455.913) (-10468.418) [-10456.529] (-10459.100) -- 0:11:34
194000 -- (-10448.208) [-10455.553] (-10459.142) (-10468.742) * [-10459.837] (-10462.732) (-10463.448) (-10465.836) -- 0:11:33
195000 -- (-10453.442) (-10455.763) [-10451.056] (-10456.388) * (-10454.257) (-10459.099) (-10459.460) [-10454.511] -- 0:11:33
Average standard deviation of split frequencies: 0.020351
196000 -- (-10458.060) (-10454.961) (-10452.864) [-10459.750] * [-10460.454] (-10452.969) (-10456.996) (-10458.765) -- 0:11:33
197000 -- (-10451.592) (-10469.284) (-10455.271) [-10458.468] * (-10455.207) (-10460.369) [-10450.570] (-10457.777) -- 0:11:32
198000 -- (-10454.250) [-10466.314] (-10458.076) (-10467.392) * (-10459.558) [-10453.066] (-10464.134) (-10458.661) -- 0:11:32
199000 -- (-10459.092) [-10457.456] (-10467.449) (-10462.649) * (-10462.762) [-10457.650] (-10451.384) (-10459.091) -- 0:11:32
200000 -- (-10459.665) (-10461.231) (-10454.171) [-10463.531] * (-10464.331) [-10455.818] (-10467.525) (-10454.560) -- 0:11:32
Average standard deviation of split frequencies: 0.016986
201000 -- [-10451.101] (-10454.201) (-10459.346) (-10462.447) * (-10467.985) (-10456.235) [-10458.653] (-10465.814) -- 0:11:27
202000 -- (-10458.170) (-10451.958) (-10452.664) [-10452.956] * (-10459.682) (-10457.434) (-10460.082) [-10462.672] -- 0:11:27
203000 -- [-10456.318] (-10452.571) (-10452.089) (-10462.268) * [-10458.949] (-10454.940) (-10472.438) (-10456.502) -- 0:11:27
204000 -- (-10459.393) (-10460.675) (-10452.115) [-10449.424] * (-10468.269) (-10460.232) [-10454.847] (-10456.485) -- 0:11:26
205000 -- [-10460.386] (-10461.421) (-10456.618) (-10453.725) * (-10457.060) [-10461.376] (-10451.609) (-10455.035) -- 0:11:26
Average standard deviation of split frequencies: 0.017955
206000 -- (-10463.662) [-10464.794] (-10448.710) (-10462.793) * (-10471.585) (-10461.879) (-10453.090) [-10456.425] -- 0:11:26
207000 -- (-10454.494) (-10467.042) (-10462.928) [-10459.088] * [-10457.801] (-10458.850) (-10460.411) (-10448.531) -- 0:11:25
208000 -- [-10454.373] (-10458.128) (-10456.225) (-10454.061) * (-10463.121) [-10455.262] (-10467.353) (-10453.384) -- 0:11:25
209000 -- [-10457.860] (-10469.193) (-10455.173) (-10458.648) * (-10462.023) (-10459.675) [-10460.978] (-10457.582) -- 0:11:21
210000 -- (-10451.638) [-10461.236] (-10455.142) (-10465.671) * [-10450.404] (-10461.038) (-10457.702) (-10455.844) -- 0:11:20
Average standard deviation of split frequencies: 0.013598
211000 -- (-10451.277) [-10457.429] (-10465.098) (-10461.765) * (-10460.224) [-10457.842] (-10461.492) (-10464.551) -- 0:11:20
212000 -- (-10453.801) (-10453.969) (-10461.547) [-10457.169] * (-10465.435) [-10465.723] (-10461.308) (-10462.133) -- 0:11:20
213000 -- [-10452.955] (-10458.343) (-10459.696) (-10458.523) * (-10466.883) (-10463.004) (-10464.155) [-10461.370] -- 0:11:19
214000 -- (-10453.543) (-10452.341) (-10451.913) [-10448.612] * (-10452.136) [-10459.803] (-10455.463) (-10455.216) -- 0:11:19
215000 -- (-10457.145) (-10457.104) [-10462.080] (-10462.308) * (-10463.140) (-10454.582) [-10455.173] (-10458.951) -- 0:11:19
Average standard deviation of split frequencies: 0.013262
216000 -- (-10455.858) (-10461.920) (-10455.530) [-10460.806] * (-10457.371) (-10462.958) (-10460.237) [-10454.709] -- 0:11:18
217000 -- (-10461.085) [-10452.887] (-10464.330) (-10469.771) * (-10470.264) [-10456.022] (-10460.244) (-10460.873) -- 0:11:14
218000 -- (-10458.850) [-10462.815] (-10461.429) (-10481.002) * (-10465.637) (-10456.422) (-10472.567) [-10453.459] -- 0:11:14
219000 -- (-10458.857) [-10454.884] (-10454.408) (-10462.682) * (-10456.777) (-10454.261) [-10453.051] (-10471.239) -- 0:11:14
220000 -- (-10466.818) (-10463.088) [-10461.415] (-10467.810) * (-10473.809) [-10457.725] (-10454.153) (-10460.702) -- 0:11:13
Average standard deviation of split frequencies: 0.012489
221000 -- (-10457.967) [-10457.971] (-10457.761) (-10456.569) * [-10460.708] (-10456.209) (-10463.996) (-10456.551) -- 0:11:13
222000 -- [-10462.219] (-10452.503) (-10459.619) (-10458.045) * (-10463.077) (-10460.388) (-10458.352) [-10458.299] -- 0:11:12
223000 -- (-10452.442) [-10457.396] (-10461.988) (-10466.734) * (-10457.624) [-10455.049] (-10464.025) (-10455.148) -- 0:11:12
224000 -- [-10457.830] (-10458.555) (-10452.218) (-10464.847) * [-10458.774] (-10476.443) (-10463.645) (-10451.153) -- 0:11:08
225000 -- (-10452.995) (-10458.578) (-10462.537) [-10461.731] * [-10458.175] (-10467.144) (-10456.722) (-10462.725) -- 0:11:08
Average standard deviation of split frequencies: 0.013799
226000 -- (-10463.387) [-10464.312] (-10463.230) (-10455.684) * (-10464.965) (-10456.754) (-10462.547) [-10452.864] -- 0:11:07
227000 -- [-10452.704] (-10471.154) (-10458.888) (-10458.228) * (-10456.888) [-10457.037] (-10458.044) (-10451.999) -- 0:11:07
228000 -- (-10463.123) [-10465.478] (-10463.179) (-10461.161) * [-10455.888] (-10459.113) (-10469.192) (-10457.482) -- 0:11:07
229000 -- (-10464.669) (-10457.908) (-10459.040) [-10461.594] * (-10455.901) [-10454.467] (-10465.928) (-10455.808) -- 0:11:06
230000 -- (-10453.602) (-10453.839) (-10460.830) [-10449.502] * [-10458.318] (-10467.315) (-10462.861) (-10460.560) -- 0:11:06
Average standard deviation of split frequencies: 0.013048
231000 -- [-10454.450] (-10461.039) (-10451.850) (-10461.464) * (-10452.036) (-10456.739) [-10456.250] (-10456.386) -- 0:11:05
232000 -- (-10464.016) (-10458.874) [-10460.428] (-10461.436) * (-10468.549) (-10461.125) [-10457.120] (-10460.661) -- 0:11:05
233000 -- [-10449.622] (-10458.898) (-10463.261) (-10449.704) * (-10452.652) (-10456.705) [-10457.934] (-10465.854) -- 0:11:01
234000 -- (-10463.574) [-10468.045] (-10462.490) (-10452.449) * (-10456.975) (-10468.555) [-10457.730] (-10463.491) -- 0:11:01
235000 -- (-10469.167) (-10463.581) (-10461.645) [-10467.308] * (-10472.005) [-10459.307] (-10465.446) (-10464.660) -- 0:11:00
Average standard deviation of split frequencies: 0.015365
236000 -- (-10468.809) (-10452.116) [-10453.245] (-10459.949) * (-10460.715) [-10454.111] (-10459.431) (-10463.730) -- 0:11:00
237000 -- (-10459.884) (-10459.675) [-10459.799] (-10456.697) * (-10459.361) [-10450.827] (-10460.456) (-10457.757) -- 0:10:59
238000 -- (-10463.704) (-10470.514) [-10449.099] (-10459.842) * (-10454.555) (-10459.658) [-10461.583] (-10458.430) -- 0:10:59
239000 -- (-10460.470) (-10461.312) (-10460.872) [-10457.374] * (-10462.213) [-10458.351] (-10469.568) (-10460.187) -- 0:10:59
240000 -- (-10452.360) (-10454.167) [-10453.441] (-10455.971) * (-10452.494) [-10454.180] (-10465.904) (-10459.248) -- 0:10:55
Average standard deviation of split frequencies: 0.015180
241000 -- (-10459.160) (-10460.925) (-10453.309) [-10457.607] * [-10449.982] (-10456.196) (-10461.150) (-10454.392) -- 0:10:55
242000 -- (-10459.545) (-10458.878) (-10464.035) [-10451.873] * [-10454.288] (-10453.959) (-10458.430) (-10460.313) -- 0:10:54
243000 -- [-10452.597] (-10461.374) (-10466.604) (-10460.320) * (-10460.880) (-10450.872) (-10464.450) [-10446.701] -- 0:10:54
244000 -- (-10448.908) [-10455.539] (-10464.906) (-10456.120) * (-10459.743) [-10450.097] (-10459.295) (-10459.934) -- 0:10:53
245000 -- (-10462.339) (-10451.261) (-10454.374) [-10454.028] * (-10457.318) (-10457.790) [-10450.879] (-10456.338) -- 0:10:53
Average standard deviation of split frequencies: 0.013893
246000 -- [-10462.652] (-10462.748) (-10460.412) (-10459.816) * (-10467.608) [-10454.919] (-10452.734) (-10464.683) -- 0:10:52
247000 -- [-10465.418] (-10456.684) (-10458.562) (-10462.570) * [-10465.776] (-10461.148) (-10463.942) (-10455.602) -- 0:10:52
248000 -- (-10462.462) (-10454.746) (-10459.712) [-10453.963] * (-10468.891) (-10472.606) (-10455.614) [-10464.321] -- 0:10:48
249000 -- (-10458.792) [-10460.998] (-10460.366) (-10455.559) * (-10468.161) [-10455.324] (-10453.646) (-10458.261) -- 0:10:48
250000 -- (-10456.082) (-10456.448) [-10459.269] (-10454.063) * [-10458.656] (-10457.862) (-10461.966) (-10462.927) -- 0:10:48
Average standard deviation of split frequencies: 0.013164
251000 -- (-10457.015) [-10455.991] (-10455.579) (-10457.991) * (-10461.933) (-10456.559) [-10452.023] (-10456.791) -- 0:10:47
252000 -- (-10456.788) (-10465.110) (-10464.134) [-10455.092] * (-10460.980) (-10460.790) [-10455.022] (-10467.870) -- 0:10:47
253000 -- (-10448.662) [-10461.622] (-10460.341) (-10460.878) * (-10461.359) (-10463.714) (-10454.388) [-10452.824] -- 0:10:46
254000 -- [-10450.919] (-10466.122) (-10463.256) (-10465.443) * (-10463.574) (-10457.026) [-10455.276] (-10459.376) -- 0:10:46
255000 -- (-10458.113) (-10454.923) [-10457.265] (-10453.297) * (-10450.183) [-10453.422] (-10455.601) (-10460.811) -- 0:10:42
Average standard deviation of split frequencies: 0.013197
256000 -- [-10457.445] (-10470.599) (-10456.005) (-10456.411) * [-10453.197] (-10467.973) (-10460.824) (-10459.763) -- 0:10:42
257000 -- [-10453.685] (-10462.056) (-10467.131) (-10454.748) * [-10458.010] (-10454.401) (-10471.838) (-10457.440) -- 0:10:41
258000 -- (-10459.790) (-10465.197) [-10457.964] (-10461.092) * [-10455.432] (-10458.591) (-10459.018) (-10458.986) -- 0:10:41
259000 -- [-10460.629] (-10455.894) (-10450.634) (-10461.133) * [-10456.309] (-10460.869) (-10457.009) (-10460.889) -- 0:10:40
260000 -- (-10458.125) [-10453.698] (-10467.186) (-10461.638) * (-10464.417) (-10452.826) [-10453.012] (-10474.535) -- 0:10:40
Average standard deviation of split frequencies: 0.014618
261000 -- [-10459.894] (-10459.877) (-10468.355) (-10464.446) * (-10464.904) [-10457.172] (-10457.083) (-10470.985) -- 0:10:37
262000 -- (-10456.029) (-10464.021) [-10452.918] (-10458.439) * [-10453.177] (-10462.503) (-10457.519) (-10468.157) -- 0:10:36
263000 -- (-10459.497) (-10467.012) [-10458.412] (-10457.387) * (-10457.851) [-10458.231] (-10478.300) (-10460.804) -- 0:10:36
264000 -- (-10455.292) [-10459.810] (-10459.838) (-10473.460) * [-10457.711] (-10451.542) (-10470.331) (-10463.078) -- 0:10:35
265000 -- (-10454.528) (-10468.418) (-10461.849) [-10459.286] * (-10479.860) (-10460.776) (-10463.263) [-10454.451] -- 0:10:35
Average standard deviation of split frequencies: 0.013587
266000 -- [-10454.465] (-10465.887) (-10460.444) (-10458.268) * (-10470.036) (-10472.750) (-10458.168) [-10458.851] -- 0:10:34
267000 -- (-10462.649) (-10458.464) [-10461.499] (-10455.924) * (-10465.046) [-10456.424] (-10456.435) (-10459.127) -- 0:10:34
268000 -- [-10458.071] (-10454.998) (-10462.017) (-10460.999) * (-10453.731) (-10459.053) (-10472.058) [-10454.331] -- 0:10:33
269000 -- [-10458.684] (-10456.429) (-10474.266) (-10458.661) * (-10456.770) (-10455.480) (-10464.670) [-10457.996] -- 0:10:30
270000 -- (-10453.813) (-10454.770) (-10456.823) [-10456.987] * (-10458.833) [-10459.183] (-10458.674) (-10461.111) -- 0:10:29
Average standard deviation of split frequencies: 0.015385
271000 -- [-10452.978] (-10465.647) (-10466.941) (-10461.532) * [-10448.167] (-10465.801) (-10462.812) (-10466.120) -- 0:10:29
272000 -- (-10472.851) (-10459.547) [-10458.641] (-10469.080) * [-10452.963] (-10464.537) (-10457.886) (-10461.946) -- 0:10:28
273000 -- [-10458.658] (-10459.206) (-10459.188) (-10461.769) * (-10468.325) (-10457.984) (-10458.945) [-10451.171] -- 0:10:28
274000 -- (-10456.927) (-10454.223) (-10453.846) [-10459.685] * (-10458.762) [-10454.758] (-10459.106) (-10455.434) -- 0:10:27
275000 -- (-10462.515) (-10461.707) [-10452.203] (-10465.023) * (-10471.987) (-10462.120) (-10462.771) [-10461.356] -- 0:10:27
Average standard deviation of split frequencies: 0.015799
276000 -- (-10454.904) (-10458.930) [-10452.862] (-10472.507) * (-10455.769) (-10473.598) (-10466.843) [-10457.254] -- 0:10:24
277000 -- (-10464.116) [-10455.671] (-10458.736) (-10455.443) * (-10456.023) [-10455.923] (-10451.124) (-10455.060) -- 0:10:23
278000 -- (-10465.333) (-10462.647) [-10453.036] (-10461.421) * (-10462.576) (-10464.020) (-10455.192) [-10457.156] -- 0:10:23
279000 -- [-10452.680] (-10452.094) (-10455.408) (-10456.997) * (-10455.827) [-10458.570] (-10459.235) (-10457.684) -- 0:10:22
280000 -- [-10453.368] (-10462.840) (-10460.917) (-10451.967) * (-10452.047) [-10458.740] (-10463.808) (-10462.432) -- 0:10:22
Average standard deviation of split frequencies: 0.016236
281000 -- (-10455.007) (-10462.733) [-10455.860] (-10463.019) * (-10452.598) (-10455.066) [-10465.339] (-10459.982) -- 0:10:21
282000 -- (-10459.901) (-10459.742) [-10461.328] (-10455.807) * (-10457.565) (-10457.807) [-10457.616] (-10461.153) -- 0:10:21
283000 -- (-10459.160) [-10458.669] (-10457.342) (-10455.450) * [-10458.236] (-10454.541) (-10463.177) (-10465.045) -- 0:10:20
284000 -- (-10461.325) (-10458.062) (-10457.360) [-10451.434] * [-10454.760] (-10450.145) (-10456.857) (-10454.126) -- 0:10:17
285000 -- (-10451.757) [-10456.644] (-10461.543) (-10465.187) * (-10464.345) [-10456.536] (-10461.556) (-10459.730) -- 0:10:17
Average standard deviation of split frequencies: 0.013049
286000 -- [-10457.379] (-10455.248) (-10454.262) (-10454.335) * (-10467.828) [-10461.299] (-10456.165) (-10465.892) -- 0:10:16
287000 -- [-10446.702] (-10459.143) (-10452.515) (-10458.786) * [-10458.658] (-10465.282) (-10456.124) (-10457.086) -- 0:10:16
288000 -- (-10456.839) [-10460.328] (-10460.152) (-10455.929) * [-10456.138] (-10465.117) (-10462.788) (-10459.229) -- 0:10:15
289000 -- (-10454.638) (-10455.908) (-10460.929) [-10455.667] * (-10456.631) (-10465.695) [-10455.402] (-10457.480) -- 0:10:15
290000 -- (-10458.452) [-10455.152] (-10457.051) (-10467.048) * [-10452.278] (-10453.759) (-10459.849) (-10461.659) -- 0:10:14
Average standard deviation of split frequencies: 0.012475
291000 -- [-10454.373] (-10452.172) (-10457.722) (-10467.600) * [-10457.202] (-10470.907) (-10464.523) (-10463.634) -- 0:10:13
292000 -- (-10455.629) (-10459.532) (-10458.079) [-10456.611] * (-10457.284) [-10450.054] (-10457.249) (-10461.691) -- 0:10:13
293000 -- (-10456.749) (-10459.372) (-10462.069) [-10450.847] * (-10452.635) [-10453.935] (-10466.363) (-10460.742) -- 0:10:10
294000 -- (-10457.038) [-10457.191] (-10462.340) (-10463.317) * (-10464.869) (-10459.170) (-10471.420) [-10452.284] -- 0:10:09
295000 -- (-10463.097) [-10453.029] (-10452.812) (-10453.452) * (-10458.603) [-10454.316] (-10461.273) (-10458.107) -- 0:10:09
Average standard deviation of split frequencies: 0.012251
296000 -- (-10460.082) (-10452.062) (-10455.989) [-10456.962] * (-10463.126) (-10456.789) [-10464.380] (-10456.347) -- 0:10:08
297000 -- (-10458.508) (-10456.244) [-10456.013] (-10464.790) * (-10476.522) [-10454.218] (-10458.936) (-10459.661) -- 0:10:08
298000 -- (-10457.402) (-10459.238) [-10457.212] (-10461.449) * [-10458.525] (-10458.994) (-10455.934) (-10465.235) -- 0:10:07
299000 -- [-10459.695] (-10462.327) (-10459.065) (-10461.316) * (-10457.987) (-10452.424) [-10457.542] (-10461.848) -- 0:10:07
300000 -- (-10451.725) (-10467.663) [-10451.179] (-10460.708) * [-10454.963] (-10464.158) (-10458.430) (-10457.843) -- 0:10:06
Average standard deviation of split frequencies: 0.012543
301000 -- (-10463.540) (-10458.878) [-10448.872] (-10465.834) * (-10455.164) (-10459.076) [-10454.825] (-10459.437) -- 0:10:03
302000 -- (-10456.138) [-10462.997] (-10451.706) (-10458.003) * (-10459.079) [-10449.531] (-10463.238) (-10469.533) -- 0:10:03
303000 -- [-10457.380] (-10461.123) (-10458.434) (-10455.087) * [-10464.367] (-10463.469) (-10461.789) (-10449.589) -- 0:10:02
304000 -- (-10457.659) (-10462.136) [-10456.112] (-10450.746) * (-10453.067) (-10456.475) [-10457.765] (-10456.510) -- 0:10:02
305000 -- (-10463.958) [-10459.803] (-10457.207) (-10457.735) * (-10462.615) (-10460.614) (-10469.069) [-10455.773] -- 0:10:01
Average standard deviation of split frequencies: 0.012917
306000 -- (-10456.450) [-10458.882] (-10461.284) (-10452.406) * (-10459.145) (-10471.145) [-10457.783] (-10455.269) -- 0:10:01
307000 -- [-10458.191] (-10461.620) (-10463.386) (-10465.326) * (-10451.082) (-10469.692) [-10451.219] (-10453.860) -- 0:10:00
308000 -- (-10460.610) (-10459.394) (-10457.499) [-10452.927] * (-10476.692) (-10467.229) (-10461.721) [-10450.926] -- 0:09:59
309000 -- (-10456.993) [-10456.996] (-10465.775) (-10457.467) * (-10449.544) (-10457.422) (-10454.087) [-10452.231] -- 0:09:57
310000 -- (-10458.697) (-10467.721) [-10462.580] (-10452.845) * [-10456.265] (-10458.203) (-10458.297) (-10459.260) -- 0:09:56
Average standard deviation of split frequencies: 0.010622
311000 -- (-10461.031) (-10469.040) [-10461.930] (-10461.899) * [-10455.923] (-10454.549) (-10464.407) (-10460.799) -- 0:09:55
312000 -- (-10459.405) (-10455.405) (-10465.974) [-10459.439] * (-10463.357) (-10458.095) [-10461.817] (-10475.089) -- 0:09:55
313000 -- (-10464.347) (-10455.894) (-10468.013) [-10461.927] * (-10460.523) (-10457.063) (-10458.494) [-10464.800] -- 0:09:54
314000 -- (-10465.338) (-10458.381) [-10452.690] (-10464.124) * [-10462.122] (-10458.276) (-10451.926) (-10461.435) -- 0:09:54
315000 -- (-10455.043) (-10453.599) [-10450.612] (-10455.396) * (-10461.992) [-10460.832] (-10463.795) (-10458.632) -- 0:09:53
Average standard deviation of split frequencies: 0.012279
316000 -- (-10460.243) [-10463.417] (-10459.255) (-10457.974) * (-10453.643) (-10456.277) (-10457.266) [-10462.788] -- 0:09:50
317000 -- (-10457.703) (-10457.955) [-10458.278] (-10457.699) * (-10451.718) (-10456.047) (-10454.947) [-10454.386] -- 0:09:50
318000 -- (-10459.023) [-10465.285] (-10460.648) (-10462.881) * (-10453.436) (-10459.821) [-10460.089] (-10462.895) -- 0:09:49
319000 -- (-10456.547) (-10456.515) (-10460.967) [-10450.913] * (-10456.337) (-10454.499) [-10460.025] (-10452.209) -- 0:09:49
320000 -- (-10467.423) (-10457.132) (-10465.311) [-10453.652] * (-10461.804) [-10464.494] (-10454.729) (-10457.921) -- 0:09:48
Average standard deviation of split frequencies: 0.012665
321000 -- [-10460.516] (-10465.599) (-10458.579) (-10465.596) * (-10455.198) [-10457.499] (-10458.967) (-10464.772) -- 0:09:48
322000 -- [-10459.335] (-10459.209) (-10464.186) (-10456.796) * (-10453.497) [-10457.871] (-10458.324) (-10472.933) -- 0:09:47
323000 -- (-10454.940) (-10467.097) (-10458.942) [-10455.318] * [-10465.822] (-10456.043) (-10462.938) (-10468.594) -- 0:09:44
324000 -- [-10457.166] (-10457.117) (-10465.618) (-10463.287) * [-10454.252] (-10454.694) (-10457.901) (-10457.733) -- 0:09:44
325000 -- (-10473.175) [-10459.724] (-10449.896) (-10457.208) * (-10462.043) (-10467.661) [-10448.685] (-10467.258) -- 0:09:43
Average standard deviation of split frequencies: 0.014683
326000 -- [-10456.196] (-10458.395) (-10453.268) (-10460.882) * [-10454.797] (-10466.984) (-10452.564) (-10465.082) -- 0:09:43
327000 -- [-10452.632] (-10461.537) (-10458.885) (-10453.041) * [-10449.560] (-10459.384) (-10459.177) (-10456.322) -- 0:09:42
328000 -- (-10457.551) (-10465.274) [-10453.436] (-10463.733) * (-10450.596) (-10463.281) (-10462.668) [-10460.201] -- 0:09:41
329000 -- (-10454.722) (-10455.609) (-10457.867) [-10457.900] * (-10461.636) (-10454.122) (-10465.879) [-10453.717] -- 0:09:41
330000 -- [-10459.626] (-10462.807) (-10463.570) (-10456.675) * (-10459.375) [-10454.131] (-10471.305) (-10459.520) -- 0:09:40
Average standard deviation of split frequencies: 0.013598
331000 -- (-10457.678) [-10465.000] (-10464.878) (-10461.897) * (-10459.245) [-10454.759] (-10464.136) (-10469.636) -- 0:09:40
332000 -- (-10468.469) (-10453.787) [-10460.734] (-10462.203) * (-10456.339) [-10454.695] (-10466.681) (-10459.547) -- 0:09:37
333000 -- (-10464.470) (-10466.418) [-10454.782] (-10448.089) * (-10461.368) [-10458.845] (-10473.099) (-10455.998) -- 0:09:36
334000 -- (-10454.063) [-10457.257] (-10457.732) (-10456.236) * (-10459.130) (-10460.275) (-10463.031) [-10460.883] -- 0:09:36
335000 -- (-10456.806) [-10449.765] (-10453.108) (-10459.339) * [-10451.728] (-10451.369) (-10465.914) (-10460.351) -- 0:09:35
Average standard deviation of split frequencies: 0.014246
336000 -- (-10467.121) (-10457.409) (-10458.802) [-10454.917] * (-10466.859) (-10462.668) (-10470.295) [-10460.718] -- 0:09:35
337000 -- (-10453.756) [-10452.530] (-10452.896) (-10455.270) * (-10458.527) (-10464.947) [-10456.654] (-10457.737) -- 0:09:34
338000 -- [-10454.302] (-10456.361) (-10452.495) (-10456.190) * [-10451.289] (-10456.083) (-10455.283) (-10449.246) -- 0:09:33
339000 -- (-10450.805) [-10463.807] (-10460.194) (-10462.946) * (-10458.085) (-10464.007) (-10452.953) [-10452.413] -- 0:09:31
340000 -- [-10460.081] (-10465.779) (-10464.756) (-10460.609) * (-10463.392) (-10471.288) [-10452.507] (-10455.262) -- 0:09:30
Average standard deviation of split frequencies: 0.014370
341000 -- (-10453.761) (-10473.182) [-10449.293] (-10451.868) * [-10460.928] (-10465.037) (-10457.599) (-10459.181) -- 0:09:30
342000 -- (-10454.512) (-10456.710) [-10450.757] (-10456.357) * (-10454.825) [-10459.207] (-10464.255) (-10462.440) -- 0:09:29
343000 -- [-10454.191] (-10455.481) (-10457.748) (-10465.672) * (-10455.435) (-10457.241) (-10455.244) [-10454.665] -- 0:09:28
344000 -- [-10452.594] (-10460.826) (-10460.883) (-10447.707) * (-10455.611) (-10461.638) [-10455.113] (-10454.879) -- 0:09:28
345000 -- (-10455.980) (-10459.882) [-10451.495] (-10460.270) * (-10457.238) (-10461.426) [-10460.329] (-10452.898) -- 0:09:27
Average standard deviation of split frequencies: 0.014987
346000 -- (-10464.196) [-10447.327] (-10467.990) (-10460.480) * (-10452.940) (-10461.997) [-10451.311] (-10458.830) -- 0:09:27
347000 -- (-10457.867) (-10454.015) (-10459.273) [-10460.136] * (-10452.995) [-10453.607] (-10465.288) (-10459.590) -- 0:09:24
348000 -- (-10468.460) (-10457.455) [-10453.344] (-10460.070) * (-10452.140) [-10462.078] (-10453.410) (-10467.385) -- 0:09:23
349000 -- (-10458.312) (-10470.333) [-10457.726] (-10458.712) * [-10453.257] (-10456.654) (-10453.729) (-10462.328) -- 0:09:23
350000 -- (-10455.952) (-10470.575) [-10454.753] (-10461.206) * [-10466.014] (-10459.756) (-10457.851) (-10455.557) -- 0:09:22
Average standard deviation of split frequencies: 0.016545
351000 -- [-10453.856] (-10464.821) (-10453.537) (-10459.316) * (-10452.556) [-10460.267] (-10470.987) (-10456.306) -- 0:09:22
352000 -- (-10455.861) (-10457.906) [-10456.992] (-10457.843) * (-10458.777) [-10457.606] (-10465.108) (-10468.497) -- 0:09:21
353000 -- [-10461.066] (-10462.028) (-10458.532) (-10455.603) * [-10457.034] (-10458.591) (-10466.282) (-10470.915) -- 0:09:20
354000 -- [-10453.264] (-10453.872) (-10459.662) (-10457.409) * [-10450.659] (-10465.356) (-10461.839) (-10462.281) -- 0:09:18
355000 -- (-10456.712) [-10458.017] (-10459.044) (-10465.856) * [-10454.753] (-10465.659) (-10454.638) (-10457.568) -- 0:09:17
Average standard deviation of split frequencies: 0.013445
356000 -- (-10462.258) (-10459.166) [-10455.937] (-10455.828) * (-10466.723) (-10464.901) (-10459.849) [-10459.814] -- 0:09:17
357000 -- (-10468.962) (-10457.566) [-10460.610] (-10461.120) * (-10459.121) [-10457.129] (-10458.475) (-10468.518) -- 0:09:16
358000 -- (-10458.088) (-10448.329) (-10455.093) [-10457.481] * (-10457.934) [-10453.799] (-10461.767) (-10455.340) -- 0:09:15
359000 -- (-10457.700) [-10456.170] (-10466.378) (-10463.631) * (-10452.993) [-10451.754] (-10460.053) (-10461.070) -- 0:09:15
360000 -- (-10454.414) (-10454.178) [-10457.396] (-10469.250) * [-10447.055] (-10450.560) (-10456.709) (-10459.709) -- 0:09:14
Average standard deviation of split frequencies: 0.012869
361000 -- (-10465.834) [-10452.704] (-10465.525) (-10456.147) * (-10458.904) (-10456.256) (-10469.331) [-10469.148] -- 0:09:14
362000 -- (-10467.922) (-10458.256) (-10463.168) [-10462.557] * (-10463.619) (-10457.790) (-10459.323) [-10449.968] -- 0:09:11
363000 -- [-10459.935] (-10458.569) (-10454.822) (-10461.151) * (-10465.669) (-10464.158) [-10453.509] (-10456.269) -- 0:09:11
364000 -- (-10452.363) (-10454.330) [-10456.483] (-10460.446) * (-10453.653) (-10464.756) [-10454.291] (-10462.638) -- 0:09:10
365000 -- (-10455.932) (-10461.151) [-10458.736] (-10453.080) * (-10454.454) [-10458.045] (-10467.656) (-10457.146) -- 0:09:09
Average standard deviation of split frequencies: 0.012880
366000 -- [-10461.572] (-10456.871) (-10457.309) (-10463.784) * (-10468.756) (-10467.281) (-10462.303) [-10465.562] -- 0:09:09
367000 -- [-10459.085] (-10452.405) (-10458.650) (-10456.645) * (-10468.954) [-10448.421] (-10458.957) (-10462.649) -- 0:09:08
368000 -- [-10457.708] (-10455.905) (-10465.630) (-10457.153) * [-10458.337] (-10460.680) (-10455.446) (-10462.421) -- 0:09:07
369000 -- (-10453.503) [-10457.082] (-10463.732) (-10459.152) * (-10464.132) (-10453.271) [-10452.628] (-10452.938) -- 0:09:05
370000 -- (-10462.533) (-10452.123) [-10453.993] (-10452.587) * [-10458.580] (-10471.177) (-10466.953) (-10459.539) -- 0:09:04
Average standard deviation of split frequencies: 0.011935
371000 -- [-10453.092] (-10450.928) (-10459.855) (-10460.487) * (-10463.359) (-10458.456) [-10454.601] (-10461.680) -- 0:09:04
372000 -- (-10458.295) (-10456.354) [-10453.434] (-10451.936) * (-10460.355) (-10465.112) (-10459.368) [-10449.909] -- 0:09:03
373000 -- (-10458.461) [-10448.612] (-10453.895) (-10460.521) * (-10461.681) (-10461.656) (-10463.735) [-10451.993] -- 0:09:02
374000 -- (-10459.472) (-10458.348) [-10459.967] (-10460.673) * (-10455.530) (-10455.116) (-10465.709) [-10457.445] -- 0:09:02
375000 -- [-10455.171] (-10455.567) (-10467.396) (-10453.299) * (-10461.716) (-10460.925) [-10455.957] (-10460.067) -- 0:09:01
Average standard deviation of split frequencies: 0.014000
376000 -- (-10460.494) (-10451.850) [-10457.531] (-10461.949) * [-10450.287] (-10462.375) (-10455.352) (-10455.757) -- 0:08:59
377000 -- [-10458.490] (-10460.827) (-10470.038) (-10458.648) * [-10456.252] (-10467.915) (-10452.324) (-10460.787) -- 0:08:58
378000 -- (-10452.597) [-10459.976] (-10463.140) (-10456.284) * [-10454.171] (-10454.250) (-10464.712) (-10453.315) -- 0:08:58
379000 -- [-10453.669] (-10453.422) (-10466.624) (-10452.912) * (-10454.465) (-10463.835) (-10457.590) [-10460.152] -- 0:08:57
380000 -- (-10464.647) (-10454.845) [-10460.856] (-10457.423) * (-10464.988) [-10455.692] (-10460.954) (-10458.673) -- 0:08:56
Average standard deviation of split frequencies: 0.012098
381000 -- (-10462.118) (-10457.252) (-10460.591) [-10451.735] * (-10460.275) (-10453.985) (-10459.781) [-10458.582] -- 0:08:56
382000 -- (-10455.019) (-10454.850) [-10456.130] (-10453.777) * (-10464.353) (-10469.303) [-10459.752] (-10464.801) -- 0:08:55
383000 -- (-10466.124) [-10452.263] (-10457.703) (-10452.121) * (-10452.909) [-10462.282] (-10464.374) (-10453.012) -- 0:08:53
384000 -- (-10462.602) (-10453.167) [-10451.105] (-10457.337) * (-10459.497) (-10457.095) (-10458.249) [-10450.757] -- 0:08:52
385000 -- (-10459.715) (-10462.760) [-10460.172] (-10463.350) * (-10464.162) [-10451.922] (-10457.079) (-10455.227) -- 0:08:51
Average standard deviation of split frequencies: 0.010146
386000 -- (-10472.905) (-10454.598) [-10462.861] (-10458.212) * (-10472.682) (-10458.608) (-10454.624) [-10452.317] -- 0:08:51
387000 -- (-10453.074) [-10456.591] (-10450.025) (-10464.494) * (-10453.100) [-10455.464] (-10461.995) (-10456.942) -- 0:08:50
388000 -- (-10456.300) (-10458.868) [-10461.022] (-10460.959) * (-10464.914) [-10461.168] (-10459.435) (-10461.823) -- 0:08:49
389000 -- (-10456.193) (-10455.095) [-10465.011] (-10468.557) * (-10456.192) (-10455.055) [-10457.335] (-10457.870) -- 0:08:49
390000 -- [-10458.672] (-10454.848) (-10453.134) (-10461.632) * (-10456.388) (-10452.983) (-10463.651) [-10453.786] -- 0:08:47
Average standard deviation of split frequencies: 0.010357
391000 -- (-10459.649) (-10455.828) (-10460.792) [-10447.573] * [-10463.534] (-10459.059) (-10466.414) (-10456.437) -- 0:08:46
392000 -- [-10455.899] (-10462.702) (-10463.615) (-10459.059) * (-10463.182) (-10460.717) [-10456.935] (-10459.560) -- 0:08:45
393000 -- (-10459.500) [-10452.605] (-10451.917) (-10449.948) * (-10467.986) (-10463.660) (-10452.980) [-10452.998] -- 0:08:45
394000 -- (-10461.100) (-10459.531) [-10460.628] (-10455.346) * (-10459.641) (-10465.415) [-10455.247] (-10456.188) -- 0:08:44
395000 -- [-10458.975] (-10461.717) (-10463.342) (-10453.412) * [-10457.388] (-10466.601) (-10457.985) (-10453.545) -- 0:08:43
Average standard deviation of split frequencies: 0.010622
396000 -- (-10465.673) (-10464.841) (-10456.716) [-10455.076] * [-10451.648] (-10454.643) (-10463.535) (-10462.235) -- 0:08:43
397000 -- (-10452.641) (-10458.127) (-10453.586) [-10456.143] * (-10453.622) (-10456.117) (-10464.236) [-10453.937] -- 0:08:40
398000 -- (-10456.885) [-10453.870] (-10450.347) (-10456.000) * (-10475.530) (-10459.208) [-10458.365] (-10461.345) -- 0:08:40
399000 -- [-10456.935] (-10460.938) (-10463.719) (-10473.390) * [-10451.562] (-10461.762) (-10459.566) (-10459.083) -- 0:08:39
400000 -- (-10462.498) (-10454.513) (-10459.097) [-10462.377] * (-10472.617) (-10461.042) [-10452.658] (-10456.097) -- 0:08:39
Average standard deviation of split frequencies: 0.010136
401000 -- (-10457.774) (-10460.841) [-10462.617] (-10465.269) * (-10450.737) (-10448.760) (-10457.248) [-10453.138] -- 0:08:38
402000 -- (-10464.148) (-10453.764) (-10463.230) [-10458.033] * (-10454.879) [-10464.292] (-10463.001) (-10462.067) -- 0:08:37
403000 -- (-10463.256) [-10456.839] (-10475.185) (-10457.477) * [-10454.626] (-10468.281) (-10463.788) (-10467.445) -- 0:08:37
404000 -- [-10463.562] (-10458.967) (-10455.794) (-10472.045) * [-10462.906] (-10456.813) (-10460.668) (-10456.448) -- 0:08:36
405000 -- (-10461.805) (-10462.906) (-10457.071) [-10459.447] * [-10458.590] (-10464.546) (-10460.872) (-10453.481) -- 0:08:34
Average standard deviation of split frequencies: 0.010182
406000 -- (-10459.809) (-10457.277) (-10461.411) [-10456.176] * (-10463.059) [-10447.301] (-10458.829) (-10459.996) -- 0:08:33
407000 -- (-10468.618) (-10452.177) (-10463.166) [-10459.535] * (-10454.434) (-10461.765) [-10456.577] (-10452.131) -- 0:08:32
408000 -- [-10457.471] (-10454.818) (-10457.998) (-10459.247) * (-10465.677) (-10461.057) (-10452.738) [-10459.635] -- 0:08:32
409000 -- (-10460.251) (-10462.251) (-10463.070) [-10458.283] * (-10468.159) (-10456.857) [-10467.111] (-10455.102) -- 0:08:31
410000 -- (-10454.447) (-10457.575) [-10456.921] (-10456.707) * (-10469.604) (-10456.738) (-10454.105) [-10455.596] -- 0:08:30
Average standard deviation of split frequencies: 0.009713
411000 -- (-10457.334) (-10465.573) [-10459.539] (-10463.629) * (-10459.986) (-10458.617) [-10462.065] (-10467.697) -- 0:08:30
412000 -- (-10459.478) (-10462.562) [-10454.703] (-10458.139) * [-10456.541] (-10467.202) (-10455.238) (-10471.601) -- 0:08:28
413000 -- [-10459.167] (-10468.946) (-10459.264) (-10463.332) * (-10457.652) (-10459.754) [-10448.803] (-10458.190) -- 0:08:27
414000 -- (-10460.691) (-10462.833) (-10456.304) [-10455.129] * [-10454.488] (-10465.208) (-10463.568) (-10466.165) -- 0:08:26
415000 -- (-10457.764) (-10463.862) [-10449.714] (-10458.463) * (-10454.354) (-10462.431) [-10457.560] (-10458.633) -- 0:08:26
Average standard deviation of split frequencies: 0.010286
416000 -- (-10457.953) (-10460.828) (-10461.134) [-10457.040] * [-10460.737] (-10456.158) (-10459.250) (-10453.943) -- 0:08:25
417000 -- (-10453.502) (-10463.281) [-10456.921] (-10465.922) * (-10463.112) (-10455.175) (-10458.129) [-10455.218] -- 0:08:24
418000 -- [-10461.185] (-10455.892) (-10461.044) (-10458.471) * (-10461.581) (-10460.150) [-10448.375] (-10452.508) -- 0:08:24
419000 -- [-10454.928] (-10454.724) (-10456.975) (-10459.127) * (-10469.644) (-10462.016) [-10458.928] (-10460.670) -- 0:08:23
420000 -- (-10475.707) [-10461.382] (-10464.785) (-10455.674) * (-10464.446) [-10459.310] (-10460.243) (-10464.115) -- 0:08:21
Average standard deviation of split frequencies: 0.010517
421000 -- (-10465.483) (-10453.407) [-10458.730] (-10464.395) * (-10462.405) (-10461.883) [-10452.284] (-10469.109) -- 0:08:20
422000 -- (-10453.450) [-10460.926] (-10449.730) (-10462.544) * [-10456.884] (-10456.109) (-10459.261) (-10466.362) -- 0:08:19
423000 -- [-10458.222] (-10454.707) (-10464.197) (-10470.816) * [-10451.621] (-10450.113) (-10463.520) (-10461.837) -- 0:08:19
424000 -- (-10456.456) (-10469.663) (-10461.648) [-10457.069] * [-10451.192] (-10462.780) (-10457.899) (-10456.832) -- 0:08:18
425000 -- (-10466.455) (-10452.899) [-10446.242] (-10464.109) * (-10463.479) (-10454.985) (-10461.341) [-10452.505] -- 0:08:17
Average standard deviation of split frequencies: 0.010385
426000 -- (-10461.552) (-10461.159) [-10456.746] (-10452.696) * [-10451.703] (-10458.953) (-10450.616) (-10453.923) -- 0:08:17
427000 -- (-10462.549) (-10463.909) (-10451.264) [-10455.564] * (-10454.215) [-10455.185] (-10458.805) (-10469.512) -- 0:08:16
428000 -- [-10453.744] (-10471.455) (-10468.561) (-10471.753) * (-10459.198) (-10457.161) [-10457.608] (-10457.167) -- 0:08:14
429000 -- (-10456.008) [-10454.469] (-10458.115) (-10459.101) * (-10455.607) (-10461.690) (-10462.751) [-10455.894] -- 0:08:13
430000 -- [-10464.559] (-10458.181) (-10462.449) (-10475.607) * [-10459.525] (-10465.909) (-10458.644) (-10467.342) -- 0:08:13
Average standard deviation of split frequencies: 0.010104
431000 -- (-10458.555) (-10455.074) (-10448.715) [-10455.852] * (-10451.424) (-10459.073) [-10450.093] (-10472.386) -- 0:08:12
432000 -- (-10455.044) [-10462.304] (-10466.140) (-10458.253) * (-10457.974) (-10468.453) (-10454.528) [-10457.535] -- 0:08:11
433000 -- (-10457.107) (-10466.648) (-10456.767) [-10462.933] * (-10463.525) (-10460.669) (-10462.213) [-10454.823] -- 0:08:11
434000 -- (-10463.950) (-10458.802) [-10455.106] (-10453.754) * (-10461.089) [-10466.442] (-10459.120) (-10457.825) -- 0:08:10
435000 -- (-10466.824) [-10452.958] (-10458.966) (-10470.358) * (-10455.192) (-10456.298) [-10454.536] (-10456.496) -- 0:08:08
Average standard deviation of split frequencies: 0.010646
436000 -- (-10457.158) (-10467.338) (-10467.689) [-10459.877] * (-10454.477) [-10463.566] (-10456.508) (-10455.308) -- 0:08:07
437000 -- (-10456.809) (-10460.525) (-10460.998) [-10458.910] * (-10460.728) [-10455.678] (-10458.790) (-10448.908) -- 0:08:06
438000 -- (-10462.320) (-10460.038) [-10455.522] (-10462.047) * [-10455.963] (-10458.516) (-10455.366) (-10465.675) -- 0:08:06
439000 -- [-10454.581] (-10456.664) (-10460.765) (-10455.813) * (-10458.026) (-10468.145) [-10458.114] (-10474.873) -- 0:08:05
440000 -- (-10452.150) (-10468.885) [-10456.540] (-10458.081) * (-10457.100) (-10449.277) [-10465.219] (-10461.558) -- 0:08:04
Average standard deviation of split frequencies: 0.010286
441000 -- (-10458.643) (-10455.280) [-10452.609] (-10462.649) * [-10454.176] (-10476.433) (-10460.086) (-10461.688) -- 0:08:04
442000 -- (-10461.712) (-10460.077) [-10455.733] (-10454.700) * (-10452.802) (-10471.153) (-10458.998) [-10457.684] -- 0:08:03
443000 -- [-10455.660] (-10470.300) (-10456.443) (-10456.029) * (-10464.927) (-10460.016) (-10459.943) [-10453.603] -- 0:08:01
444000 -- (-10462.615) [-10462.466] (-10458.040) (-10452.340) * [-10451.624] (-10467.087) (-10462.943) (-10466.096) -- 0:08:00
445000 -- (-10467.848) [-10461.448] (-10452.472) (-10461.501) * (-10457.032) [-10462.205] (-10464.492) (-10462.776) -- 0:08:00
Average standard deviation of split frequencies: 0.010163
446000 -- (-10463.895) (-10456.067) [-10450.574] (-10459.661) * [-10453.856] (-10458.959) (-10461.179) (-10462.278) -- 0:07:59
447000 -- (-10460.948) (-10458.477) [-10457.235] (-10456.392) * [-10456.568] (-10459.510) (-10461.632) (-10448.515) -- 0:07:58
448000 -- (-10454.855) (-10464.510) [-10461.567] (-10460.257) * (-10457.856) (-10454.233) (-10469.676) [-10459.369] -- 0:07:58
449000 -- [-10454.187] (-10449.621) (-10474.250) (-10461.979) * (-10456.628) [-10454.731] (-10463.910) (-10454.461) -- 0:07:57
450000 -- (-10464.583) [-10464.249] (-10466.479) (-10465.861) * (-10452.333) (-10466.697) [-10460.892] (-10462.792) -- 0:07:55
Average standard deviation of split frequencies: 0.010058
451000 -- (-10462.225) (-10453.801) [-10459.295] (-10464.950) * (-10461.071) (-10462.745) (-10456.523) [-10456.157] -- 0:07:54
452000 -- (-10471.543) (-10456.250) (-10452.915) [-10448.516] * (-10463.057) (-10460.418) [-10456.802] (-10456.084) -- 0:07:54
453000 -- [-10454.311] (-10474.091) (-10455.949) (-10454.239) * (-10451.944) (-10458.798) [-10459.451] (-10459.729) -- 0:07:53
454000 -- (-10457.454) [-10454.971] (-10458.793) (-10458.017) * [-10458.154] (-10460.124) (-10460.089) (-10454.559) -- 0:07:52
455000 -- (-10461.434) (-10456.882) (-10449.705) [-10459.516] * (-10454.989) [-10451.243] (-10455.158) (-10458.241) -- 0:07:51
Average standard deviation of split frequencies: 0.010576
456000 -- (-10473.582) [-10462.455] (-10455.971) (-10454.065) * [-10459.743] (-10462.682) (-10459.641) (-10462.552) -- 0:07:51
457000 -- [-10455.603] (-10466.297) (-10457.367) (-10473.172) * [-10461.199] (-10465.962) (-10451.443) (-10457.347) -- 0:07:49
458000 -- [-10451.070] (-10459.410) (-10456.127) (-10453.772) * [-10455.101] (-10472.892) (-10453.863) (-10458.676) -- 0:07:48
459000 -- (-10463.859) (-10459.646) [-10459.012] (-10455.929) * [-10455.337] (-10458.713) (-10452.173) (-10466.776) -- 0:07:47
460000 -- (-10459.612) (-10459.859) (-10459.226) [-10456.076] * (-10461.314) (-10459.882) (-10453.771) [-10461.984] -- 0:07:47
Average standard deviation of split frequencies: 0.010863
461000 -- (-10454.457) (-10461.691) [-10456.700] (-10453.067) * [-10457.799] (-10461.195) (-10456.817) (-10457.800) -- 0:07:46
462000 -- [-10449.711] (-10454.962) (-10463.928) (-10465.281) * [-10453.306] (-10461.212) (-10462.079) (-10461.228) -- 0:07:45
463000 -- [-10453.474] (-10462.203) (-10457.092) (-10461.290) * [-10456.178] (-10457.993) (-10461.265) (-10457.056) -- 0:07:45
464000 -- (-10460.607) (-10464.566) [-10455.242] (-10464.053) * (-10458.874) (-10460.166) (-10456.714) [-10456.462] -- 0:07:43
465000 -- (-10462.191) [-10456.840] (-10458.469) (-10468.209) * (-10457.549) [-10463.337] (-10453.208) (-10452.351) -- 0:07:42
Average standard deviation of split frequencies: 0.011361
466000 -- (-10459.343) (-10460.013) [-10458.833] (-10461.325) * [-10455.638] (-10454.264) (-10465.786) (-10454.863) -- 0:07:41
467000 -- [-10455.206] (-10462.336) (-10469.506) (-10463.535) * [-10453.938] (-10458.762) (-10458.741) (-10458.125) -- 0:07:41
468000 -- (-10453.854) (-10447.023) (-10469.630) [-10463.233] * (-10451.192) (-10462.103) (-10461.434) [-10452.366] -- 0:07:40
469000 -- (-10455.600) (-10458.791) (-10463.583) [-10461.382] * (-10458.163) (-10459.872) (-10461.471) [-10468.464] -- 0:07:39
470000 -- (-10455.993) (-10457.522) (-10467.381) [-10458.271] * [-10457.505] (-10464.697) (-10460.275) (-10471.892) -- 0:07:38
Average standard deviation of split frequencies: 0.010170
471000 -- (-10469.794) [-10461.458] (-10456.269) (-10461.540) * (-10452.291) (-10456.394) [-10456.112] (-10465.404) -- 0:07:37
472000 -- (-10465.062) (-10456.345) [-10462.356] (-10457.607) * (-10470.350) (-10457.499) [-10452.655] (-10463.911) -- 0:07:36
473000 -- [-10467.406] (-10455.872) (-10461.956) (-10461.237) * (-10461.786) [-10464.472] (-10453.896) (-10463.789) -- 0:07:35
474000 -- (-10465.940) (-10455.951) (-10460.419) [-10457.476] * (-10466.117) (-10457.493) (-10456.952) [-10458.833] -- 0:07:34
475000 -- (-10466.020) (-10458.339) [-10456.589] (-10453.564) * (-10457.962) (-10467.268) (-10452.121) [-10459.327] -- 0:07:34
Average standard deviation of split frequencies: 0.009523
476000 -- (-10463.505) (-10458.048) [-10459.744] (-10462.039) * (-10462.311) (-10451.310) (-10454.642) [-10453.864] -- 0:07:33
477000 -- (-10461.122) (-10457.376) (-10464.699) [-10457.069] * (-10455.700) [-10453.917] (-10460.906) (-10464.618) -- 0:07:32
478000 -- (-10461.628) [-10460.372] (-10450.555) (-10460.644) * [-10452.322] (-10460.716) (-10467.549) (-10467.051) -- 0:07:32
479000 -- (-10459.151) [-10459.959] (-10457.113) (-10457.160) * [-10455.503] (-10458.576) (-10467.267) (-10456.942) -- 0:07:30
480000 -- (-10463.919) (-10456.746) (-10466.814) [-10458.151] * [-10450.846] (-10458.357) (-10467.583) (-10459.968) -- 0:07:29
Average standard deviation of split frequencies: 0.009958
481000 -- (-10457.048) (-10449.259) [-10457.398] (-10461.389) * [-10458.772] (-10470.929) (-10459.778) (-10462.170) -- 0:07:28
482000 -- [-10456.744] (-10467.982) (-10459.696) (-10459.024) * [-10460.359] (-10459.460) (-10459.651) (-10454.435) -- 0:07:28
483000 -- (-10458.593) [-10454.210] (-10456.163) (-10453.435) * (-10454.525) (-10452.840) [-10452.646] (-10462.152) -- 0:07:27
484000 -- (-10464.205) [-10455.676] (-10457.335) (-10463.524) * (-10462.526) [-10457.035] (-10463.673) (-10455.021) -- 0:07:26
485000 -- (-10465.762) (-10459.225) [-10458.262] (-10467.593) * [-10449.462] (-10453.164) (-10459.991) (-10455.924) -- 0:07:25
Average standard deviation of split frequencies: 0.009700
486000 -- (-10460.486) (-10451.018) [-10460.921] (-10463.179) * (-10455.452) (-10459.086) [-10454.878] (-10457.691) -- 0:07:24
487000 -- (-10459.202) [-10454.317] (-10457.441) (-10463.882) * (-10457.729) [-10461.321] (-10454.097) (-10457.222) -- 0:07:23
488000 -- (-10459.919) (-10455.196) [-10455.166] (-10472.109) * (-10464.837) [-10466.019] (-10462.019) (-10451.912) -- 0:07:22
489000 -- (-10450.036) (-10451.590) (-10464.151) [-10461.932] * (-10467.512) [-10462.199] (-10461.967) (-10456.759) -- 0:07:22
490000 -- (-10457.684) (-10452.541) [-10463.136] (-10458.867) * (-10454.627) [-10457.905] (-10465.638) (-10460.576) -- 0:07:21
Average standard deviation of split frequencies: 0.010051
491000 -- [-10457.598] (-10460.858) (-10463.166) (-10465.574) * (-10456.599) (-10456.170) (-10473.443) [-10466.713] -- 0:07:20
492000 -- [-10448.747] (-10459.542) (-10464.236) (-10459.051) * (-10460.891) (-10459.086) (-10464.466) [-10454.368] -- 0:07:19
493000 -- [-10456.962] (-10450.887) (-10455.209) (-10466.513) * (-10454.395) (-10461.883) [-10453.458] (-10459.940) -- 0:07:19
494000 -- (-10454.169) (-10454.590) [-10456.278] (-10461.461) * (-10458.329) [-10451.102] (-10457.370) (-10464.349) -- 0:07:17
495000 -- (-10461.474) (-10452.642) [-10457.717] (-10469.686) * (-10454.860) [-10454.798] (-10457.649) (-10449.131) -- 0:07:16
Average standard deviation of split frequencies: 0.009139
496000 -- (-10453.598) (-10462.295) [-10463.263] (-10464.141) * (-10461.625) [-10458.639] (-10461.638) (-10466.390) -- 0:07:15
497000 -- (-10460.317) [-10456.830] (-10463.877) (-10462.947) * (-10459.042) [-10461.378] (-10463.517) (-10462.821) -- 0:07:15
498000 -- (-10463.314) (-10454.361) [-10462.676] (-10458.027) * (-10461.364) (-10460.388) [-10454.272] (-10452.199) -- 0:07:14
499000 -- (-10460.036) [-10455.441] (-10456.241) (-10462.520) * (-10462.891) (-10456.822) (-10456.747) [-10453.854] -- 0:07:13
500000 -- [-10458.677] (-10457.129) (-10461.598) (-10455.664) * [-10457.144] (-10460.334) (-10458.394) (-10465.716) -- 0:07:13
Average standard deviation of split frequencies: 0.009198
501000 -- [-10456.953] (-10476.611) (-10461.693) (-10462.490) * (-10472.610) (-10463.984) [-10457.558] (-10456.274) -- 0:07:12
502000 -- (-10457.810) [-10454.502] (-10454.915) (-10457.688) * (-10462.182) (-10470.424) (-10458.811) [-10449.664] -- 0:07:10
503000 -- [-10457.769] (-10460.227) (-10458.971) (-10460.213) * [-10453.679] (-10453.322) (-10450.538) (-10458.866) -- 0:07:09
504000 -- [-10449.250] (-10461.187) (-10463.569) (-10454.851) * (-10453.945) (-10455.372) (-10461.852) [-10456.349] -- 0:07:09
505000 -- (-10455.747) (-10465.794) (-10471.741) [-10453.496] * (-10458.995) [-10455.471] (-10463.670) (-10462.956) -- 0:07:08
Average standard deviation of split frequencies: 0.009245
506000 -- (-10456.178) [-10455.856] (-10459.334) (-10461.930) * (-10465.293) (-10457.138) (-10466.118) [-10461.628] -- 0:07:07
507000 -- (-10455.367) (-10460.611) (-10460.879) [-10460.034] * (-10463.028) [-10454.827] (-10464.581) (-10461.076) -- 0:07:06
508000 -- (-10454.519) [-10462.362] (-10455.555) (-10454.859) * (-10461.176) (-10461.482) [-10458.225] (-10454.627) -- 0:07:06
509000 -- [-10456.526] (-10459.138) (-10468.515) (-10457.889) * (-10473.770) (-10456.357) [-10453.400] (-10459.522) -- 0:07:05
510000 -- (-10475.822) (-10462.692) (-10471.545) [-10455.772] * (-10459.855) [-10454.732] (-10456.084) (-10460.241) -- 0:07:03
Average standard deviation of split frequencies: 0.008024
511000 -- (-10457.161) [-10462.658] (-10458.140) (-10460.911) * (-10463.390) [-10448.081] (-10452.083) (-10462.582) -- 0:07:02
512000 -- (-10465.559) [-10448.291] (-10452.770) (-10459.398) * (-10464.678) (-10449.954) (-10457.791) [-10459.867] -- 0:07:02
513000 -- (-10459.232) [-10456.212] (-10461.922) (-10454.513) * (-10458.324) [-10457.895] (-10468.340) (-10460.416) -- 0:07:01
514000 -- [-10453.543] (-10456.887) (-10458.917) (-10454.981) * (-10460.973) (-10461.411) (-10463.568) [-10455.076] -- 0:07:00
515000 -- (-10456.295) [-10453.722] (-10465.242) (-10453.442) * (-10470.324) [-10465.502] (-10462.807) (-10455.164) -- 0:07:00
Average standard deviation of split frequencies: 0.008152
516000 -- (-10464.960) [-10465.376] (-10470.985) (-10465.785) * (-10469.873) (-10457.534) [-10457.691] (-10460.778) -- 0:06:59
517000 -- [-10458.208] (-10464.152) (-10457.107) (-10457.225) * [-10454.571] (-10461.765) (-10461.719) (-10453.467) -- 0:06:57
518000 -- (-10451.831) [-10465.737] (-10465.000) (-10457.676) * (-10467.097) (-10462.903) (-10451.616) [-10451.157] -- 0:06:56
519000 -- [-10456.277] (-10461.412) (-10471.258) (-10464.690) * (-10461.496) [-10460.483] (-10454.445) (-10457.023) -- 0:06:56
520000 -- [-10455.939] (-10458.068) (-10458.092) (-10453.961) * (-10454.294) (-10458.805) (-10456.946) [-10451.398] -- 0:06:55
Average standard deviation of split frequencies: 0.007243
521000 -- [-10450.967] (-10461.514) (-10460.693) (-10450.804) * (-10465.944) (-10459.251) (-10454.838) [-10451.133] -- 0:06:54
522000 -- [-10453.521] (-10456.874) (-10457.689) (-10458.421) * [-10459.608] (-10457.472) (-10466.958) (-10459.066) -- 0:06:53
523000 -- [-10459.806] (-10465.163) (-10463.582) (-10463.717) * (-10457.426) [-10459.198] (-10463.548) (-10463.906) -- 0:06:53
524000 -- (-10457.311) [-10456.548] (-10462.135) (-10454.126) * (-10458.635) (-10467.525) [-10458.280] (-10456.004) -- 0:06:52
525000 -- (-10469.286) [-10453.899] (-10456.398) (-10471.989) * [-10454.854] (-10463.182) (-10456.461) (-10460.274) -- 0:06:50
Average standard deviation of split frequencies: 0.006136
526000 -- [-10460.066] (-10464.799) (-10462.762) (-10457.820) * (-10461.007) (-10466.691) (-10459.304) [-10458.487] -- 0:06:50
527000 -- (-10454.106) (-10465.806) (-10460.699) [-10457.814] * (-10456.551) (-10461.418) [-10454.565] (-10461.218) -- 0:06:49
528000 -- (-10470.862) (-10459.088) (-10458.045) [-10454.711] * (-10460.582) (-10465.277) (-10457.212) [-10458.731] -- 0:06:48
529000 -- (-10464.596) (-10468.496) (-10454.663) [-10460.566] * [-10458.362] (-10464.248) (-10458.963) (-10460.453) -- 0:06:47
530000 -- (-10454.859) [-10457.402] (-10459.443) (-10453.665) * (-10468.309) [-10455.306] (-10456.663) (-10461.057) -- 0:06:47
Average standard deviation of split frequencies: 0.006082
531000 -- (-10458.118) (-10458.004) (-10462.494) [-10457.985] * (-10463.739) [-10452.549] (-10465.273) (-10456.700) -- 0:06:46
532000 -- [-10458.429] (-10466.561) (-10463.262) (-10458.703) * [-10450.698] (-10462.029) (-10462.979) (-10465.895) -- 0:06:44
533000 -- (-10451.095) (-10461.635) (-10475.002) [-10463.784] * (-10461.263) [-10464.580] (-10460.340) (-10461.687) -- 0:06:43
534000 -- [-10460.935] (-10471.972) (-10464.553) (-10451.586) * (-10458.645) (-10464.402) [-10458.938] (-10450.566) -- 0:06:43
535000 -- (-10464.424) (-10463.929) [-10452.986] (-10467.190) * (-10468.200) [-10453.587] (-10455.428) (-10453.585) -- 0:06:42
Average standard deviation of split frequencies: 0.005818
536000 -- [-10458.639] (-10457.940) (-10455.819) (-10455.515) * (-10467.676) [-10452.427] (-10461.266) (-10466.123) -- 0:06:41
537000 -- (-10463.958) (-10453.225) (-10458.990) [-10462.682] * (-10455.722) (-10465.684) [-10455.337] (-10459.218) -- 0:06:40
538000 -- [-10453.129] (-10462.362) (-10461.091) (-10460.356) * (-10468.416) (-10458.611) [-10466.941] (-10461.402) -- 0:06:40
539000 -- [-10460.591] (-10454.772) (-10457.841) (-10459.000) * [-10454.713] (-10463.392) (-10457.969) (-10461.695) -- 0:06:39
540000 -- (-10463.605) (-10457.791) (-10456.085) [-10452.970] * (-10461.625) (-10462.904) (-10463.783) [-10459.961] -- 0:06:37
Average standard deviation of split frequencies: 0.006237
541000 -- [-10456.830] (-10469.662) (-10466.245) (-10469.201) * (-10468.872) (-10462.702) [-10453.052] (-10463.288) -- 0:06:37
542000 -- (-10462.633) (-10457.996) [-10452.938] (-10476.313) * [-10459.648] (-10454.277) (-10455.667) (-10459.091) -- 0:06:36
543000 -- [-10457.872] (-10451.192) (-10465.230) (-10464.506) * [-10458.810] (-10457.828) (-10456.363) (-10460.419) -- 0:06:35
544000 -- (-10457.204) (-10451.454) (-10454.688) [-10456.015] * [-10453.558] (-10459.914) (-10458.890) (-10459.317) -- 0:06:34
545000 -- (-10455.769) (-10464.517) (-10457.308) [-10458.507] * (-10460.720) (-10457.462) (-10465.595) [-10457.826] -- 0:06:34
Average standard deviation of split frequencies: 0.006110
546000 -- [-10454.812] (-10463.003) (-10452.052) (-10459.012) * (-10455.825) [-10463.090] (-10467.199) (-10460.727) -- 0:06:33
547000 -- [-10455.150] (-10453.298) (-10455.372) (-10463.769) * (-10475.600) (-10454.306) (-10458.855) [-10467.263] -- 0:06:31
548000 -- (-10453.819) (-10455.233) [-10458.798] (-10455.542) * (-10464.455) (-10454.601) (-10452.642) [-10459.442] -- 0:06:30
549000 -- [-10459.648] (-10452.752) (-10465.671) (-10474.168) * (-10453.152) (-10460.958) (-10455.528) [-10464.302] -- 0:06:30
550000 -- (-10457.100) (-10462.574) (-10463.303) [-10452.343] * [-10455.160] (-10464.501) (-10456.565) (-10454.507) -- 0:06:29
Average standard deviation of split frequencies: 0.006783
551000 -- (-10461.097) [-10455.937] (-10456.126) (-10451.698) * (-10455.762) (-10455.159) (-10454.527) [-10463.794] -- 0:06:28
552000 -- (-10465.922) [-10451.208] (-10455.066) (-10462.536) * (-10462.595) (-10455.371) [-10459.601] (-10458.864) -- 0:06:27
553000 -- [-10445.106] (-10458.851) (-10461.127) (-10459.338) * (-10467.912) (-10454.230) [-10461.215] (-10453.585) -- 0:06:26
554000 -- (-10472.393) (-10466.427) [-10452.010] (-10459.539) * [-10460.429] (-10458.332) (-10459.290) (-10460.894) -- 0:06:25
555000 -- (-10461.329) (-10466.693) [-10455.737] (-10454.732) * (-10463.489) [-10455.423] (-10454.090) (-10457.796) -- 0:06:24
Average standard deviation of split frequencies: 0.006848
556000 -- [-10453.440] (-10459.285) (-10456.778) (-10459.435) * [-10464.891] (-10462.533) (-10462.338) (-10457.648) -- 0:06:24
557000 -- (-10461.657) (-10458.475) [-10465.298] (-10462.487) * [-10447.894] (-10465.435) (-10457.863) (-10459.748) -- 0:06:23
558000 -- [-10459.626] (-10456.795) (-10453.911) (-10457.506) * (-10471.307) (-10460.564) (-10457.458) [-10458.413] -- 0:06:22
559000 -- (-10456.567) (-10464.865) (-10456.943) [-10455.591] * (-10462.938) (-10456.113) [-10460.322] (-10458.951) -- 0:06:21
560000 -- [-10450.647] (-10459.290) (-10466.190) (-10463.812) * (-10459.148) (-10455.825) [-10461.924] (-10458.171) -- 0:06:21
Average standard deviation of split frequencies: 0.007696
561000 -- [-10456.079] (-10463.749) (-10451.899) (-10460.761) * [-10455.473] (-10452.965) (-10453.082) (-10462.029) -- 0:06:19
562000 -- (-10459.690) [-10458.647] (-10461.733) (-10455.742) * (-10454.005) [-10458.521] (-10464.506) (-10463.054) -- 0:06:18
563000 -- (-10462.098) [-10452.286] (-10473.585) (-10453.711) * (-10456.611) [-10456.105] (-10474.526) (-10461.168) -- 0:06:18
564000 -- (-10464.683) (-10461.610) [-10453.656] (-10456.475) * [-10465.841] (-10464.469) (-10464.902) (-10453.173) -- 0:06:17
565000 -- (-10467.051) [-10456.631] (-10461.055) (-10455.183) * (-10459.037) (-10461.630) (-10466.012) [-10453.406] -- 0:06:16
Average standard deviation of split frequencies: 0.007304
566000 -- (-10461.281) [-10451.342] (-10466.624) (-10455.538) * (-10461.599) (-10453.367) [-10462.554] (-10456.557) -- 0:06:15
567000 -- (-10458.132) [-10453.067] (-10457.242) (-10454.868) * (-10454.971) (-10450.402) (-10458.505) [-10450.997] -- 0:06:14
568000 -- (-10463.693) [-10457.307] (-10457.884) (-10453.562) * (-10458.297) (-10462.408) (-10457.546) [-10452.092] -- 0:06:13
569000 -- (-10453.300) (-10453.812) (-10461.529) [-10455.665] * [-10462.040] (-10474.945) (-10461.319) (-10463.480) -- 0:06:12
570000 -- (-10457.967) (-10453.254) [-10449.616] (-10459.699) * [-10457.648] (-10463.171) (-10459.233) (-10458.945) -- 0:06:11
Average standard deviation of split frequencies: 0.007244
571000 -- (-10456.970) [-10451.577] (-10467.999) (-10454.417) * (-10468.298) [-10466.027] (-10452.861) (-10459.180) -- 0:06:11
572000 -- (-10470.263) (-10460.262) [-10458.117] (-10459.113) * (-10454.995) [-10456.757] (-10461.773) (-10463.644) -- 0:06:10
573000 -- (-10463.171) (-10460.516) (-10463.592) [-10460.264] * (-10461.035) [-10456.863] (-10451.384) (-10460.228) -- 0:06:09
574000 -- (-10465.438) (-10464.868) [-10453.357] (-10459.867) * (-10462.998) [-10457.574] (-10459.322) (-10465.925) -- 0:06:08
575000 -- (-10452.015) (-10459.393) (-10460.564) [-10454.198] * [-10465.864] (-10459.114) (-10468.382) (-10455.856) -- 0:06:07
Average standard deviation of split frequencies: 0.007555
576000 -- (-10466.338) [-10461.065] (-10461.646) (-10459.153) * [-10451.157] (-10463.867) (-10454.578) (-10465.153) -- 0:06:06
577000 -- (-10465.571) [-10456.557] (-10471.975) (-10464.415) * (-10459.570) [-10463.050] (-10456.711) (-10472.372) -- 0:06:05
578000 -- (-10463.969) (-10454.435) (-10456.037) [-10459.619] * (-10455.176) [-10452.189] (-10458.966) (-10466.249) -- 0:06:05
579000 -- (-10453.718) (-10461.139) (-10457.818) [-10456.413] * (-10452.723) (-10454.488) [-10453.151] (-10468.020) -- 0:06:04
580000 -- (-10463.117) [-10457.719] (-10457.936) (-10462.407) * (-10454.585) (-10458.176) [-10464.582] (-10463.166) -- 0:06:03
Average standard deviation of split frequencies: 0.008118
581000 -- [-10457.321] (-10463.026) (-10457.921) (-10459.450) * (-10464.453) (-10460.209) [-10464.052] (-10457.021) -- 0:06:02
582000 -- (-10460.777) (-10460.161) [-10455.210] (-10461.015) * (-10469.269) (-10458.766) [-10468.942] (-10462.081) -- 0:06:01
583000 -- [-10453.674] (-10457.187) (-10458.222) (-10462.393) * (-10454.549) (-10461.548) (-10460.637) [-10453.631] -- 0:06:00
584000 -- (-10461.527) (-10454.911) (-10466.032) [-10458.655] * (-10457.767) (-10457.106) [-10464.505] (-10452.211) -- 0:05:59
585000 -- (-10461.579) (-10458.149) (-10460.817) [-10462.809] * (-10458.301) (-10456.900) [-10464.267] (-10460.261) -- 0:05:58
Average standard deviation of split frequencies: 0.007611
586000 -- (-10450.694) (-10450.249) [-10453.339] (-10457.634) * (-10454.630) (-10461.981) [-10453.029] (-10463.009) -- 0:05:58
587000 -- (-10457.466) [-10473.865] (-10456.303) (-10458.066) * [-10451.598] (-10459.218) (-10470.429) (-10450.942) -- 0:05:57
588000 -- (-10458.123) (-10457.239) [-10455.710] (-10456.191) * (-10456.324) [-10457.816] (-10453.975) (-10467.087) -- 0:05:56
589000 -- (-10457.573) [-10454.309] (-10458.834) (-10470.525) * [-10454.347] (-10468.321) (-10454.036) (-10459.253) -- 0:05:55
590000 -- (-10455.564) [-10465.920] (-10456.569) (-10455.658) * (-10463.094) (-10459.560) [-10458.455] (-10459.221) -- 0:05:54
Average standard deviation of split frequencies: 0.008595
591000 -- [-10459.140] (-10456.463) (-10460.841) (-10458.145) * [-10450.265] (-10475.091) (-10459.829) (-10453.406) -- 0:05:53
592000 -- (-10472.819) (-10459.246) [-10448.551] (-10457.732) * [-10457.012] (-10455.535) (-10472.650) (-10457.440) -- 0:05:52
593000 -- (-10472.194) (-10459.080) (-10461.154) [-10457.635] * (-10455.872) (-10455.026) [-10459.089] (-10469.295) -- 0:05:52
594000 -- [-10449.861] (-10454.214) (-10474.343) (-10458.008) * [-10460.258] (-10453.246) (-10457.710) (-10454.234) -- 0:05:51
595000 -- (-10466.568) (-10456.108) (-10453.935) [-10463.876] * [-10459.572] (-10459.468) (-10467.887) (-10459.027) -- 0:05:50
Average standard deviation of split frequencies: 0.008944
596000 -- (-10446.399) (-10457.203) [-10465.488] (-10465.090) * (-10462.339) (-10454.141) (-10452.822) [-10453.315] -- 0:05:49
597000 -- (-10454.251) (-10466.137) (-10468.318) [-10446.853] * [-10451.585] (-10459.112) (-10461.306) (-10454.362) -- 0:05:48
598000 -- (-10455.126) [-10455.940] (-10458.259) (-10465.422) * (-10460.926) (-10454.118) (-10468.837) [-10468.974] -- 0:05:47
599000 -- [-10452.012] (-10455.871) (-10455.641) (-10455.009) * (-10460.115) (-10459.350) [-10455.099] (-10455.017) -- 0:05:46
600000 -- (-10461.253) (-10452.639) (-10457.534) [-10459.934] * (-10461.528) [-10457.159] (-10455.391) (-10455.768) -- 0:05:46
Average standard deviation of split frequencies: 0.008693
601000 -- [-10461.368] (-10453.644) (-10459.285) (-10466.276) * [-10464.526] (-10465.499) (-10463.354) (-10456.779) -- 0:05:45
602000 -- (-10456.284) [-10457.546] (-10472.909) (-10460.293) * (-10456.640) (-10454.569) (-10454.286) [-10453.944] -- 0:05:44
603000 -- (-10464.281) (-10466.723) [-10458.931] (-10464.451) * (-10459.486) (-10459.312) [-10451.344] (-10458.757) -- 0:05:43
604000 -- (-10461.677) (-10458.370) [-10459.259] (-10469.319) * (-10460.218) (-10461.593) [-10461.120] (-10466.541) -- 0:05:42
605000 -- (-10458.985) (-10457.723) (-10451.340) [-10454.484] * [-10460.039] (-10462.499) (-10456.796) (-10464.621) -- 0:05:41
Average standard deviation of split frequencies: 0.009275
606000 -- (-10459.135) (-10456.246) (-10464.061) [-10452.990] * (-10459.979) [-10456.642] (-10455.383) (-10462.666) -- 0:05:40
607000 -- [-10454.510] (-10459.056) (-10464.076) (-10458.293) * (-10454.445) [-10459.510] (-10459.646) (-10462.168) -- 0:05:39
608000 -- (-10458.151) (-10455.526) [-10457.146] (-10458.388) * (-10453.909) (-10470.762) (-10453.775) [-10455.904] -- 0:05:39
609000 -- (-10460.601) [-10454.650] (-10458.867) (-10455.472) * (-10454.715) (-10459.592) (-10455.887) [-10453.373] -- 0:05:38
610000 -- [-10457.420] (-10456.342) (-10453.618) (-10455.815) * (-10461.645) [-10457.228] (-10459.982) (-10457.525) -- 0:05:36
Average standard deviation of split frequencies: 0.007720
611000 -- [-10464.315] (-10456.816) (-10457.898) (-10459.516) * (-10456.271) (-10458.099) [-10466.058] (-10451.778) -- 0:05:36
612000 -- (-10474.777) (-10459.836) [-10457.003] (-10456.642) * (-10463.050) (-10463.558) (-10456.295) [-10458.725] -- 0:05:35
613000 -- (-10466.995) [-10458.055] (-10466.123) (-10451.050) * (-10472.475) (-10469.941) (-10458.145) [-10465.608] -- 0:05:34
614000 -- (-10459.462) (-10463.968) (-10459.757) [-10469.925] * (-10472.263) (-10456.534) (-10454.878) [-10451.498] -- 0:05:33
615000 -- [-10463.604] (-10452.666) (-10451.365) (-10462.060) * (-10463.721) (-10457.039) [-10454.089] (-10460.233) -- 0:05:33
Average standard deviation of split frequencies: 0.007594
616000 -- (-10465.294) (-10453.621) [-10459.716] (-10457.574) * (-10458.193) (-10472.428) [-10450.976] (-10458.388) -- 0:05:32
617000 -- (-10457.640) (-10456.216) [-10458.782] (-10461.069) * (-10462.845) (-10464.124) [-10461.293] (-10459.534) -- 0:05:30
618000 -- (-10453.626) [-10459.155] (-10455.114) (-10458.281) * (-10454.365) (-10468.845) [-10456.191] (-10457.875) -- 0:05:30
619000 -- (-10472.056) (-10464.663) (-10467.331) [-10462.381] * (-10459.043) (-10465.701) [-10463.235] (-10451.933) -- 0:05:29
620000 -- (-10464.244) [-10459.947] (-10458.607) (-10459.112) * (-10462.492) (-10453.639) [-10456.925] (-10461.028) -- 0:05:28
Average standard deviation of split frequencies: 0.007420
621000 -- (-10463.492) (-10465.163) [-10454.420] (-10462.150) * [-10461.108] (-10462.313) (-10446.838) (-10465.107) -- 0:05:27
622000 -- (-10461.572) (-10455.064) [-10450.586] (-10458.463) * (-10468.255) [-10459.182] (-10466.805) (-10453.486) -- 0:05:26
623000 -- (-10458.398) (-10469.101) (-10450.147) [-10454.684] * (-10468.066) [-10452.482] (-10454.046) (-10463.006) -- 0:05:26
624000 -- [-10460.755] (-10462.778) (-10459.132) (-10461.604) * (-10466.279) (-10452.124) [-10462.072] (-10456.791) -- 0:05:25
625000 -- [-10459.486] (-10457.389) (-10460.648) (-10464.783) * [-10455.353] (-10458.097) (-10463.135) (-10464.232) -- 0:05:24
Average standard deviation of split frequencies: 0.006662
626000 -- [-10453.373] (-10465.208) (-10460.568) (-10459.912) * [-10455.899] (-10455.346) (-10464.010) (-10465.533) -- 0:05:23
627000 -- (-10464.493) [-10457.428] (-10462.468) (-10458.617) * [-10455.963] (-10460.148) (-10464.190) (-10467.145) -- 0:05:22
628000 -- [-10450.909] (-10455.186) (-10463.671) (-10454.599) * (-10456.270) [-10461.434] (-10466.362) (-10461.368) -- 0:05:21
629000 -- (-10459.362) (-10448.068) (-10458.564) [-10451.167] * (-10449.844) (-10460.856) (-10460.282) [-10450.316] -- 0:05:20
630000 -- (-10460.413) (-10456.468) [-10460.037] (-10451.772) * [-10454.373] (-10455.663) (-10471.372) (-10456.207) -- 0:05:20
Average standard deviation of split frequencies: 0.008337
631000 -- [-10455.625] (-10461.935) (-10462.376) (-10466.210) * (-10457.328) (-10464.901) [-10455.985] (-10457.028) -- 0:05:19
632000 -- (-10461.373) [-10459.387] (-10454.376) (-10468.356) * (-10464.485) (-10461.291) [-10455.188] (-10465.968) -- 0:05:17
633000 -- [-10458.009] (-10457.488) (-10456.456) (-10481.570) * (-10455.306) (-10466.790) (-10452.984) [-10455.058] -- 0:05:17
634000 -- (-10461.498) (-10451.480) (-10454.167) [-10456.135] * [-10461.471] (-10465.448) (-10454.004) (-10455.253) -- 0:05:16
635000 -- (-10464.846) (-10453.896) [-10455.350] (-10462.340) * (-10462.203) (-10460.121) (-10463.002) [-10457.216] -- 0:05:15
Average standard deviation of split frequencies: 0.007013
636000 -- (-10460.356) (-10458.018) [-10454.934] (-10455.080) * (-10461.407) [-10455.474] (-10454.862) (-10456.152) -- 0:05:14
637000 -- (-10456.854) (-10461.582) [-10456.651] (-10453.808) * (-10461.390) [-10451.701] (-10466.101) (-10457.103) -- 0:05:13
638000 -- [-10456.891] (-10457.301) (-10458.442) (-10467.040) * [-10462.050] (-10466.190) (-10459.458) (-10460.456) -- 0:05:12
639000 -- (-10453.401) [-10462.411] (-10462.038) (-10455.459) * (-10464.352) [-10456.597] (-10459.651) (-10461.453) -- 0:05:11
640000 -- (-10466.059) (-10463.326) [-10450.980] (-10464.715) * (-10454.008) (-10462.468) (-10456.144) [-10458.852] -- 0:05:11
Average standard deviation of split frequencies: 0.007924
641000 -- (-10458.471) (-10455.646) (-10458.099) [-10451.519] * (-10463.529) (-10466.524) [-10452.220] (-10458.278) -- 0:05:10
642000 -- (-10467.867) (-10458.335) [-10470.488] (-10462.150) * (-10463.283) (-10458.836) (-10461.260) [-10454.115] -- 0:05:09
643000 -- [-10454.582] (-10463.583) (-10458.112) (-10463.043) * (-10460.149) (-10458.639) (-10461.408) [-10457.155] -- 0:05:08
644000 -- (-10456.955) (-10459.528) [-10451.655] (-10468.567) * (-10470.100) [-10459.780] (-10458.020) (-10471.421) -- 0:05:07
645000 -- (-10456.862) [-10457.020] (-10480.634) (-10457.243) * (-10456.358) (-10449.635) [-10452.863] (-10466.519) -- 0:05:06
Average standard deviation of split frequencies: 0.008308
646000 -- (-10454.471) [-10460.189] (-10466.524) (-10454.177) * (-10459.510) (-10462.229) [-10453.917] (-10465.546) -- 0:05:05
647000 -- (-10465.886) (-10459.876) (-10461.863) [-10456.066] * (-10454.284) (-10458.899) (-10454.096) [-10453.838] -- 0:05:04
648000 -- (-10460.901) (-10458.868) (-10458.243) [-10453.304] * (-10460.267) (-10459.787) [-10453.822] (-10459.069) -- 0:05:04
649000 -- (-10451.498) [-10461.694] (-10467.786) (-10457.944) * (-10461.699) [-10468.507] (-10454.942) (-10461.884) -- 0:05:03
650000 -- (-10464.134) [-10453.854] (-10466.983) (-10450.573) * (-10459.246) (-10454.999) [-10465.914] (-10462.303) -- 0:05:02
Average standard deviation of split frequencies: 0.008137
651000 -- (-10452.957) [-10452.318] (-10464.207) (-10451.808) * (-10470.642) (-10466.181) [-10461.161] (-10458.911) -- 0:05:01
652000 -- (-10459.069) (-10461.713) [-10456.306] (-10458.245) * [-10463.083] (-10458.486) (-10458.991) (-10467.957) -- 0:05:00
653000 -- (-10456.074) (-10457.024) [-10459.731] (-10473.107) * (-10458.586) [-10454.232] (-10453.460) (-10466.977) -- 0:04:59
654000 -- (-10465.108) (-10458.861) (-10455.456) [-10455.020] * (-10453.160) (-10467.998) [-10455.413] (-10459.284) -- 0:04:58
655000 -- (-10463.140) [-10455.994] (-10464.384) (-10465.020) * [-10456.263] (-10458.714) (-10467.673) (-10453.261) -- 0:04:58
Average standard deviation of split frequencies: 0.009563
656000 -- (-10461.313) [-10451.626] (-10461.041) (-10458.167) * (-10457.261) (-10455.033) (-10461.038) [-10458.889] -- 0:04:57
657000 -- (-10469.093) (-10458.101) [-10455.876] (-10460.674) * (-10480.420) (-10458.867) (-10454.842) [-10450.237] -- 0:04:56
658000 -- (-10464.433) (-10457.953) (-10465.696) [-10456.429] * (-10471.192) (-10463.260) (-10463.327) [-10451.973] -- 0:04:55
659000 -- [-10454.284] (-10455.499) (-10465.755) (-10455.085) * (-10459.954) (-10462.958) (-10469.304) [-10460.707] -- 0:04:54
660000 -- [-10454.723] (-10464.148) (-10465.205) (-10463.440) * (-10465.091) (-10451.401) [-10457.364] (-10460.735) -- 0:04:53
Average standard deviation of split frequencies: 0.009166
661000 -- (-10460.673) (-10459.983) (-10456.241) [-10467.189] * (-10456.578) (-10459.004) [-10452.810] (-10461.017) -- 0:04:52
662000 -- (-10466.381) (-10469.720) [-10455.177] (-10468.897) * (-10453.143) (-10468.217) (-10467.031) [-10456.640] -- 0:04:52
663000 -- (-10457.036) (-10451.735) [-10451.736] (-10473.037) * (-10468.715) (-10449.126) (-10455.089) [-10467.047] -- 0:04:51
664000 -- (-10453.874) (-10467.251) [-10455.893] (-10463.699) * [-10455.194] (-10455.157) (-10457.157) (-10458.796) -- 0:04:50
665000 -- [-10458.763] (-10464.105) (-10457.950) (-10457.844) * (-10468.331) (-10457.463) [-10455.541] (-10462.534) -- 0:04:49
Average standard deviation of split frequencies: 0.008603
666000 -- (-10465.596) (-10461.892) (-10459.155) [-10453.981] * (-10459.631) [-10448.130] (-10459.957) (-10460.067) -- 0:04:48
667000 -- (-10452.081) (-10453.366) (-10464.424) [-10462.905] * (-10457.827) [-10459.018] (-10465.362) (-10454.983) -- 0:04:47
668000 -- [-10457.584] (-10464.722) (-10470.166) (-10464.548) * [-10455.908] (-10472.931) (-10459.751) (-10455.138) -- 0:04:46
669000 -- (-10459.065) [-10457.077] (-10461.504) (-10460.647) * (-10466.643) (-10461.925) [-10457.064] (-10462.347) -- 0:04:45
670000 -- [-10452.036] (-10456.108) (-10456.233) (-10459.159) * (-10471.020) (-10476.114) (-10465.422) [-10458.479] -- 0:04:45
Average standard deviation of split frequencies: 0.008164
671000 -- (-10458.326) [-10455.284] (-10468.554) (-10464.123) * (-10453.197) (-10457.315) [-10456.151] (-10459.799) -- 0:04:44
672000 -- [-10453.189] (-10460.301) (-10457.691) (-10454.604) * (-10467.231) (-10459.236) [-10458.237] (-10475.776) -- 0:04:43
673000 -- (-10460.624) (-10467.485) (-10456.080) [-10458.603] * (-10468.409) (-10460.195) [-10454.348] (-10451.542) -- 0:04:42
674000 -- (-10453.224) [-10456.125] (-10456.387) (-10454.704) * (-10452.655) [-10448.704] (-10466.570) (-10456.940) -- 0:04:41
675000 -- (-10457.066) (-10454.360) [-10452.998] (-10464.777) * (-10459.226) (-10465.291) (-10455.579) [-10456.454] -- 0:04:40
Average standard deviation of split frequencies: 0.007724
676000 -- (-10453.938) [-10462.881] (-10459.267) (-10469.925) * (-10454.853) (-10456.367) [-10449.412] (-10466.046) -- 0:04:39
677000 -- (-10457.127) (-10461.920) [-10462.353] (-10468.461) * (-10464.079) (-10453.404) [-10454.886] (-10455.345) -- 0:04:39
678000 -- (-10463.118) (-10462.796) (-10454.641) [-10464.233] * (-10458.831) (-10468.621) (-10463.044) [-10450.003] -- 0:04:38
679000 -- (-10453.003) (-10461.513) (-10451.429) [-10453.234] * [-10461.015] (-10461.429) (-10459.480) (-10456.493) -- 0:04:37
680000 -- (-10455.794) (-10458.734) [-10452.249] (-10462.147) * [-10455.030] (-10451.501) (-10456.603) (-10466.313) -- 0:04:36
Average standard deviation of split frequencies: 0.007245
681000 -- (-10461.622) (-10454.459) [-10462.103] (-10456.941) * (-10463.092) (-10461.420) (-10469.414) [-10454.463] -- 0:04:35
682000 -- [-10455.553] (-10458.089) (-10453.525) (-10460.028) * (-10457.105) [-10451.918] (-10460.093) (-10463.132) -- 0:04:34
683000 -- (-10464.505) (-10456.857) (-10452.503) [-10457.199] * (-10462.300) (-10454.476) (-10459.720) [-10460.227] -- 0:04:33
684000 -- (-10458.574) (-10456.750) [-10457.271] (-10458.697) * (-10454.661) (-10450.700) (-10459.342) [-10451.436] -- 0:04:33
685000 -- (-10462.889) (-10453.025) [-10461.984] (-10457.872) * (-10450.598) [-10457.399] (-10467.982) (-10457.262) -- 0:04:32
Average standard deviation of split frequencies: 0.007083
686000 -- (-10461.699) [-10459.160] (-10459.649) (-10457.346) * (-10455.952) (-10468.128) [-10454.765] (-10460.614) -- 0:04:31
687000 -- (-10461.691) [-10453.333] (-10456.317) (-10451.728) * (-10460.591) (-10458.616) (-10467.712) [-10459.928] -- 0:04:30
688000 -- (-10456.503) (-10467.769) (-10461.708) [-10450.656] * (-10457.167) (-10460.138) (-10470.163) [-10455.352] -- 0:04:29
689000 -- (-10462.274) (-10450.943) (-10455.397) [-10454.879] * (-10460.015) (-10461.252) (-10456.826) [-10464.557] -- 0:04:28
690000 -- (-10462.526) (-10455.843) [-10455.026] (-10456.955) * (-10456.763) [-10451.922] (-10466.264) (-10460.902) -- 0:04:27
Average standard deviation of split frequencies: 0.007193
691000 -- (-10461.194) [-10462.601] (-10457.222) (-10460.472) * [-10459.308] (-10452.684) (-10458.931) (-10463.904) -- 0:04:26
692000 -- (-10461.665) (-10458.402) [-10462.154] (-10458.435) * (-10461.233) (-10458.610) (-10448.364) [-10462.326] -- 0:04:26
693000 -- (-10457.156) (-10458.754) (-10459.427) [-10457.145] * (-10463.643) [-10447.205] (-10462.142) (-10457.007) -- 0:04:24
694000 -- (-10460.766) [-10456.157] (-10455.006) (-10461.850) * (-10462.243) (-10463.906) [-10457.767] (-10458.367) -- 0:04:24
695000 -- (-10451.400) (-10471.865) [-10446.884] (-10459.217) * (-10468.920) (-10460.095) (-10464.379) [-10456.936] -- 0:04:23
Average standard deviation of split frequencies: 0.006565
696000 -- [-10453.652] (-10452.959) (-10461.481) (-10454.517) * [-10454.748] (-10460.497) (-10463.565) (-10457.844) -- 0:04:22
697000 -- (-10456.811) (-10457.719) (-10461.899) [-10456.637] * (-10462.270) [-10453.683] (-10462.529) (-10467.091) -- 0:04:21
698000 -- (-10472.208) (-10475.075) [-10463.750] (-10457.140) * (-10457.793) (-10456.518) [-10460.902] (-10458.373) -- 0:04:20
699000 -- (-10468.612) [-10461.685] (-10453.032) (-10458.660) * [-10454.226] (-10454.989) (-10457.245) (-10451.531) -- 0:04:20
700000 -- (-10455.663) (-10458.090) (-10458.973) [-10456.275] * [-10458.213] (-10456.005) (-10457.036) (-10450.654) -- 0:04:19
Average standard deviation of split frequencies: 0.006935
701000 -- (-10461.279) [-10459.343] (-10463.940) (-10462.660) * [-10450.120] (-10456.987) (-10470.373) (-10453.779) -- 0:04:18
702000 -- (-10458.737) [-10457.210] (-10459.095) (-10462.377) * (-10448.526) (-10460.161) [-10453.302] (-10463.110) -- 0:04:17
703000 -- [-10457.654] (-10460.187) (-10451.935) (-10458.209) * [-10458.856] (-10469.205) (-10455.665) (-10458.410) -- 0:04:16
704000 -- (-10464.538) [-10452.316] (-10458.404) (-10450.292) * (-10456.376) [-10459.465] (-10458.529) (-10464.457) -- 0:04:15
705000 -- (-10453.785) (-10453.684) [-10462.317] (-10461.456) * (-10461.006) [-10462.933] (-10456.897) (-10461.076) -- 0:04:14
Average standard deviation of split frequencies: 0.006626
706000 -- (-10464.239) [-10453.133] (-10465.137) (-10453.287) * (-10450.497) (-10451.837) (-10454.854) [-10453.011] -- 0:04:14
707000 -- (-10459.237) (-10447.728) (-10461.636) [-10459.549] * (-10462.533) [-10453.898] (-10457.655) (-10466.667) -- 0:04:13
708000 -- (-10455.398) (-10461.194) (-10460.419) [-10461.885] * (-10466.991) [-10454.097] (-10453.473) (-10456.071) -- 0:04:11
709000 -- [-10455.982] (-10452.584) (-10458.098) (-10461.860) * (-10462.265) (-10454.109) [-10451.250] (-10454.675) -- 0:04:11
710000 -- (-10457.500) [-10455.443] (-10450.404) (-10469.376) * (-10455.403) [-10455.928] (-10458.959) (-10463.085) -- 0:04:10
Average standard deviation of split frequencies: 0.007552
711000 -- (-10469.484) [-10460.559] (-10459.226) (-10464.243) * (-10462.247) [-10454.609] (-10458.807) (-10465.535) -- 0:04:09
712000 -- (-10452.414) (-10473.919) [-10459.171] (-10461.695) * (-10468.506) (-10468.179) (-10464.496) [-10458.131] -- 0:04:08
713000 -- (-10463.530) (-10457.787) (-10457.886) [-10456.817] * (-10457.591) (-10468.169) (-10456.128) [-10457.962] -- 0:04:07
714000 -- (-10451.442) [-10460.067] (-10456.045) (-10464.806) * (-10467.848) (-10464.815) (-10458.757) [-10455.437] -- 0:04:07
715000 -- (-10456.442) (-10458.906) [-10460.200] (-10453.517) * (-10469.392) [-10457.284] (-10450.592) (-10455.242) -- 0:04:05
Average standard deviation of split frequencies: 0.006837
716000 -- (-10456.228) [-10462.945] (-10459.386) (-10473.864) * (-10468.690) (-10458.818) [-10454.017] (-10452.166) -- 0:04:05
717000 -- (-10465.879) (-10461.372) (-10456.968) [-10455.000] * (-10463.600) [-10457.612] (-10458.152) (-10460.820) -- 0:04:04
718000 -- (-10448.359) [-10459.824] (-10462.186) (-10463.236) * [-10456.449] (-10457.752) (-10458.528) (-10457.939) -- 0:04:03
719000 -- [-10452.613] (-10453.067) (-10456.644) (-10458.122) * [-10448.660] (-10467.015) (-10453.879) (-10462.296) -- 0:04:02
720000 -- (-10452.091) (-10459.467) (-10466.224) [-10454.937] * (-10454.806) [-10460.201] (-10472.377) (-10460.064) -- 0:04:01
Average standard deviation of split frequencies: 0.006793
721000 -- (-10452.495) (-10459.226) (-10460.786) [-10456.588] * (-10458.448) (-10460.225) (-10462.920) [-10459.235] -- 0:04:00
722000 -- (-10462.744) (-10456.433) [-10457.112] (-10458.536) * (-10471.515) (-10459.209) [-10454.378] (-10455.026) -- 0:03:59
723000 -- (-10453.362) (-10466.777) [-10456.757] (-10459.184) * (-10467.541) [-10455.165] (-10460.731) (-10456.231) -- 0:03:59
724000 -- (-10459.905) (-10465.555) (-10460.699) [-10457.274] * (-10459.040) (-10470.576) [-10458.140] (-10465.192) -- 0:03:58
725000 -- (-10453.281) (-10465.825) (-10456.828) [-10456.042] * (-10456.705) (-10459.533) (-10461.874) [-10456.356] -- 0:03:57
Average standard deviation of split frequencies: 0.006743
726000 -- (-10459.137) (-10463.427) (-10459.037) [-10451.619] * [-10466.553] (-10457.618) (-10459.303) (-10461.198) -- 0:03:56
727000 -- (-10458.546) (-10465.315) [-10456.410] (-10463.888) * (-10461.400) (-10452.938) (-10457.834) [-10457.818] -- 0:03:55
728000 -- (-10450.432) (-10481.958) [-10451.517] (-10463.493) * [-10450.836] (-10464.528) (-10466.302) (-10462.315) -- 0:03:54
729000 -- (-10454.677) (-10460.377) [-10453.216] (-10454.589) * (-10457.901) [-10459.872] (-10454.295) (-10460.642) -- 0:03:53
730000 -- (-10463.334) [-10458.782] (-10455.185) (-10457.611) * (-10462.820) (-10466.341) (-10460.041) [-10451.732] -- 0:03:53
Average standard deviation of split frequencies: 0.006998
731000 -- (-10454.820) (-10453.914) [-10462.571] (-10460.058) * (-10456.791) [-10456.239] (-10469.802) (-10468.497) -- 0:03:52
732000 -- [-10459.672] (-10461.048) (-10468.402) (-10454.937) * [-10459.941] (-10456.440) (-10458.911) (-10472.641) -- 0:03:51
733000 -- [-10460.068] (-10457.383) (-10462.649) (-10473.524) * (-10463.604) (-10456.487) [-10463.464] (-10460.598) -- 0:03:50
734000 -- (-10453.292) [-10458.788] (-10456.998) (-10469.592) * [-10449.876] (-10465.756) (-10452.865) (-10452.719) -- 0:03:49
735000 -- [-10451.696] (-10463.065) (-10458.486) (-10461.077) * (-10458.868) (-10458.384) [-10452.878] (-10456.110) -- 0:03:48
Average standard deviation of split frequencies: 0.007045
736000 -- (-10463.715) [-10454.346] (-10464.071) (-10459.429) * (-10457.037) (-10453.237) (-10456.203) [-10464.451] -- 0:03:47
737000 -- (-10457.841) (-10475.345) [-10461.508] (-10462.523) * (-10461.716) [-10457.108] (-10447.841) (-10458.696) -- 0:03:46
738000 -- (-10460.060) (-10470.532) [-10456.827] (-10458.286) * [-10455.997] (-10453.849) (-10454.494) (-10457.025) -- 0:03:46
739000 -- [-10460.822] (-10450.623) (-10471.300) (-10458.720) * (-10468.875) (-10464.978) (-10452.740) [-10456.439] -- 0:03:45
740000 -- [-10453.124] (-10461.306) (-10461.994) (-10452.927) * (-10461.788) (-10465.026) (-10456.833) [-10462.224] -- 0:03:44
Average standard deviation of split frequencies: 0.006756
741000 -- (-10455.839) (-10456.628) (-10456.935) [-10450.560] * [-10456.814] (-10454.160) (-10468.089) (-10455.510) -- 0:03:43
742000 -- (-10460.865) [-10455.555] (-10453.313) (-10462.893) * (-10456.102) (-10460.453) [-10453.165] (-10465.381) -- 0:03:42
743000 -- [-10457.110] (-10457.542) (-10457.988) (-10461.931) * (-10465.555) (-10459.406) (-10453.720) [-10455.707] -- 0:03:42
744000 -- (-10469.826) (-10459.143) [-10447.275] (-10474.927) * (-10459.297) [-10457.049] (-10466.825) (-10458.658) -- 0:03:40
745000 -- (-10455.040) (-10466.502) (-10460.273) [-10458.953] * (-10455.290) [-10455.108] (-10454.770) (-10458.611) -- 0:03:40
Average standard deviation of split frequencies: 0.006757
746000 -- [-10463.388] (-10460.209) (-10452.464) (-10467.284) * [-10459.672] (-10460.640) (-10459.207) (-10456.293) -- 0:03:39
747000 -- [-10461.103] (-10461.756) (-10455.352) (-10460.973) * (-10461.788) (-10469.543) [-10455.571] (-10459.767) -- 0:03:38
748000 -- [-10453.938] (-10458.565) (-10462.396) (-10459.386) * (-10457.115) (-10457.424) (-10463.678) [-10452.983] -- 0:03:37
749000 -- (-10453.374) (-10462.528) (-10464.088) [-10460.008] * [-10456.260] (-10470.988) (-10458.860) (-10455.113) -- 0:03:36
750000 -- (-10458.075) [-10457.111] (-10463.885) (-10457.866) * (-10462.446) (-10464.020) [-10463.034] (-10458.187) -- 0:03:36
Average standard deviation of split frequencies: 0.007101
751000 -- (-10455.931) (-10468.441) [-10456.855] (-10456.116) * (-10459.301) [-10450.722] (-10466.240) (-10459.910) -- 0:03:34
752000 -- (-10463.085) (-10454.295) (-10467.884) [-10456.589] * (-10462.389) (-10464.881) (-10471.570) [-10458.323] -- 0:03:34
753000 -- (-10453.364) (-10457.643) (-10469.402) [-10457.547] * [-10468.450] (-10463.810) (-10457.672) (-10454.655) -- 0:03:33
754000 -- (-10460.710) (-10458.615) (-10458.697) [-10453.093] * (-10463.138) (-10465.158) (-10458.044) [-10455.849] -- 0:03:32
755000 -- (-10457.025) (-10458.811) [-10452.148] (-10456.994) * (-10455.948) (-10462.045) (-10459.786) [-10452.897] -- 0:03:31
Average standard deviation of split frequencies: 0.007003
756000 -- (-10456.641) [-10457.146] (-10453.541) (-10457.188) * (-10460.616) (-10460.749) [-10457.732] (-10460.656) -- 0:03:30
757000 -- (-10455.300) (-10458.626) [-10453.238] (-10453.320) * (-10450.691) (-10457.648) (-10463.918) [-10454.500] -- 0:03:29
758000 -- (-10452.104) (-10476.656) [-10465.605] (-10460.962) * (-10474.458) (-10463.763) [-10457.269] (-10457.049) -- 0:03:28
759000 -- (-10456.302) (-10460.902) (-10465.019) [-10461.777] * (-10473.111) (-10450.979) (-10467.155) [-10458.292] -- 0:03:27
760000 -- [-10456.209] (-10461.892) (-10462.678) (-10451.899) * (-10457.406) (-10459.424) (-10456.445) [-10449.530] -- 0:03:27
Average standard deviation of split frequencies: 0.007103
761000 -- (-10463.503) (-10455.211) (-10460.751) [-10455.276] * (-10458.246) (-10461.592) (-10461.946) [-10457.616] -- 0:03:26
762000 -- (-10455.228) (-10454.473) [-10454.254] (-10459.744) * (-10453.130) [-10457.506] (-10461.513) (-10460.737) -- 0:03:25
763000 -- [-10451.517] (-10457.777) (-10451.268) (-10467.075) * [-10452.482] (-10453.545) (-10453.848) (-10462.937) -- 0:03:24
764000 -- (-10462.966) (-10455.279) [-10455.584] (-10472.327) * (-10457.956) (-10456.991) (-10457.708) [-10452.778] -- 0:03:23
765000 -- (-10459.725) (-10455.275) (-10455.576) [-10453.351] * (-10457.312) (-10464.872) (-10460.307) [-10452.658] -- 0:03:22
Average standard deviation of split frequencies: 0.006722
766000 -- (-10463.056) (-10450.642) [-10460.618] (-10463.051) * (-10463.397) [-10455.182] (-10465.921) (-10455.925) -- 0:03:21
767000 -- (-10456.167) (-10454.017) [-10458.108] (-10476.850) * [-10465.552] (-10462.201) (-10455.920) (-10461.549) -- 0:03:21
768000 -- (-10454.028) (-10459.236) [-10452.695] (-10464.136) * [-10452.768] (-10460.367) (-10471.881) (-10458.084) -- 0:03:20
769000 -- (-10456.234) (-10454.136) (-10469.873) [-10457.633] * (-10453.434) (-10477.032) (-10452.737) [-10454.931] -- 0:03:19
770000 -- [-10455.519] (-10460.819) (-10464.176) (-10462.390) * (-10456.474) (-10461.884) (-10470.445) [-10454.363] -- 0:03:18
Average standard deviation of split frequencies: 0.007105
771000 -- [-10462.556] (-10454.363) (-10462.476) (-10456.362) * (-10465.125) (-10456.088) [-10455.708] (-10451.710) -- 0:03:17
772000 -- (-10457.874) (-10462.379) [-10453.195] (-10465.977) * (-10454.148) (-10459.432) [-10458.149] (-10469.028) -- 0:03:16
773000 -- (-10460.314) (-10467.244) (-10463.078) [-10449.012] * (-10450.752) (-10465.917) (-10469.891) [-10452.134] -- 0:03:15
774000 -- (-10464.559) (-10459.853) [-10454.754] (-10465.111) * [-10454.289] (-10460.003) (-10457.134) (-10460.859) -- 0:03:15
775000 -- [-10456.595] (-10456.813) (-10457.725) (-10468.135) * (-10469.710) (-10465.876) [-10456.383] (-10464.926) -- 0:03:14
Average standard deviation of split frequencies: 0.006729
776000 -- (-10457.354) (-10466.255) (-10459.879) [-10456.190] * (-10471.041) (-10463.861) (-10456.608) [-10454.389] -- 0:03:13
777000 -- (-10463.414) (-10455.432) [-10448.150] (-10446.006) * (-10463.972) (-10452.627) [-10455.954] (-10460.527) -- 0:03:12
778000 -- (-10463.261) [-10460.699] (-10454.245) (-10463.242) * (-10452.938) (-10455.846) (-10457.896) [-10451.457] -- 0:03:11
779000 -- [-10460.137] (-10455.175) (-10462.218) (-10456.935) * (-10463.546) (-10458.043) (-10453.894) [-10453.777] -- 0:03:10
780000 -- (-10456.373) (-10455.065) (-10449.979) [-10455.036] * (-10462.980) (-10459.431) (-10458.306) [-10462.988] -- 0:03:09
Average standard deviation of split frequencies: 0.006410
781000 -- (-10460.797) (-10456.336) [-10458.534] (-10458.932) * (-10464.446) (-10462.120) [-10459.230] (-10461.085) -- 0:03:08
782000 -- (-10453.421) (-10459.877) [-10464.492] (-10457.567) * [-10458.117] (-10464.050) (-10450.784) (-10457.941) -- 0:03:08
783000 -- (-10453.703) (-10453.570) [-10447.956] (-10470.159) * (-10467.230) [-10460.517] (-10453.544) (-10460.255) -- 0:03:07
784000 -- (-10456.774) [-10459.614] (-10450.605) (-10467.330) * (-10457.676) [-10453.266] (-10459.243) (-10456.467) -- 0:03:06
785000 -- (-10454.249) (-10454.545) (-10450.829) [-10453.069] * (-10456.965) (-10463.465) (-10470.129) [-10461.249] -- 0:03:05
Average standard deviation of split frequencies: 0.006782
786000 -- [-10460.051] (-10461.878) (-10455.339) (-10467.362) * [-10452.343] (-10465.676) (-10452.493) (-10454.761) -- 0:03:04
787000 -- [-10461.359] (-10459.551) (-10456.181) (-10465.887) * [-10459.993] (-10452.923) (-10461.188) (-10460.697) -- 0:03:03
788000 -- [-10449.722] (-10449.937) (-10457.049) (-10461.027) * (-10456.855) [-10458.023] (-10464.681) (-10460.634) -- 0:03:02
789000 -- (-10459.992) (-10467.562) (-10459.277) [-10454.994] * [-10454.112] (-10457.136) (-10460.922) (-10465.371) -- 0:03:02
790000 -- (-10457.797) (-10456.765) (-10453.092) [-10453.445] * (-10454.678) (-10453.178) (-10464.193) [-10454.148] -- 0:03:01
Average standard deviation of split frequencies: 0.006329
791000 -- (-10471.387) (-10460.716) [-10456.157] (-10451.573) * [-10457.353] (-10465.531) (-10465.397) (-10458.852) -- 0:03:00
792000 -- (-10464.228) (-10458.805) (-10459.905) [-10451.690] * (-10458.792) (-10452.092) (-10462.221) [-10454.576] -- 0:02:59
793000 -- (-10460.627) (-10454.339) [-10456.176] (-10457.633) * (-10453.640) [-10452.970] (-10466.822) (-10456.631) -- 0:02:58
794000 -- (-10461.611) (-10454.679) [-10448.596] (-10455.029) * (-10454.764) [-10462.504] (-10459.934) (-10458.658) -- 0:02:57
795000 -- [-10462.835] (-10458.166) (-10460.331) (-10466.614) * (-10457.145) (-10460.239) [-10453.722] (-10459.851) -- 0:02:56
Average standard deviation of split frequencies: 0.006195
796000 -- (-10462.738) [-10451.566] (-10465.845) (-10466.971) * (-10465.739) (-10461.724) [-10459.054] (-10466.011) -- 0:02:56
797000 -- [-10459.153] (-10463.931) (-10459.581) (-10469.503) * (-10457.412) (-10454.653) (-10468.181) [-10456.422] -- 0:02:55
798000 -- (-10460.916) [-10466.244] (-10453.540) (-10464.723) * (-10456.438) (-10459.615) (-10453.236) [-10458.337] -- 0:02:54
799000 -- (-10451.378) [-10461.254] (-10456.229) (-10462.168) * (-10451.679) (-10467.107) [-10456.455] (-10460.022) -- 0:02:53
800000 -- (-10454.615) (-10449.566) (-10454.251) [-10461.352] * (-10459.284) (-10467.791) [-10465.572] (-10456.482) -- 0:02:52
Average standard deviation of split frequencies: 0.006069
801000 -- (-10463.753) [-10455.312] (-10450.754) (-10465.729) * (-10459.287) (-10461.342) [-10458.524] (-10474.636) -- 0:02:51
802000 -- (-10462.242) (-10457.388) [-10460.080] (-10453.018) * (-10452.733) (-10457.021) [-10460.299] (-10464.918) -- 0:02:50
803000 -- (-10461.142) [-10464.641] (-10471.246) (-10465.169) * (-10463.144) (-10472.639) (-10459.566) [-10461.798] -- 0:02:50
804000 -- [-10459.256] (-10455.329) (-10456.845) (-10452.024) * [-10457.091] (-10464.764) (-10462.011) (-10455.167) -- 0:02:49
805000 -- [-10454.878] (-10466.493) (-10455.771) (-10457.870) * [-10453.184] (-10462.422) (-10456.075) (-10460.573) -- 0:02:48
Average standard deviation of split frequencies: 0.005804
806000 -- (-10457.586) (-10466.140) [-10453.647] (-10465.526) * [-10454.551] (-10457.196) (-10461.831) (-10466.611) -- 0:02:47
807000 -- [-10457.794] (-10460.931) (-10456.732) (-10457.258) * (-10459.411) (-10467.147) (-10458.385) [-10457.133] -- 0:02:46
808000 -- (-10462.651) (-10460.813) (-10456.065) [-10458.307] * (-10454.353) [-10457.825] (-10456.080) (-10455.720) -- 0:02:45
809000 -- (-10458.295) [-10455.035] (-10456.182) (-10459.595) * [-10454.499] (-10452.732) (-10465.900) (-10467.636) -- 0:02:44
810000 -- (-10458.450) [-10452.526] (-10450.442) (-10464.911) * [-10461.658] (-10452.539) (-10466.858) (-10460.366) -- 0:02:43
Average standard deviation of split frequencies: 0.005681
811000 -- [-10456.042] (-10461.152) (-10459.512) (-10464.186) * (-10463.671) (-10459.322) (-10457.106) [-10461.457] -- 0:02:43
812000 -- (-10463.104) (-10462.186) (-10463.091) [-10457.998] * (-10462.237) [-10452.300] (-10456.557) (-10460.609) -- 0:02:42
813000 -- [-10453.389] (-10458.957) (-10461.232) (-10454.637) * [-10457.183] (-10459.120) (-10457.397) (-10459.081) -- 0:02:41
814000 -- (-10454.655) (-10454.888) [-10465.532] (-10458.253) * (-10462.306) (-10456.360) [-10455.590] (-10471.582) -- 0:02:40
815000 -- (-10465.604) (-10462.268) (-10457.927) [-10459.307] * (-10452.870) [-10450.268] (-10457.646) (-10456.492) -- 0:02:39
Average standard deviation of split frequencies: 0.005821
816000 -- (-10454.955) (-10464.980) [-10455.406] (-10457.536) * (-10460.024) [-10463.574] (-10457.515) (-10453.858) -- 0:02:38
817000 -- (-10463.046) (-10467.336) (-10459.767) [-10455.440] * [-10465.246] (-10454.414) (-10460.368) (-10459.092) -- 0:02:37
818000 -- (-10455.174) [-10461.648] (-10454.961) (-10466.989) * (-10459.977) [-10453.116] (-10459.285) (-10460.152) -- 0:02:37
819000 -- (-10454.743) (-10456.192) (-10467.391) [-10453.815] * (-10466.633) (-10465.010) [-10457.330] (-10456.559) -- 0:02:36
820000 -- (-10457.533) (-10463.400) (-10462.241) [-10459.706] * [-10455.376] (-10455.095) (-10470.991) (-10452.488) -- 0:02:35
Average standard deviation of split frequencies: 0.004684
821000 -- (-10459.483) (-10460.953) (-10459.322) [-10457.265] * (-10458.220) (-10464.951) (-10461.315) [-10450.358] -- 0:02:34
822000 -- (-10451.986) [-10460.387] (-10460.489) (-10458.915) * (-10462.053) [-10458.972] (-10464.040) (-10457.671) -- 0:02:33
823000 -- (-10459.414) [-10451.080] (-10466.579) (-10453.215) * (-10461.018) [-10455.957] (-10464.005) (-10458.229) -- 0:02:32
824000 -- (-10463.797) [-10463.674] (-10451.276) (-10462.333) * [-10454.568] (-10461.027) (-10460.553) (-10459.830) -- 0:02:31
825000 -- (-10459.227) (-10460.997) [-10456.989] (-10460.057) * (-10458.487) (-10453.279) (-10458.518) [-10454.140] -- 0:02:31
Average standard deviation of split frequencies: 0.004390
826000 -- (-10455.449) [-10459.344] (-10455.894) (-10466.589) * (-10454.785) (-10463.159) (-10452.518) [-10451.033] -- 0:02:30
827000 -- [-10455.457] (-10462.680) (-10464.207) (-10469.410) * [-10459.718] (-10455.195) (-10460.548) (-10452.770) -- 0:02:29
828000 -- (-10456.057) (-10457.212) (-10460.904) [-10456.915] * (-10458.750) (-10460.444) (-10457.096) [-10453.002] -- 0:02:28
829000 -- (-10464.721) [-10455.719] (-10455.276) (-10472.698) * (-10464.829) [-10449.123] (-10455.391) (-10456.091) -- 0:02:27
830000 -- (-10464.266) (-10469.620) [-10449.046] (-10456.617) * (-10459.281) (-10450.532) (-10460.870) [-10461.821] -- 0:02:26
Average standard deviation of split frequencies: 0.004278
831000 -- (-10459.891) [-10449.735] (-10469.191) (-10454.397) * (-10456.566) (-10453.965) (-10463.954) [-10454.794] -- 0:02:25
832000 -- [-10453.366] (-10456.886) (-10456.516) (-10463.781) * [-10455.813] (-10455.819) (-10460.916) (-10452.151) -- 0:02:24
833000 -- (-10467.444) (-10460.029) (-10461.451) [-10456.954] * (-10453.139) [-10458.176] (-10463.661) (-10458.823) -- 0:02:24
834000 -- [-10459.238] (-10457.069) (-10463.265) (-10459.025) * (-10468.284) (-10471.003) [-10460.493] (-10457.756) -- 0:02:23
835000 -- (-10457.466) [-10453.968] (-10451.218) (-10455.398) * (-10460.979) (-10454.235) [-10457.134] (-10460.818) -- 0:02:22
Average standard deviation of split frequencies: 0.003947
836000 -- (-10456.194) (-10460.014) [-10456.834] (-10453.725) * (-10452.141) (-10447.585) (-10463.315) [-10457.777] -- 0:02:21
837000 -- (-10448.683) (-10462.288) (-10464.018) [-10457.059] * [-10451.781] (-10457.236) (-10457.158) (-10474.829) -- 0:02:20
838000 -- (-10456.715) (-10455.202) (-10454.918) [-10466.422] * [-10453.998] (-10458.285) (-10470.995) (-10461.322) -- 0:02:19
839000 -- (-10461.522) (-10459.550) [-10453.717] (-10463.603) * (-10454.702) (-10456.760) (-10470.109) [-10452.537] -- 0:02:18
840000 -- (-10452.981) (-10452.220) (-10453.675) [-10455.051] * (-10455.565) (-10455.282) [-10454.674] (-10457.821) -- 0:02:18
Average standard deviation of split frequencies: 0.003149
841000 -- (-10457.818) (-10465.428) [-10452.496] (-10458.543) * (-10461.852) [-10453.870] (-10467.068) (-10459.913) -- 0:02:17
842000 -- (-10456.308) [-10452.281] (-10462.904) (-10466.326) * (-10470.944) [-10453.720] (-10461.603) (-10464.259) -- 0:02:16
843000 -- (-10465.340) (-10454.399) [-10456.039] (-10461.793) * (-10452.730) (-10456.812) (-10463.560) [-10457.520] -- 0:02:15
844000 -- (-10456.127) (-10467.332) [-10462.199] (-10457.789) * (-10456.044) (-10461.054) [-10458.283] (-10450.980) -- 0:02:14
845000 -- (-10461.361) (-10462.092) (-10461.820) [-10453.834] * (-10461.998) (-10462.716) [-10457.496] (-10463.127) -- 0:02:13
Average standard deviation of split frequencies: 0.003815
846000 -- [-10455.683] (-10460.575) (-10466.241) (-10455.521) * (-10456.114) (-10464.250) [-10452.943] (-10464.356) -- 0:02:12
847000 -- (-10471.578) [-10458.848] (-10465.924) (-10463.396) * [-10454.223] (-10463.621) (-10461.881) (-10460.470) -- 0:02:12
848000 -- (-10458.011) (-10453.089) [-10454.619] (-10461.053) * [-10455.884] (-10465.289) (-10461.704) (-10462.257) -- 0:02:11
849000 -- (-10454.873) (-10473.226) (-10466.635) [-10459.611] * [-10449.099] (-10458.461) (-10467.719) (-10462.414) -- 0:02:10
850000 -- (-10464.080) (-10460.987) [-10453.424] (-10455.990) * (-10460.779) [-10459.875] (-10461.610) (-10471.628) -- 0:02:09
Average standard deviation of split frequencies: 0.003538
851000 -- (-10453.313) [-10452.607] (-10456.026) (-10461.591) * [-10461.679] (-10460.524) (-10461.421) (-10456.281) -- 0:02:08
852000 -- (-10473.732) [-10453.350] (-10457.107) (-10456.532) * (-10458.695) (-10460.012) (-10458.500) [-10454.752] -- 0:02:07
853000 -- [-10458.909] (-10465.304) (-10470.811) (-10459.850) * (-10458.071) [-10464.099] (-10462.223) (-10457.930) -- 0:02:06
854000 -- (-10463.578) (-10458.853) (-10464.526) [-10449.591] * (-10452.203) [-10454.271] (-10468.392) (-10453.097) -- 0:02:05
855000 -- (-10464.800) (-10457.669) [-10453.049] (-10460.168) * (-10458.794) (-10460.154) (-10462.422) [-10453.923] -- 0:02:05
Average standard deviation of split frequencies: 0.003347
856000 -- (-10461.458) (-10462.839) [-10459.685] (-10469.337) * (-10467.544) (-10471.927) (-10467.378) [-10449.763] -- 0:02:04
857000 -- (-10465.561) (-10460.135) [-10451.207] (-10455.709) * [-10457.702] (-10460.535) (-10460.220) (-10458.020) -- 0:02:03
858000 -- (-10459.139) (-10456.647) [-10456.525] (-10449.062) * (-10455.336) [-10460.004] (-10461.324) (-10461.563) -- 0:02:02
859000 -- (-10463.488) (-10460.185) [-10457.723] (-10458.212) * (-10452.862) (-10460.610) [-10462.668] (-10448.935) -- 0:02:01
860000 -- (-10467.192) [-10453.335] (-10455.270) (-10454.268) * [-10454.767] (-10464.495) (-10455.415) (-10463.833) -- 0:02:00
Average standard deviation of split frequencies: 0.003371
861000 -- [-10447.304] (-10469.845) (-10457.870) (-10458.117) * (-10457.941) (-10457.837) (-10459.919) [-10452.111] -- 0:01:59
862000 -- (-10451.814) (-10458.054) [-10461.029] (-10461.419) * [-10457.522] (-10466.294) (-10466.044) (-10455.665) -- 0:01:59
863000 -- [-10456.161] (-10457.083) (-10456.699) (-10473.225) * (-10463.461) (-10454.217) (-10458.587) [-10451.656] -- 0:01:58
864000 -- [-10452.174] (-10459.726) (-10453.475) (-10454.087) * (-10458.691) (-10456.780) (-10460.744) [-10454.600] -- 0:01:57
865000 -- (-10456.922) (-10463.841) [-10455.395] (-10452.689) * (-10461.754) (-10449.730) (-10469.607) [-10456.136] -- 0:01:56
Average standard deviation of split frequencies: 0.003685
866000 -- (-10450.290) (-10458.484) (-10452.358) [-10456.152] * (-10463.591) (-10452.491) [-10448.857] (-10465.218) -- 0:01:55
867000 -- (-10452.496) (-10453.853) [-10462.746] (-10464.934) * [-10460.629] (-10458.367) (-10456.008) (-10468.988) -- 0:01:54
868000 -- (-10458.319) (-10460.775) [-10455.741] (-10462.843) * (-10456.925) (-10458.795) [-10453.481] (-10464.586) -- 0:01:53
869000 -- (-10459.543) [-10454.469] (-10459.576) (-10460.766) * (-10455.630) (-10451.467) (-10455.847) [-10455.705] -- 0:01:53
870000 -- (-10454.131) (-10453.833) [-10458.484] (-10453.727) * (-10465.630) (-10459.624) [-10462.530] (-10459.532) -- 0:01:52
Average standard deviation of split frequencies: 0.003707
871000 -- (-10458.005) [-10449.179] (-10456.710) (-10457.225) * (-10458.105) [-10455.429] (-10464.335) (-10460.991) -- 0:01:51
872000 -- (-10458.139) [-10453.324] (-10451.022) (-10472.714) * [-10457.286] (-10453.857) (-10465.217) (-10457.886) -- 0:01:50
873000 -- (-10462.041) (-10466.448) (-10450.202) [-10459.823] * (-10456.600) (-10459.633) [-10456.189] (-10456.804) -- 0:01:49
874000 -- (-10465.489) (-10450.924) [-10457.036] (-10457.509) * [-10455.302] (-10458.566) (-10450.080) (-10459.250) -- 0:01:48
875000 -- (-10455.983) (-10465.518) [-10463.696] (-10460.184) * [-10453.240] (-10459.580) (-10465.885) (-10466.202) -- 0:01:47
Average standard deviation of split frequencies: 0.003684
876000 -- (-10460.615) [-10453.764] (-10455.967) (-10452.656) * (-10453.692) [-10451.721] (-10463.463) (-10466.410) -- 0:01:47
877000 -- (-10461.639) (-10459.251) [-10452.395] (-10452.972) * (-10461.929) (-10450.850) [-10451.342] (-10454.911) -- 0:01:46
878000 -- (-10455.088) (-10449.669) (-10455.418) [-10464.491] * (-10455.025) [-10457.057] (-10476.726) (-10459.218) -- 0:01:45
879000 -- [-10455.055] (-10459.136) (-10462.730) (-10458.017) * (-10456.086) (-10461.665) [-10463.692] (-10461.973) -- 0:01:44
880000 -- (-10456.268) (-10468.188) (-10459.414) [-10460.380] * (-10458.949) [-10464.337] (-10463.241) (-10460.864) -- 0:01:43
Average standard deviation of split frequencies: 0.003706
881000 -- (-10451.324) (-10458.717) [-10450.730] (-10461.690) * (-10456.658) (-10457.143) [-10458.449] (-10453.081) -- 0:01:42
882000 -- (-10456.670) [-10462.576] (-10463.888) (-10471.729) * (-10456.937) (-10470.385) (-10449.686) [-10463.417] -- 0:01:41
883000 -- (-10458.443) (-10458.549) [-10456.918] (-10469.002) * (-10454.627) (-10466.768) [-10453.800] (-10462.174) -- 0:01:40
884000 -- (-10456.870) (-10461.575) (-10467.738) [-10460.261] * (-10460.604) (-10458.113) (-10455.817) [-10452.829] -- 0:01:40
885000 -- [-10460.994] (-10454.474) (-10466.499) (-10454.546) * (-10458.134) (-10462.607) [-10455.722] (-10453.181) -- 0:01:39
Average standard deviation of split frequencies: 0.003602
886000 -- [-10465.808] (-10469.912) (-10461.835) (-10453.177) * (-10460.352) (-10458.953) [-10461.176] (-10460.768) -- 0:01:38
887000 -- (-10452.673) (-10454.490) [-10450.617] (-10460.614) * [-10453.843] (-10458.435) (-10454.676) (-10453.906) -- 0:01:37
888000 -- (-10464.277) (-10453.464) (-10455.890) [-10450.920] * (-10448.661) (-10463.271) (-10461.323) [-10451.111] -- 0:01:36
889000 -- (-10467.789) (-10452.702) [-10458.382] (-10462.256) * (-10452.843) [-10455.863] (-10466.461) (-10454.787) -- 0:01:35
890000 -- (-10460.744) [-10457.423] (-10453.821) (-10460.451) * (-10456.247) [-10460.577] (-10460.267) (-10458.975) -- 0:01:34
Average standard deviation of split frequencies: 0.003746
891000 -- (-10458.888) [-10452.009] (-10460.769) (-10465.836) * (-10459.893) [-10467.932] (-10463.245) (-10455.668) -- 0:01:34
892000 -- (-10458.994) (-10454.572) (-10455.438) [-10459.975] * [-10462.035] (-10468.463) (-10453.158) (-10462.193) -- 0:01:33
893000 -- (-10468.091) (-10474.218) [-10464.668] (-10460.994) * (-10454.788) (-10452.084) [-10450.748] (-10459.907) -- 0:01:32
894000 -- (-10469.033) (-10466.568) (-10460.939) [-10460.047] * (-10461.610) [-10454.742] (-10456.427) (-10461.468) -- 0:01:31
895000 -- (-10468.125) (-10458.916) (-10460.309) [-10456.537] * [-10451.510] (-10458.532) (-10455.398) (-10454.401) -- 0:01:30
Average standard deviation of split frequencies: 0.003966
896000 -- [-10459.234] (-10466.943) (-10456.337) (-10461.388) * (-10457.361) [-10459.500] (-10462.358) (-10458.979) -- 0:01:29
897000 -- (-10463.190) [-10454.249] (-10457.704) (-10459.317) * (-10451.955) [-10460.111] (-10459.925) (-10463.402) -- 0:01:28
898000 -- (-10457.815) [-10462.967] (-10449.444) (-10459.095) * [-10462.686] (-10453.407) (-10453.826) (-10459.202) -- 0:01:28
899000 -- (-10462.445) (-10457.020) [-10458.984] (-10457.855) * (-10455.674) (-10459.416) [-10455.732] (-10460.993) -- 0:01:27
900000 -- (-10455.009) (-10469.111) (-10463.063) [-10456.430] * (-10460.723) (-10464.289) (-10457.823) [-10459.938] -- 0:01:26
Average standard deviation of split frequencies: 0.003946
901000 -- (-10452.694) (-10467.706) (-10461.156) [-10449.866] * [-10457.351] (-10456.339) (-10457.126) (-10466.918) -- 0:01:25
902000 -- (-10457.616) [-10454.287] (-10455.698) (-10456.933) * (-10452.070) [-10465.263] (-10463.643) (-10463.695) -- 0:01:24
903000 -- (-10454.324) [-10455.755] (-10449.904) (-10456.899) * (-10460.693) [-10457.980] (-10472.047) (-10461.961) -- 0:01:23
904000 -- (-10468.415) [-10447.940] (-10451.763) (-10458.784) * (-10452.895) (-10456.882) (-10451.382) [-10463.144] -- 0:01:22
905000 -- (-10451.872) [-10456.524] (-10456.647) (-10464.872) * [-10464.101] (-10467.397) (-10465.293) (-10454.477) -- 0:01:21
Average standard deviation of split frequencies: 0.004283
906000 -- [-10461.909] (-10461.792) (-10450.927) (-10466.642) * (-10459.029) [-10456.066] (-10460.911) (-10468.567) -- 0:01:21
907000 -- (-10459.204) (-10463.423) (-10457.477) [-10456.741] * [-10457.172] (-10450.776) (-10453.625) (-10466.207) -- 0:01:20
908000 -- (-10461.050) (-10464.089) [-10449.568] (-10462.086) * (-10463.086) (-10461.632) [-10455.877] (-10464.515) -- 0:01:19
909000 -- (-10460.236) (-10465.113) (-10465.714) [-10451.939] * (-10468.621) [-10458.659] (-10460.907) (-10468.683) -- 0:01:18
910000 -- (-10466.147) (-10455.807) [-10450.690] (-10455.007) * (-10469.523) (-10464.221) [-10458.124] (-10461.601) -- 0:01:17
Average standard deviation of split frequencies: 0.004420
911000 -- (-10466.496) (-10455.268) [-10457.018] (-10462.039) * (-10471.867) (-10461.147) (-10463.575) [-10461.083] -- 0:01:16
912000 -- (-10466.509) (-10454.339) [-10455.129] (-10457.180) * [-10465.363] (-10463.018) (-10457.489) (-10463.036) -- 0:01:15
913000 -- [-10459.231] (-10460.323) (-10455.748) (-10465.413) * (-10454.101) (-10467.244) (-10462.421) [-10451.201] -- 0:01:15
914000 -- [-10459.032] (-10461.375) (-10461.263) (-10465.855) * [-10465.332] (-10454.173) (-10457.402) (-10457.019) -- 0:01:14
915000 -- (-10456.863) (-10458.510) (-10456.098) [-10453.169] * (-10459.304) [-10461.343] (-10456.836) (-10462.711) -- 0:01:13
Average standard deviation of split frequencies: 0.004790
916000 -- (-10464.589) [-10450.682] (-10462.153) (-10466.067) * (-10452.711) (-10467.579) (-10465.919) [-10457.377] -- 0:01:12
917000 -- (-10463.555) (-10454.391) (-10464.471) [-10458.957] * (-10452.425) [-10457.434] (-10457.933) (-10468.265) -- 0:01:11
918000 -- (-10464.742) [-10455.185] (-10451.221) (-10454.653) * (-10467.658) [-10453.051] (-10457.841) (-10460.452) -- 0:01:10
919000 -- (-10458.897) (-10453.885) (-10453.185) [-10456.252] * (-10459.497) [-10455.554] (-10463.815) (-10459.398) -- 0:01:09
920000 -- (-10461.708) (-10452.055) [-10453.553] (-10455.904) * (-10456.664) [-10464.750] (-10463.254) (-10470.375) -- 0:01:09
Average standard deviation of split frequencies: 0.004726
921000 -- [-10453.685] (-10455.548) (-10462.025) (-10461.357) * (-10456.202) (-10461.186) (-10458.990) [-10458.971] -- 0:01:08
922000 -- (-10453.915) (-10457.524) [-10455.849] (-10463.277) * (-10459.988) (-10457.153) (-10449.722) [-10452.418] -- 0:01:07
923000 -- (-10451.663) (-10450.387) (-10462.440) [-10451.815] * (-10462.780) (-10459.331) [-10456.258] (-10461.338) -- 0:01:06
924000 -- (-10461.985) (-10467.476) (-10465.335) [-10457.043] * (-10462.741) (-10455.902) (-10469.941) [-10454.637] -- 0:01:05
925000 -- (-10469.377) [-10453.856] (-10466.744) (-10462.161) * [-10458.522] (-10461.327) (-10451.870) (-10463.040) -- 0:01:04
Average standard deviation of split frequencies: 0.004543
926000 -- (-10461.904) [-10453.968] (-10457.826) (-10466.616) * (-10456.911) (-10461.468) [-10449.988] (-10473.586) -- 0:01:03
927000 -- (-10467.255) [-10458.195] (-10457.384) (-10455.650) * (-10468.860) (-10464.357) [-10457.279] (-10464.388) -- 0:01:02
928000 -- [-10463.814] (-10454.659) (-10455.857) (-10453.433) * (-10470.053) [-10451.550] (-10455.235) (-10453.147) -- 0:01:02
929000 -- (-10467.182) (-10462.011) (-10463.548) [-10454.282] * (-10462.440) [-10458.716] (-10455.650) (-10459.140) -- 0:01:01
930000 -- [-10456.901] (-10457.316) (-10468.467) (-10453.957) * [-10453.895] (-10458.517) (-10462.228) (-10462.208) -- 0:01:00
Average standard deviation of split frequencies: 0.003935
931000 -- [-10463.337] (-10455.529) (-10462.371) (-10448.948) * [-10458.403] (-10464.670) (-10469.673) (-10458.189) -- 0:00:59
932000 -- [-10463.320] (-10452.361) (-10460.465) (-10459.304) * (-10459.695) (-10455.257) (-10461.415) [-10456.325] -- 0:00:58
933000 -- (-10463.457) (-10451.255) (-10468.778) [-10454.656] * (-10456.989) (-10456.772) [-10450.054] (-10455.554) -- 0:00:57
934000 -- (-10459.357) [-10452.831] (-10455.749) (-10464.988) * (-10473.863) (-10454.518) (-10455.914) [-10453.009] -- 0:00:56
935000 -- [-10456.804] (-10457.022) (-10461.787) (-10457.711) * (-10456.387) (-10453.654) (-10456.015) [-10448.128] -- 0:00:56
Average standard deviation of split frequencies: 0.004107
936000 -- [-10464.679] (-10457.796) (-10465.067) (-10450.030) * (-10452.311) (-10451.195) [-10456.902] (-10468.632) -- 0:00:55
937000 -- (-10456.514) (-10456.217) [-10452.276] (-10463.641) * (-10465.553) [-10452.148] (-10465.169) (-10451.045) -- 0:00:54
938000 -- [-10460.785] (-10464.408) (-10460.107) (-10471.002) * (-10462.976) (-10461.727) (-10456.048) [-10451.960] -- 0:00:53
939000 -- (-10452.878) (-10458.500) [-10456.547] (-10454.025) * (-10464.792) (-10475.340) [-10453.767] (-10459.973) -- 0:00:52
940000 -- (-10456.410) (-10461.545) [-10458.078] (-10463.532) * (-10466.208) [-10457.894] (-10459.476) (-10455.120) -- 0:00:51
Average standard deviation of split frequencies: 0.004009
941000 -- (-10459.952) (-10459.525) (-10460.835) [-10459.893] * (-10461.889) [-10458.276] (-10465.896) (-10465.183) -- 0:00:50
942000 -- [-10464.188] (-10456.627) (-10462.119) (-10462.821) * (-10459.134) [-10452.301] (-10465.575) (-10466.891) -- 0:00:50
943000 -- (-10456.890) [-10464.865] (-10458.252) (-10454.909) * (-10459.940) [-10457.168] (-10459.142) (-10468.197) -- 0:00:49
944000 -- (-10462.580) [-10454.105] (-10461.400) (-10451.166) * (-10460.860) (-10460.465) (-10467.814) [-10457.778] -- 0:00:48
945000 -- [-10458.287] (-10467.909) (-10456.879) (-10461.804) * [-10457.881] (-10455.952) (-10456.685) (-10459.988) -- 0:00:47
Average standard deviation of split frequencies: 0.003718
946000 -- (-10456.443) (-10472.220) (-10461.119) [-10458.240] * (-10457.668) [-10455.403] (-10457.960) (-10462.485) -- 0:00:46
947000 -- [-10447.861] (-10469.397) (-10463.161) (-10466.541) * (-10453.654) (-10457.456) [-10455.128] (-10454.099) -- 0:00:45
948000 -- [-10458.566] (-10458.852) (-10459.707) (-10456.063) * [-10459.020] (-10474.931) (-10463.878) (-10459.418) -- 0:00:44
949000 -- [-10456.654] (-10458.765) (-10460.279) (-10461.156) * [-10452.566] (-10458.900) (-10459.029) (-10463.420) -- 0:00:44
950000 -- [-10451.173] (-10460.504) (-10463.675) (-10461.831) * (-10450.581) [-10456.421] (-10457.445) (-10452.270) -- 0:00:43
Average standard deviation of split frequencies: 0.003471
951000 -- (-10456.666) [-10454.906] (-10459.037) (-10456.470) * (-10457.375) (-10455.396) (-10467.420) [-10454.757] -- 0:00:42
952000 -- (-10456.142) (-10468.425) [-10457.188] (-10455.777) * [-10455.430] (-10464.076) (-10453.462) (-10459.258) -- 0:00:41
953000 -- (-10455.799) (-10469.812) [-10451.046] (-10465.963) * [-10447.335] (-10455.471) (-10462.762) (-10453.777) -- 0:00:40
954000 -- [-10459.820] (-10461.540) (-10459.608) (-10461.586) * (-10464.857) [-10466.840] (-10461.273) (-10453.044) -- 0:00:39
955000 -- (-10462.166) (-10452.633) (-10464.966) [-10453.713] * (-10458.523) (-10458.143) (-10467.609) [-10454.652] -- 0:00:38
Average standard deviation of split frequencies: 0.003452
956000 -- (-10461.316) [-10451.287] (-10459.064) (-10462.554) * (-10465.742) (-10454.526) [-10456.114] (-10456.741) -- 0:00:37
957000 -- (-10468.029) (-10456.896) [-10460.283] (-10457.019) * [-10454.640] (-10462.438) (-10450.466) (-10461.469) -- 0:00:37
958000 -- (-10464.822) [-10460.708] (-10461.057) (-10457.916) * (-10458.399) [-10461.563] (-10456.865) (-10457.639) -- 0:00:36
959000 -- (-10455.896) [-10451.147] (-10463.227) (-10456.719) * [-10456.597] (-10458.837) (-10457.495) (-10458.369) -- 0:00:35
960000 -- [-10460.935] (-10454.690) (-10459.032) (-10462.469) * (-10453.984) [-10462.229] (-10453.978) (-10463.386) -- 0:00:34
Average standard deviation of split frequencies: 0.003510
961000 -- (-10456.222) [-10458.543] (-10465.207) (-10453.986) * (-10466.890) (-10463.435) (-10459.884) [-10452.635] -- 0:00:33
962000 -- [-10455.081] (-10465.831) (-10452.493) (-10455.644) * (-10468.898) (-10453.876) [-10463.895] (-10460.725) -- 0:00:32
963000 -- [-10452.203] (-10463.628) (-10464.098) (-10463.866) * (-10455.888) (-10466.161) (-10455.871) [-10454.844] -- 0:00:31
964000 -- (-10463.097) [-10453.700] (-10463.636) (-10465.073) * (-10463.165) (-10459.058) (-10455.190) [-10451.165] -- 0:00:31
965000 -- (-10461.146) (-10450.224) (-10459.871) [-10458.987] * (-10457.668) [-10453.850] (-10452.926) (-10454.633) -- 0:00:30
Average standard deviation of split frequencies: 0.003566
966000 -- (-10462.522) (-10457.602) [-10453.201] (-10461.819) * (-10454.429) [-10451.058] (-10465.288) (-10452.615) -- 0:00:29
967000 -- (-10458.264) [-10460.609] (-10477.081) (-10453.564) * (-10460.756) (-10455.852) [-10450.599] (-10456.527) -- 0:00:28
968000 -- [-10461.200] (-10461.959) (-10464.252) (-10459.142) * (-10453.561) (-10460.847) (-10460.798) [-10458.238] -- 0:00:27
969000 -- [-10451.620] (-10455.038) (-10463.026) (-10458.248) * (-10457.171) (-10459.207) [-10457.614] (-10459.620) -- 0:00:26
970000 -- (-10459.612) (-10461.829) (-10455.344) [-10458.206] * (-10461.553) [-10454.746] (-10461.721) (-10461.862) -- 0:00:25
Average standard deviation of split frequencies: 0.003624
971000 -- [-10468.215] (-10451.513) (-10457.051) (-10458.448) * (-10468.957) (-10453.857) [-10455.987] (-10459.211) -- 0:00:25
972000 -- [-10462.713] (-10466.104) (-10463.111) (-10457.565) * (-10455.458) [-10451.705] (-10459.431) (-10456.860) -- 0:00:24
973000 -- (-10454.576) (-10458.189) (-10460.788) [-10455.890] * [-10450.408] (-10456.155) (-10458.542) (-10458.706) -- 0:00:23
974000 -- [-10452.662] (-10452.259) (-10452.803) (-10452.592) * [-10452.855] (-10455.960) (-10461.270) (-10469.878) -- 0:00:22
975000 -- (-10476.227) [-10458.616] (-10454.855) (-10459.492) * (-10474.430) (-10460.360) (-10460.560) [-10454.531] -- 0:00:21
Average standard deviation of split frequencies: 0.003567
976000 -- (-10469.047) (-10456.411) [-10458.777] (-10461.012) * (-10462.914) (-10457.401) [-10458.960] (-10458.884) -- 0:00:20
977000 -- (-10465.801) [-10455.739] (-10458.081) (-10460.281) * (-10461.196) (-10454.965) (-10461.423) [-10462.045] -- 0:00:19
978000 -- (-10465.303) (-10457.488) [-10459.538] (-10460.836) * (-10476.977) (-10464.718) (-10456.860) [-10460.773] -- 0:00:18
979000 -- (-10463.939) [-10465.797] (-10468.052) (-10455.960) * (-10452.693) (-10462.302) (-10456.730) [-10461.158] -- 0:00:18
980000 -- (-10457.365) [-10454.352] (-10462.538) (-10459.064) * (-10461.954) [-10453.031] (-10459.676) (-10461.019) -- 0:00:17
Average standard deviation of split frequencies: 0.003698
981000 -- [-10450.951] (-10458.368) (-10455.982) (-10458.754) * (-10466.541) (-10467.645) (-10452.223) [-10456.670] -- 0:00:16
982000 -- (-10460.921) (-10451.512) (-10461.326) [-10455.942] * (-10462.349) (-10456.440) (-10456.214) [-10457.119] -- 0:00:15
983000 -- (-10454.406) (-10461.166) [-10458.991] (-10470.565) * [-10456.062] (-10454.066) (-10450.385) (-10452.804) -- 0:00:14
984000 -- (-10467.634) (-10465.765) [-10459.315] (-10460.070) * [-10452.455] (-10471.115) (-10456.192) (-10453.082) -- 0:00:13
985000 -- (-10466.796) (-10458.747) (-10471.829) [-10459.112] * [-10458.561] (-10458.595) (-10466.196) (-10459.307) -- 0:00:12
Average standard deviation of split frequencies: 0.003788
986000 -- (-10468.189) [-10454.210] (-10459.340) (-10455.421) * [-10461.843] (-10457.511) (-10462.935) (-10460.917) -- 0:00:12
987000 -- [-10449.627] (-10461.687) (-10468.334) (-10455.563) * [-10452.100] (-10457.516) (-10455.277) (-10455.977) -- 0:00:11
988000 -- (-10460.646) (-10458.156) (-10468.914) [-10460.892] * (-10462.951) [-10463.870] (-10456.709) (-10460.139) -- 0:00:10
989000 -- (-10460.500) (-10455.337) [-10461.792] (-10463.659) * (-10468.724) (-10460.390) (-10456.137) [-10447.469] -- 0:00:09
990000 -- (-10459.749) [-10454.430] (-10457.221) (-10467.360) * [-10455.059] (-10465.937) (-10465.751) (-10456.026) -- 0:00:08
Average standard deviation of split frequencies: 0.003990
991000 -- (-10462.924) [-10447.130] (-10454.226) (-10453.382) * (-10457.387) [-10452.129] (-10457.674) (-10469.562) -- 0:00:07
992000 -- [-10453.373] (-10451.614) (-10452.556) (-10458.453) * (-10465.236) (-10456.162) [-10456.502] (-10478.647) -- 0:00:06
993000 -- [-10458.268] (-10468.156) (-10457.950) (-10452.925) * (-10460.965) (-10453.994) (-10453.960) [-10451.430] -- 0:00:06
994000 -- [-10454.891] (-10457.824) (-10463.986) (-10459.613) * (-10461.377) (-10454.483) [-10459.053] (-10469.403) -- 0:00:05
995000 -- [-10459.626] (-10457.783) (-10468.705) (-10458.018) * [-10462.154] (-10458.908) (-10463.050) (-10457.272) -- 0:00:04
Average standard deviation of split frequencies: 0.003459
996000 -- [-10455.196] (-10459.496) (-10471.457) (-10455.247) * (-10454.678) (-10460.017) [-10456.864] (-10462.282) -- 0:00:03
997000 -- (-10469.754) [-10458.978] (-10462.723) (-10466.514) * (-10451.019) (-10454.136) (-10455.898) [-10453.248] -- 0:00:02
998000 -- [-10458.506] (-10457.127) (-10464.923) (-10461.129) * (-10462.032) [-10458.652] (-10459.095) (-10461.022) -- 0:00:01
999000 -- [-10454.990] (-10460.013) (-10468.770) (-10457.844) * [-10458.039] (-10456.455) (-10457.169) (-10462.589) -- 0:00:00
1000000 -- (-10454.932) (-10457.541) [-10450.666] (-10457.560) * (-10452.682) (-10458.449) [-10456.611] (-10469.067) -- 0:00:00
Average standard deviation of split frequencies: 0.003805
Analysis completed in 14 mins 23 seconds
Analysis used 862.66 seconds of CPU time
Likelihood of best state for "cold" chain of run 1 was -10444.28
Likelihood of best state for "cold" chain of run 2 was -10444.39
Acceptance rates for the moves in the "cold" chain of run 1:
With prob. (last 100) chain accepted proposals by move
27.4 % ( 26 %) Dirichlet(Revmat{all})
43.3 % ( 31 %) Slider(Revmat{all})
9.9 % ( 16 %) Dirichlet(Pi{all})
21.9 % ( 23 %) Slider(Pi{all})
26.5 % ( 25 %) Multiplier(Alpha{1,2})
44.7 % ( 28 %) Multiplier(Alpha{3})
32.6 % ( 25 %) Slider(Pinvar{all})
17.7 % ( 19 %) ExtSPR(Tau{all},V{all})
9.7 % ( 13 %) ExtTBR(Tau{all},V{all})
20.4 % ( 21 %) NNI(Tau{all},V{all})
24.8 % ( 26 %) ParsSPR(Tau{all},V{all})
26.3 % ( 22 %) Multiplier(V{all})
21.2 % ( 17 %) Nodeslider(V{all})
24.2 % ( 30 %) TLMultiplier(V{all})
Acceptance rates for the moves in the "cold" chain of run 2:
With prob. (last 100) chain accepted proposals by move
27.2 % ( 21 %) Dirichlet(Revmat{all})
44.7 % ( 34 %) Slider(Revmat{all})
10.3 % ( 13 %) Dirichlet(Pi{all})
22.0 % ( 35 %) Slider(Pi{all})
26.5 % ( 21 %) Multiplier(Alpha{1,2})
44.6 % ( 25 %) Multiplier(Alpha{3})
32.7 % ( 23 %) Slider(Pinvar{all})
17.6 % ( 19 %) ExtSPR(Tau{all},V{all})
9.7 % ( 5 %) ExtTBR(Tau{all},V{all})
20.4 % ( 14 %) NNI(Tau{all},V{all})
24.4 % ( 22 %) ParsSPR(Tau{all},V{all})
26.3 % ( 28 %) Multiplier(V{all})
21.1 % ( 21 %) Nodeslider(V{all})
24.3 % ( 26 %) TLMultiplier(V{all})
Chain swap information for run 1:
1 2 3 4
----------------------------------
1 | 0.78 0.60 0.45
2 | 166462 0.80 0.63
3 | 166593 166252 0.82
4 | 166788 167184 166721
Chain swap information for run 2:
1 2 3 4
----------------------------------
1 | 0.78 0.59 0.44
2 | 166991 0.80 0.62
3 | 165877 166896 0.81
4 | 166876 166658 166702
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)
+------------------------------------------------------------+ -10454.54
| 1 2 |
| 1 |
|2 1 1 1 12 2 |
| 2 2 21 |
| 2 1 1 2 1 2 1 1 1 |
| 2 1 22 21 22 2 1 2 1 * 2|
|1 2 2 2 21 2 12 2 22 2 2 2 |
| 1 1 * 11 1 21 2 21 22 1 * 2 2 1 11|
| 2 * 2 11 1 2 1 1 1 2 2 2 |
| 1 121 2 2 * 2 11 1 1 1 |
| 21 2 2 2 1 1 |
| 1 1 2 1 2 1 1 |
| 1 |
| |
| 1 2 |
+------+-----+-----+-----+-----+-----+-----+-----+-----+-----+ -10459.21
^ ^
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 -10450.98 -10467.31
2 -10451.50 -10468.13
--------------------------------------
TOTAL -10451.21 -10467.80
--------------------------------------
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} 0.518511 0.000876 0.462919 0.578100 0.517392 1157.26 1246.78 1.000
r(A<->C){all} 0.090720 0.000168 0.064789 0.115222 0.090509 917.04 957.24 1.000
r(A<->G){all} 0.150312 0.000246 0.120024 0.181757 0.149976 831.61 858.08 1.000
r(A<->T){all} 0.112028 0.000142 0.089332 0.135278 0.111451 714.64 833.98 1.000
r(C<->G){all} 0.042655 0.000107 0.024176 0.063171 0.041989 915.13 1028.34 1.000
r(C<->T){all} 0.565667 0.000556 0.522763 0.615815 0.564871 827.94 847.23 1.000
r(G<->T){all} 0.038619 0.000063 0.023925 0.054358 0.038400 1100.97 1178.90 1.000
pi(A){all} 0.269237 0.000047 0.255891 0.282846 0.269221 820.95 914.73 1.001
pi(C){all} 0.222890 0.000038 0.211638 0.235494 0.222762 958.90 980.42 1.000
pi(G){all} 0.194214 0.000035 0.183075 0.206245 0.194140 1073.11 1116.79 1.000
pi(T){all} 0.313660 0.000049 0.300206 0.327109 0.313712 895.00 955.37 1.000
alpha{1,2} 0.141685 0.000215 0.113176 0.170407 0.141079 1017.59 1164.09 1.000
alpha{3} 5.717499 3.001675 2.844684 9.143476 5.466509 1420.34 1453.76 1.000
pinvar{all} 0.522416 0.000541 0.478650 0.570267 0.523420 1209.04 1309.48 1.001
------------------------------------------------------------------------------------------------------
* 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 -- C2
3 -- C3
4 -- C4
5 -- C5
6 -- C6
7 -- C7
8 -- C8
9 -- 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 -- .....*.*.
20 -- .....**..
21 -- .****...*
22 -- .*.**....
---------------
Summary statistics for informative taxon bipartitions
(saved to file "/data/mrbayes_input.nex.tstat"):
ID #obs Probab. Sd(s)+ Min(s) Max(s) Nruns
----------------------------------------------------------------
10 3002 1.000000 0.000000 1.000000 1.000000 2
11 3002 1.000000 0.000000 1.000000 1.000000 2
12 1994 0.664224 0.003769 0.661559 0.666889 2
13 1707 0.568621 0.002355 0.566955 0.570286 2
14 1415 0.471352 0.010835 0.463691 0.479014 2
15 1361 0.453364 0.001413 0.452365 0.454364 2
16 1119 0.372751 0.002355 0.371086 0.374417 2
17 842 0.280480 0.004711 0.277149 0.283811 2
18 707 0.235510 0.004240 0.232512 0.238508 2
19 670 0.223185 0.005653 0.219187 0.227182 2
20 625 0.208195 0.003298 0.205863 0.210526 2
21 587 0.195536 0.004240 0.192538 0.198534 2
22 324 0.107928 0.006595 0.103264 0.112592 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] 0.104572 0.000105 0.085133 0.125068 0.104354 1.000 2
length{all}[2] 0.060790 0.000046 0.047561 0.073747 0.060374 1.001 2
length{all}[3] 0.053855 0.000043 0.040954 0.066304 0.053585 1.002 2
length{all}[4] 0.000336 0.000000 0.000000 0.000982 0.000239 1.000 2
length{all}[5] 0.000333 0.000000 0.000000 0.000991 0.000234 1.001 2
length{all}[6] 0.000878 0.000000 0.000041 0.002014 0.000746 1.000 2
length{all}[7] 0.000331 0.000000 0.000000 0.001007 0.000228 1.000 2
length{all}[8] 0.000318 0.000000 0.000000 0.000970 0.000219 1.000 2
length{all}[9] 0.079270 0.000072 0.062375 0.095536 0.078923 1.000 2
length{all}[10] 0.132405 0.000166 0.107751 0.156517 0.131796 1.000 2
length{all}[11] 0.064955 0.000062 0.050221 0.080344 0.064526 1.000 2
length{all}[12] 0.009516 0.000016 0.002436 0.017511 0.009115 1.000 2
length{all}[13] 0.000530 0.000000 0.000000 0.001455 0.000404 0.999 2
length{all}[14] 0.008259 0.000012 0.001430 0.014564 0.007890 0.999 2
length{all}[15] 0.006322 0.000010 0.000778 0.012444 0.006026 0.999 2
length{all}[16] 0.004554 0.000007 0.000001 0.009590 0.004214 0.999 2
length{all}[17] 0.004953 0.000010 0.000001 0.010635 0.004557 0.999 2
length{all}[18] 0.005835 0.000007 0.000989 0.011113 0.005486 0.999 2
length{all}[19] 0.000331 0.000000 0.000000 0.000950 0.000249 0.999 2
length{all}[20] 0.000336 0.000000 0.000001 0.001028 0.000212 1.001 2
length{all}[21] 0.006752 0.000014 0.000276 0.013567 0.006297 0.999 2
length{all}[22] 0.004399 0.000008 0.000022 0.009657 0.004066 0.997 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 = 0.003805
Maximum standard deviation of split frequencies = 0.010835
Average PSRF for parameter values (excluding NA and >10.0) = 1.000
Maximum PSRF for parameter values = 1.002
Clade credibility values:
/------------------------------------------------------------------------ C1 (1)
|
|------------------------------------------------------------------------ C2 (2)
|
|------------------------------------------------------------------------ C3 (3)
|
+------------------------------------------------------------------------ C9 (9)
|
| /------------------ C4 (4)
| /----------------100----------------+
| | \------------------ C5 (5)
| |
\--------66-------+ /------------------------------------ C6 (6)
| |
\-------100-------+ /------------------ C7 (7)
\--------57-------+
\------------------ C8 (8)
Phylogram (based on average branch lengths):
/----------------------------------------------------- C1 (1)
|
|------------------------------- C2 (2)
|
|--------------------------- C3 (3)
|
+---------------------------------------- C9 (9)
|
| / C4 (4)
| /------------------------------------------------------------------+
| | \ C5 (5)
| |
\----+ / C6 (6)
| |
\--------------------------------+ C7 (7)
|
\ C8 (8)
|---------| 0.020 expected changes per site
Calculating tree probabilities...
Credible sets of trees (95 trees sampled):
50 % credible set contains 5 trees
90 % credible set contains 31 trees
95 % credible set contains 43 trees
99 % credible set contains 70 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'
Running FUBAR...
[2J[H /HYPHY 2.3.14.20190214beta(MP) for Linux on x86_64\
***************** TYPES OF STANDARD ANALYSES *****************
(1) Selection Analyses
(2) Evolutionary Hypothesis Testing
(3) Relative evolutionary rate inference
(4) Coevolutionary analysis
(5) Basic Analyses
(6) Codon Selection Analyses
(7) Compartmentalization
(8) Data File Tools
(9) Miscellaneous
(10) Model Comparison
(11) Kernel Analysis Tools
(12) Molecular Clock
(13) Phylogeny Reconstruction
(14) Positive Selection
(15) Recombination
(16) Selection/Recombination
(17) Relative Rate
(18) Relative Ratio
(19) Substitution Rates
Please select type of analyses you want to list (or press ENTER to process custom batch file):[2J[H***************** FILES IN 'Selection Analyses' *****************
(1) [MEME] Test for episodic site-level selection using MEME (Mixed Effects Model of Evolution).
(2) [FEL] Test for pervasive site-level selection using FEL (Fixed Effects Likelihood).
(3) [SLAC] Test for pervasive site-level selection using SLAC (Single Likelihood Ancestor Counting).
(4) [FUBAR] Test for pervasive site-level selection using FUBAR (Fast Unconstrained Bayesian AppRoximation for inferring selection).
(5) [BUSTED] Test for episodic gene-wide selection using BUSTED (Branch-site Unrestricted Statistical Test of Episodic Diversification).
(6) [aBSREL] Test for lineage-specific evolution using the branch-site method aBS-REL (Adaptive Branch-Site Random Effects Likelihood).
(7) [RELAX] Test for relaxation of selection pressure along a specified set of test branches using RELAX (a random effects test of selection relaxation).
Please select the analysis you would like to perform (or press ENTER to return to the list of analysis types):
Analysis Description
--------------------
Perform a Fast Unbiased AppRoximate Bayesian (FUBAR) analysis of a
coding sequence alignment to determine whether some sites have been
subject to pervasive purifying or diversifying selection. v2.1
introduces two more methods for estimating the posterior distribution of
grid weights: collapsed Gibbs MCMC (faster) and 0-th order Variation
Bayes approximation (fastest). Please note that a FUBAR analysis
generates a cache and a results JSON file in the same directory as
directory as the original alignment. HyPhy needs to have write
privileges to this directory. For example if the original file is in
/home/sergei/FUBAR/data/pol.nex then at the end of a FUBAR run, there
will also exist FUBAR-generated files
/home/sergei/FUBAR/data/pol.nex.FUBAR.json,
/home/sergei/FUBAR/data/pol.nex.fubrar.cache. They also provide
checkpointing so that a partially completed analysis can be restarted.
- __Requirements__: in-frame codon alignment (possibly partitioned) and a phylogenetic tree
(one per partition)
- __Citation__: FUBAR: a fast, unconstrained bayesian approximation for inferring
selection (2013), Mol Biol Evol. 30(5):1196-205
- __Written by__: Sergei L Kosakovsky Pond
- __Contact Information__: spond@temple.edu
- __Analysis Version__: 2.1
####Choose Genetic Code
1. [**Universal**] Universal code. (Genebank transl_table=1).
2. [**Vertebrate mtDNA**] Vertebrate mitochondrial DNA code. (Genebank transl_table=2).
3. [**Yeast mtDNA**] Yeast mitochondrial DNA code. (Genebank transl_table=3).
4. [**Mold/Protozoan mtDNA**] Mold, Protozoan and Coelenterate mitochondrial DNA and the Mycloplasma/Spiroplasma code. (Genebank transl_table=4).
5. [**Invertebrate mtDNA**] Invertebrate mitochondrial DNA code. (Genebank transl_table=5).
6. [**Ciliate Nuclear**] Ciliate, Dasycladacean and Hexamita Nuclear code. (Genebank transl_table=6).
7. [**Echinoderm mtDNA**] Echinoderm mitochondrial DNA code. (Genebank transl_table=9).
8. [**Euplotid Nuclear**] Euplotid Nuclear code. (Genebank transl_table=10).
9. [**Alt. Yeast Nuclear**] Alternative Yeast Nuclear code. (Genebank transl_table=12).
10. [**Ascidian mtDNA**] Ascidian mitochondrial DNA code. (Genebank transl_table=13).
11. [**Flatworm mtDNA**] Flatworm mitochondrial DNA code. (Genebank transl_table=14).
12. [**Blepharisma Nuclear**] Blepharisma Nuclear code. (Genebank transl_table=15).
13. [**Chlorophycean mtDNA**] Chlorophycean Mitochondrial Code (transl_table=16).
14. [**Trematode mtDNA**] Trematode Mitochondrial Code (transl_table=21).
15. [**Scenedesmus obliquus mtDNA**] Scenedesmus obliquus mitochondrial Code (transl_table=22).
16. [**Thraustochytrium mtDNA**] Thraustochytrium Mitochondrial Code (transl_table=23).
17. [**Pterobranchia mtDNA**] Pterobranchia Mitochondrial Code (transl_table=24).
18. [**SR1 and Gracilibacteria**] Candidate Division SR1 and Gracilibacteria Code (transl_table=25).
19. [**Pachysolen Nuclear**] Pachysolen tannophilus Nuclear Code (transl_table=26).
>Please choose an option (or press q to cancel selection):
>Select a coding sequence alignment file (`/usr/local/lib/hyphy/TemplateBatchFiles/SelectionAnalyses/`)
>A tree was found in the data file: `(C1,C2,C3,C9,((C4,C5),(C6,(C7,C8))))`
>Would you like to use it (y/n)?
>Loaded a multiple sequence alignment with **9** sequences, **1360** codons, and **1** partitions from `/data//pss_subsets/TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5.result/original_alignment/fubar/results/TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5.result.1/TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5.result.1.fna`
> FUBAR will write cache and result files to _/data//pss_subsets/TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5.result/original_alignment/fubar/results/TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5.result.1/TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5.result.1.fna.FUBAR.cache_ and _/data//pss_subsets/TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5.result/original_alignment/fubar/results/TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5.result.1/TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5.result.1.fna.FUBAR.json_, respectively
> Number of grid points per dimension (total number is D^2) (permissible range = [5,50], default value = 20, integer):
####Posterior estimation method
1. [**Metropolis-Hastings**] Full Metropolis-Hastings MCMC algorithm (slowest, original 2013 paper implementation)
2. [**Collapsed Gibbs**] Collapsed Gibbs sampler (intermediate speed)
3. [**Variational Bayes**] 0-th order Variational Bayes approximations (fastest, recommended default)
>Please choose an option (or press q to cancel selection):> The concentration parameter of the Dirichlet prior (permissible range = [0.001,1], default value = 0.5):
### Obtaining branch lengths and nucleotide substitution biases under the nucleotide GTR model
* Log(L) = -10878.70, AIC-c = 21799.43 (21 estimated parameters)
* Tree length (expected substitutions/site) for partition 1 : 0.276
### Computing the phylogenetic likelihood function on the grid
* Determining appropriate tree scaling based on the best score from a 20 x 20 rate grid
* Best scaling achieved for
* synonymous rate = 2.815
* non-synonymous rate = 0.357
* Computing conditional site likelihoods on a 20 x 20 rate grid
### Running an iterative zeroth order variational Bayes procedure to estimate the posterior mean of rate weights
* Using the following settings
* Dirichlet alpha : 0.5
### Tabulating site-level results
| Codon | Partition | alpha | beta |Posterior prob for positive selection|
|:--------------:|:--------------:|:--------------:|:--------------:|:-----------------------------------:|
| 29 | 1 | 0.955 | 20.197 | Pos. posterior = 0.9838 |
| 225 | 1 | 5.236 | 35.647 | Pos. posterior = 0.9114 |
| 362 | 1 | 0.655 | 5.537 | Pos. posterior = 0.9197 |
| 515 | 1 | 0.590 | 4.936 | Pos. posterior = 0.9072 |
| 557 | 1 | 2.720 | 29.511 | Pos. posterior = 0.9476 |
| 749 | 1 | 0.993 | 10.499 | Pos. posterior = 0.9240 |
----
## FUBAR inferred 6 sites subject to diversifying positive selection at posterior probability >= 0.9
Of these, 0.41 are expected to be false positives (95% confidence interval of 0-2 )
CLUSTAL FORMAT for T-COFFEE Version_12.00.7fb08c2 [http://www.tcoffee.org] [MODE: ], CPU=0.09 sec, SCORE=1000, Nseq=9, Len=1360
BY140535_S_AWH65910_1_2014_06_26_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 MIRSVLVLMCSLTFIGNRTSSQSVDVGPVGSGSCLRSQVRPEYFDIVRNT
BY140562_S_AWH65921_1_2014_06_28_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 MIRSVLVLMCSLTFIGNRTSSQSVDVGSAGSGSCLRSQVRPEYFDIARNT
BtPa_GD2013_NA_AIA62343_1_2013_China_Bat_Pipistrellus_bat_coronavirus_HKU5 MIRSVLALMCSLTFIGNRISSQSVDVGSAGSGSCLRSQVRPEYFDIVRNT
HKU5_1_LMH03f_S_YP_001039962_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 MIRSVLVLMCSLTFIGNLTRGQSVDMGHNGTGSCLDSQVQPDYFESVHTT
LMH03f_S_ABN10875_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 MIRSVLVLMCSLTFIGNLTRGQSVDMGHNGTGSCLDSQVQPDYFESVHTT
TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 MIRSVLVLMCSLTFIGNRTSCQSVDIGTPVTGSCLRSQVRPEYFDIVHNT
TT06f_S_ABN10893_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 MIRSVLVLMCSLTFIGNRTSCQSVDIGTPVTGSCLRSQVRPEYFDIVHNT
TT07f_S_ABN10902_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 MIRSVLVLMCSLTFIGNRTSCQSVDIGTPVTGSCLRSQVRPEYFDIVHNT
YD13403_S_AWH65932_1_2013_06_03_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 MIRSVLVLMCSLTFIGSRTSSQSVDVGTPASGSCLRSQVRPEYFDIVRNT
******.*********. ****:* :**** ***:*:**: .:.*
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TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 WPMPIDTSKAEGVIYPNGKSYSNISLTYTGLYPKAKDLGKQYLFSDGHSA
TT06f_S_ABN10893_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 WPMPIDTSKAEGVIYPNGKSYSNISLTYTGLYPKAKDLGKQYLFSDGHSA
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YD13403_S_AWH65932_1_2013_06_03_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 WPMPIDTSKAEGVIYPNGKSYSNISLTYTGLYPKANDLGKQYLFSDGHSA
**********:*************:**********:**************
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HKU5_1_LMH03f_S_YP_001039962_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 PGRLNNLFVSNYSSQVESFDDGFVVRIGAAANKTGTTVISQSTFKPIKKI
LMH03f_S_ABN10875_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 PGRLNNLFVSNYSSQVESFDDGFVVRIGAAANKTGTTVISQSTFKPIKKI
TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI
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YD13403_S_AWH65932_1_2013_06_03_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI
*.:**:*******:****************:**********:********
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BY140562_S_AWH65921_1_2014_06_28_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 YPGFMLGHAVGNYTPTNITGRYFNHTLVILPDGCGTLVHAFYCILQPRTQ
BtPa_GD2013_NA_AIA62343_1_2013_China_Bat_Pipistrellus_bat_coronavirus_HKU5 YPGFMLGHAVGNYTPTNITGRYLNHTLVILPDGCGTLVHAFYCVLQPRTQ
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TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 YPGFMLGHAVGNYTPTNITGRYLNHTLVILPDGCGTLVHAFYCILQPRTQ
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YD13403_S_AWH65932_1_2013_06_03_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 YPGFMLGHVVGNYTPANITGRYFNHTLVILPDGCGTLVHAFYCVLQPRTQ
**.*:*** ******:* ****:*************::*****:*:***:
BY140535_S_AWH65910_1_2014_06_26_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 ANCPGAFSFTSVTLWDTPATDCASSDVYNSLANLNAFKLYFDLLNCTFKY
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BtPa_GD2013_NA_AIA62343_1_2013_China_Bat_Pipistrellus_bat_coronavirus_HKU5 ANCPGASSFTSVTLWDTPATDCAPNGVYNPLANLNAFKLYFDLLNCTFKY
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LMH03f_S_ABN10875_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 QNCAGETNFKSLSLWDTPASDCV-SGSYNQEATLGAFKVYFDLINCTFRY
TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 ANCPGASSFTSVTLWDTPATDCAPSGVYNSLANLNAFKLYFDLINCTFRY
TT06f_S_ABN10893_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 ANCPGASSFTSVTLWDTPATDCAPSGVYNSLANLNAFKLYFDLINCTFRY
TT07f_S_ABN10902_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 ANCPGASSFTSVTLWDTPATDCAPSGVYNSLANLNAFKLYFDLINCTFRY
YD13403_S_AWH65932_1_2013_06_03_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 ANCPGASSFTSVTLWDTPATDCAPNGVYNPLANLNAFKLYFDLLNCTFKY
*.* .*.*::******:**. .. ** *.*.***:****:****:*
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**************************************************
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BtPa_GD2013_NA_AIA62343_1_2013_China_Bat_Pipistrellus_bat_coronavirus_HKU5 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
HKU5_1_LMH03f_S_YP_001039962_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
LMH03f_S_ABN10875_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
TT06f_S_ABN10893_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
TT07f_S_ABN10902_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
YD13403_S_AWH65932_1_2013_06_03_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY
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BY140535_S_AWH65910_1_2014_06_26_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 DDFAQLQCSYENFDVETGVYSVSSFEASPRGEFIEQATTQECDFSPMLTG
BY140562_S_AWH65921_1_2014_06_28_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 DDFAQLQCSYENFDVETGVYSVSSFEASPRGEFIEQATTEECDFTPMLTG
BtPa_GD2013_NA_AIA62343_1_2013_China_Bat_Pipistrellus_bat_coronavirus_HKU5 DDFAQLQCSYENFDVETGVYSVSSFEASPRGEFIEQAVTEECDFTPMLTG
HKU5_1_LMH03f_S_YP_001039962_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 DDLAQLQCSYESFEVETGVYSVSSFEASPRGEFIEQATTQECDFTPMLTG
LMH03f_S_ABN10875_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 DDLAQLQCSYESFEVETGVYSVSSFEASPRGEFIEQATTQECDFTPMLTG
TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 DDFAQLQCSYENFDVETGVYSVSSFEASPRGEFIEQATTQECDFTPMLTG
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TT07f_S_ABN10902_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 DDFAQLQCSYENFDVETGVYSVSSFEASPRGEFIEQATTQECDFTPMLTG
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BtPa_GD2013_NA_AIA62343_1_2013_China_Bat_Pipistrellus_bat_coronavirus_HKU5 TPPPIYNFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL
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BtPa_GD2013_NA_AIA62343_1_2013_China_Bat_Pipistrellus_bat_coronavirus_HKU5 TKPSNYAYLTECYKTTAYGKNYLYNAPGGYTPCLSLASRGFSIKYQSHS-
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LMH03f_S_ABN10875_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 TKPSNYAYLTECYKTSAYGKNYLYNAPGAYTPCLSLASRGFSTKYQSHS-
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BtPa_GD2013_NA_AIA62343_1_2013_China_Bat_Pipistrellus_bat_coronavirus_HKU5 ---DG-ELTTTGYIYPVNGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI
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LMH03f_S_ABN10875_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 ---DG-ELTTTGYIYPVTGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI
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BY140562_S_AWH65921_1_2014_06_28_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG
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YD13403_S_AWH65932_1_2013_06_03_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 EDKLDVCVEYSLHGITGCGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG
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BY140562_S_AWH65921_1_2014_06_28_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN
BtPa_GD2013_NA_AIA62343_1_2013_China_Bat_Pipistrellus_bat_coronavirus_HKU5 NYYCVRPCVSVPVSVIYDKVSNSHATLFGSVACSHVTTMMSQFSRMTKTN
HKU5_1_LMH03f_S_YP_001039962_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN
LMH03f_S_ABN10875_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN
TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN
TT06f_S_ABN10893_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN
TT07f_S_ABN10902_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN
YD13403_S_AWH65932_1_2013_06_03_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN
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BY140562_S_AWH65921_1_2014_06_28_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 LLARTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSSRV-
BtPa_GD2013_NA_AIA62343_1_2013_China_Bat_Pipistrellus_bat_coronavirus_HKU5 LLARTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSSRL-
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TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 LLPRTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSTRF-
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YD13403_S_AWH65932_1_2013_06_03_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 LLARTNPGPLQTTVGCAMGFINTSMVVDECQLPLGQSLCAIPPSPSARLA
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BY140562_S_AWH65921_1_2014_06_28_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
BtPa_GD2013_NA_AIA62343_1_2013_China_Bat_Pipistrellus_bat_coronavirus_HKU5 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
HKU5_1_LMH03f_S_YP_001039962_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
LMH03f_S_ABN10875_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
TT06f_S_ABN10893_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
TT07f_S_ABN10902_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
YD13403_S_AWH65932_1_2013_06_03_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI
**************************************************
BY140535_S_AWH65910_1_2014_06_26_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
BY140562_S_AWH65921_1_2014_06_28_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMTLSKLAAELSNTFGA
BtPa_GD2013_NA_AIA62343_1_2013_China_Bat_Pipistrellus_bat_coronavirus_HKU5 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
HKU5_1_LMH03f_S_YP_001039962_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
LMH03f_S_ABN10875_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
TT06f_S_ABN10893_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
TT07f_S_ABN10902_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
YD13403_S_AWH65932_1_2013_06_03_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA
***********************************:**************
BY140535_S_AWH65910_1_2014_06_26_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
BY140562_S_AWH65921_1_2014_06_28_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
BtPa_GD2013_NA_AIA62343_1_2013_China_Bat_Pipistrellus_bat_coronavirus_HKU5 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
HKU5_1_LMH03f_S_YP_001039962_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
LMH03f_S_ABN10875_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
TT06f_S_ABN10893_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
TT07f_S_ABN10902_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
YD13403_S_AWH65932_1_2013_06_03_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA
**************************************************
BY140535_S_AWH65910_1_2014_06_26_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
BY140562_S_AWH65921_1_2014_06_28_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
BtPa_GD2013_NA_AIA62343_1_2013_China_Bat_Pipistrellus_bat_coronavirus_HKU5 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
HKU5_1_LMH03f_S_YP_001039962_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
LMH03f_S_ABN10875_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
TT06f_S_ABN10893_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
TT07f_S_ABN10902_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH
YD13403_S_AWH65932_1_2013_06_03_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTAH
************************************************:*
BY140535_S_AWH65910_1_2014_06_26_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 VNATAAYGLCNSENPPKCIAPIDGYFVLNQTTSAARSSDDQQWYYTGSSF
BY140562_S_AWH65921_1_2014_06_28_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 INATAAYGLCNTENPPKCIAPIDGYFVLNQTTSTV-ANSDQQWYYTGSSF
BtPa_GD2013_NA_AIA62343_1_2013_China_Bat_Pipistrellus_bat_coronavirus_HKU5 VNATAAYGLCNTENPPKCIAPIDGYFVLNQTISTV-ANSDQQWYYTGSSF
HKU5_1_LMH03f_S_YP_001039962_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 VNATAAYGLCNTENPQKCIAPIDGYFVLNQTTSTV-ADSDQQWYYTGSSF
LMH03f_S_ABN10875_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 VNATAAYGLCNTENPQKCIAPIDGYFVLNQTTSTV-ADSDQQWYYTGSSF
TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 VNATAAYGLCNTENPPKCIAPIDGYFVLNQTTSTARSSGDQHWYYTGSSF
TT06f_S_ABN10893_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 VNATAAYGLCNTENPPKCIAPIDGYFVLNQTTSTARSSGDQHWYYTGSSF
TT07f_S_ABN10902_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 VNATAAYGLCNTENPPKCIAPIDGYFVLNQTTSTARSSGDQHWYYTGSSF
YD13403_S_AWH65932_1_2013_06_03_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 VNATAAYGLCNTETPPKCVAPIDGYFVLNQTTTTARVGADQQWYYTGSSF
:**********:*.* **:************ ::. . **:********
BY140535_S_AWH65910_1_2014_06_26_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 FHPEPITEANSKYVSMDVKFENLTNRLPPPLLSNSTDLDFKDELEEFFKN
BY140562_S_AWH65921_1_2014_06_28_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 FHPEPITEANSKYVSMDVKFKNLTNKLPPPLLSNSTDLDFKEKLEEFFKN
BtPa_GD2013_NA_AIA62343_1_2013_China_Bat_Pipistrellus_bat_coronavirus_HKU5 FYPEPITEANSKYVSMDVKFENLTNRLPPPLLSNSTDLDFKEELEEFFKN
HKU5_1_LMH03f_S_YP_001039962_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 FHPEPITEANSKYVSMDVKFENLTNRLPPPLLSNSTDLDFKEELEEFFKN
LMH03f_S_ABN10875_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 FHPEPITEANSKYVSMDVKFENLTNRLPPPLLSNSTDLDFKEELEEFFKN
TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 FHPEPITEANSKYVSMDVKFENLTNKLPPPLLSNSTDLDFKDELEEFFKN
TT06f_S_ABN10893_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 FHPEPITEANSKYVSMDVKFENLTNKLPPPLLSNSTDLDFKDELEEFFKN
TT07f_S_ABN10902_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 FHPEPITEANSKYVSMDVKFENLTNKLPPPLLSNSTDLDFKDELEEFFKN
YD13403_S_AWH65932_1_2013_06_03_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 FHPEPITEANSKYVSMDVKFENLTNRLPPPLLSNSTDLDFKEELEEFFKN
*:******************:****:***************::*******
BY140535_S_AWH65910_1_2014_06_26_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 VSSQRPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
BY140562_S_AWH65921_1_2014_06_28_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 VSSQGPNFQEISKNYTTLLNLNTKLMVLSEVVKQLNESYIDLKELGNYTF
BtPa_GD2013_NA_AIA62343_1_2013_China_Bat_Pipistrellus_bat_coronavirus_HKU5 VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
HKU5_1_LMH03f_S_YP_001039962_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
LMH03f_S_ABN10875_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
TT06f_S_ABN10893_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
TT07f_S_ABN10902_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
YD13403_S_AWH65932_1_2013_06_03_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF
**** ******** ********:**************************
BY140535_S_AWH65910_1_2014_06_26_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
BY140562_S_AWH65921_1_2014_06_28_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
BtPa_GD2013_NA_AIA62343_1_2013_China_Bat_Pipistrellus_bat_coronavirus_HKU5 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
HKU5_1_LMH03f_S_YP_001039962_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
LMH03f_S_ABN10875_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
TT06f_S_ABN10893_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
TT07f_S_ABN10902_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
YD13403_S_AWH65932_1_2013_06_03_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD
**************************************************
BY140535_S_AWH65910_1_2014_06_26_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 EYEVEKIHVH
BY140562_S_AWH65921_1_2014_06_28_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 EYEVEKIHIH
BtPa_GD2013_NA_AIA62343_1_2013_China_Bat_Pipistrellus_bat_coronavirus_HKU5 EYEVEKIHVH
HKU5_1_LMH03f_S_YP_001039962_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 EYEVEKIHVH
LMH03f_S_ABN10875_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 EYEVEKIHVH
TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 EYEVEKIHVH
TT06f_S_ABN10893_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 EYEVEKIHVH
TT07f_S_ABN10902_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 EYEVEKIHVH
YD13403_S_AWH65932_1_2013_06_03_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 EYEVEKIHVH
********:*
>BY140535_S_AWH65910_1_2014_06_26_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 ATGATACGCTCAGTGTTAGTACTGATGTGCTCGTTAACTTTTATAGGAAACCGCACAAGCAGTCAAAGCGTTGATGTTGGTCCTGTTGGTTCGGGTTCCTGTCTACGGTCTCAAGTTAGACCTGAATATTTTGACATTGTCCGTAATACATGGCCAATGCCTATTGACACGAGTAAGGCTGATGGTGTCATTTACCCTAATGGCAAGTCCTACTCTAATATTACTCTAACTTATACTGGGCTGTACCCAAAGGCCAATGACCTTGGTAAGCAGTATTTGTTTTCTGACGGACATAGTGCTCCTAATCAGCTTAATGATCTATTTGTCAGTAATTATTCTGCACAGGTGGAGTCTTTTGATGATGGTTTCGTTGTTCGTATTGGAGCTGCTTCCAATAAGACCGGAACCACTGTCATCTCTCAAACAACTTTTAAACCCATTAAGAAAATATACCCTGGTTTTATGCTAGGGCATGCAGTGGGTAATTATACACCTACTAATATTACAGGCCGTTATCTTAACCACACTCTTGTCATCCTACCGGATGGATGTGGTACTCTAGTTCACGCATTCTACTGCGTTCTACAACCTCGCACAGAGGCTAATTGTCCTGGTGCTTTTTCATTCACTTCTGTCACATTGTGGGACACCCCTGCAACTGATTGTGCATCATCTGATGTTTACAATTCTTTGGCAAATTTGAATGCTTTCAAATTGTATTTTGACCTGCTTAATTGCACGTTCAAATACAATTATACTATAACAGAGGATGAAAACGCTGAGTGGTTTGGCATTACCCAAGATACACAAGGCGTACACCTCTATTCCTCTCGAAAAGAGAACGTGTTTAGAAACAACATGTTCCACTTTGCTACATTACCTGTGTACCAGAAAATCCTCTATTACACAGTCATTCCGCGCAGTATCAGAAGTCCTTTCAATGATAGAAAGGCCTGGGCTGCCTTCTACATTTATAAACTATATCCCCTCACATATCTGTTAAATTTTGATGTGGAGGGCTATATAACTAAAGCGGTAGACTGTGGCTATGATGATTTCGCACAGCTACAATGTTCATATGAAAACTTCGATGTTGAAACAGGTGTTTACTCTGTTTCATCCTTCGAAGCTTCTCCTAGAGGTGAGTTCATTGAACAGGCAACAACTCAAGAGTGTGATTTCTCACCTATGTTGACTGGTACACCTCCTCCTATATATGATTTCAAAAGGTTGGTCTTCACCAATTGCAATTACAACTTAACAAAACTCCTCTCACTGTTTCAAGTGAGTGAGTTTTCCTGTCATCAAGTATCGCCTAGTAGTCTTGCTACTGGCTGTTACTCTTCTCTTACGGTGGACTACTTTTCGTACCCCACTAGTATGAGTTCTTATCTGCAACCTGGCTCCGCTGGAGAAATTGTGCAGTTTAATTACAAACAAGACTTTAGCAATCCCACGTGTAGAGTGCTTGCTACTGTTCCACAAAACCTTACATCAATTACTAAACCCAGTAATTATGTTCATCTTACAGAGTGTTACAAGTTCATAGCACATGGTAAGAATTACTTGTATAATGCCCCTGGTGGTTACACTCCTTGCTTATCTTTAGCCTCTAGTGGGTTTTCACGTGATAGACAGTCTCACAGTCAGGAATTACCTGATGGTAGTTTCTTAACTACTACTGGATCCGTTTACTCTGTAGGCTCTAACTTTCAAATGGCTTTCATCATTTCTGTCCAGTATGGAACTGACACTAATAGTGTCTGCCCCATGCAAGCATTAAGAAATGACACTAGCATTGAAGACAAGCTAGATGTTTGTGTTGAATACTCTCTCCATGGAATAACTGGCAGGGGAGTGTTCCATAATTGCACATCTGTTGGATTGAGAAACCAACGGTTTGTGTATGATACTTTCGACAATTTAGTTGGTTACCATTCAGATAATGGTAATTACTATTGTGTCAGACCTTGTGTCAGTGTGCCCGTCTCTGTGATTTATGACAAGGTATCTAATTCTCATGCCACATTATTTGGAAGCGTTGCATGTTCGCACGTTACCACTATGATGTCTCAATTCTCACGCATGACCAAAACCAATTTGCTCGCGCGTACTACTCGTGGCCCTTTGCAAACTACTGTTGGTTGTGCAATGGGCTTCATCAATTCTTCAATGGTTGTTGATGAATGTCAACTTCCCCTTGGTCAATCACTTTGTGCCATTCCACCAACTACTCCTTCACGCGTT---CTGCGTGCTGCTTCTGGCGTGCCTCACGTCTTTCAAATCGCTACCCTTAATTTTACTAGTCCACTAACACTAACACCAATAAATTCCACTGGATTTGTTGTTGCAGTGCCGACTAATTTCACATTTGGTGTCACTCAAGAATTCATTGAGACTACCATTCAAAAGATTACTGTAGATTGCAAGCAGTACGTTTGTAATGGTTTTAAGAAGTGCGAAGACTTGCTTAAAGAATATGGTCAGTTCTGCTCTAAAATTAACCAGGCTCTTCATGGTGCAAACCTACGTCAAGATGAGTCTATTGCTAATCTATTTTCAAGTATTAAAACCCAGAATACCCAGCCTCTTCAGGCGGGATTAAATGGTGATTTTAACTTGACAATACTTCAAATACCTCAAGTATCTACGGGTGAACGTAAGTACAGGAGTGCTATCGAAGACCTTCTTTTCAATAAGGTTACTATTGCTGATCCTGGTTATATGCAAGGCTATGATGAGTGCATGCAACAAGGTCCTCAGTCAGCTCGTGACTTGATCTGTGCTCAATATGTTGCTGGTTACAAAGTGTTACCACCCTTGTATGACCCCTATATGGAAGCTGCTTATACATCTTCCCTATTGGGCAGTATTGCTGGTGCTAGTTGGACAGCTGGTCTGTCATCTTTCGCAGCAATACCATTTGCACAAAGTATCTTTTATCGCTTGAACGGTGTTGGCATTACTCAGCAGGTTCTGTCTGAGAATCAAAAGATTATTGCTAACAAGTTCAATCAAGCTCTTGGCGCCATGCAAACTGGCTTTACTACTACTAACCTAGCTTTTAACAAGGTTCAGGACGCAGTAAATGCTAACGCCATGGCTCTCTCTAAACTAGCTGCGGAATTGTCTAATACTTTCGGTGCTATTTCATCCTCTATCAGTGACATCCTTGCAAGGCTTGACACTGTCGAACAAGAGGCACAAATTGATCGACTGATCAATGGCCGCCTTACATCTCTTAATGCATTCGTTGCGCAACAACTTGTGCGTACTGAAGCTGCTGCTAGATCCGCCCAATTGGCTCAAGATAAGGTCAATGAGTGCGTCAAATCGCAATCCAAACGGAATGGATTCTGCGGAACTGGTACACATATTGTCTCATTTGCCATTAATGCTCCTAATGGCCTCTACTTTTTCCATGTTGGTTATCAGCCAACATCCCATGTTAATGCAACTGCCGCTTATGGCCTTTGCAACTCCGAAAATCCACCAAAGTGCATTGCACCCATTGATGGATACTTCGTTCTTAATCAAACTACCAGCGCTGCAAGAAGCAGTGATGACCAGCAATGGTATTATACTGGTAGTTCTTTCTTCCATCCGGAACCCATTACAGAAGCAAATTCTAAGTATGTGTCCATGGATGTAAAATTTGAAAACCTCACTAATAGACTTCCTCCACCACTCCTTAGCAATTCCACAGATTTGGATTTCAAGGATGAGCTGGAAGAATTCTTCAAAAATGTCTCCTCACAACGACCAAACTTCCAGGAGATTTCTAAGATTAACACTACACTGCTTAACCTCAACACAGAGTTGATGGTGCTTAGTGAAGTAGTTAAACAATTAAATGAATCCTATATCGACTTGAAAGAGTTGGGGAATTATACTTTTTACCAGAAATGGCCATGGTACATATGGCTTGGTTTTATTGCAGGGCTTGTCGCTCTAGCTCTTTGTGTGTTCTTCATTTTATGCTGTACTGGTTGCGGTACCAGCTGTTTGGGGAAACTAAAATGTAATCGTTGTTGTGACTCGTATGATGAGTATGAGGTCGAGAAGATCCATGTTCAT >BY140562_S_AWH65921_1_2014_06_28_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 ATGATACGCTCAGTGTTAGTACTGATGTGCTCGTTAACTTTTATAGGAAACCGCACAAGCAGTCAAAGCGTTGATGTTGGCTCTGCTGGTTCAGGTTCTTGTTTACGGTCTCAAGTTAGACCAGAATACTTTGACATTGCCCGCAACACATGGCCAATGCCTATTGATACGAGTAAGGCTGAAGGTGTCATTTACCCTAATGGCAAGTCATACTCTAATATTTCTCTAACTTATACAGGACTGTACCCAAAGGCTAATGACCTTGGTAAACAGTATTTGTTTTCTGATGGACACAGCGCTCCTAATCAGCTTAATGATCTATTTGTCAGTAATTATTCTGCACAAGTGGAGTCTTTTGATGATGGTTTCGTCGTCCGTATTGGAGCTGCTTCCAATAAGACCGGAACCACTGTCATTTCCCAAACAACTTTTAAACCCATCAAGAAAATATACCCTGGCTTTATGCTAGGGCATGCAGTGGGTAACTACACACCTACCAACATCACAGGTCGTTATTTTAACCACACTCTTGTCATCCTACCAGATGGCTGTGGTACTCTAGTTCATGCCTTCTATTGCATTCTTCAACCTCGCACACAGGCTTATTGTCCTGGTGCTTCCTCATTCACATCTGTCACATTATGGGACACCCCCGCAACTGATTGTGCACCCTCTGGTGTTTACAATCCTTTGGCAAATTTGAATGCTTTCAAATTGTATTTTGATCTGCTCAATTGCACGTTCAAATATAACTATACTATAACTGAGGATGAAAATGCTGAGTGGTTTGGCATAACCCAAGATACACAAGGCGTCCACCTCTATTCATCTCGAAAAGAGAATGTGTTTAGAAACAACATGTTCCACTTTGCCACTTTACCTGTGTACCAGAAAATCCTCTATTACACAGTCATTCCTCGCAGTATCCGAAGTCCTTTCAATGATAGAAAAGCTTGGGCTGCCTTCTACATTTATAAACTACATCCACTCACATATTTGCTAAATTTTGATGTGGAGGGCTATATAACAAAAGCGGTAGACTGTGGCTATGATGATTTCGCACAGCTACAATGTTCATATGAAAACTTCGATGTTGAAACCGGTGTCTACTCCGTTTCTTCCTTCGAAGCTTCTCCTAGAGGTGAGTTTATTGAACAAGCCACAACAGAAGAGTGTGATTTCACACCTATGTTGACTGGCACACCTCCTCCTATATATAATTTCAAAAGGTTGGTTTTCACCAATTGCAATTACAACTTAACAAAACTCCTTTCACTGTTCCAAGTGAGTGAGTTTTCTTGTCACCAAGTTTCACCTAGTAGTCTTGCTACTGGCTGTTACTCTTCTCTTACAGTGGACTATTTTGCATACTCCACTGAAATGAGTTCTTACCTGCAACCTGGCTCCGCGGGAGAAATTGGGCAGTTTAATTACAAACAAGACTTTAGCAATCCCACGTGTAGGGTGCTTGCTACTGTTCCACAAAATCTTACTACAATTACTAAACCTAGTAATTATGCTTATCTTACAGAGTGTTATAAAACCAGTTCATATGGCAAGAATTACTTGTACAATGCACCTGGCGGTTACACTCCTTGTTTGTCTTTAGCCTCCCGTGGGTTCTCTACTAAATACCAGTCATATAGT------------GACGGA---GAGCTTACTACCACGGGTTACGTCTACCCTGTAAGTGGCAACCTTCAAATGGCTTTTATTATTTCTGTTCAGTATGGAACTGACACTAACAGTGTCTGCCCCATGCAAGCATTAAGAAATGACACTAGCATTGAAGACAAGCTAGACGTTTGTGTTGAATACTCCCTCCATGGTATAACAGGAAGAGGAGTTTTCCACAATTGCACATCTGTTGGACTGAGAAACCAGCGGTTTGTGTATGATACTTTCGACAATTTAGTTGGTTACCATTCAGACAATGGTAATTACTATTGTGTCAGACCATGTGTCAGTGTGCCTGTCTCTGTGATCTATGACAAGGCATCTAATTCTCACGCTACATTATTTGGAAGCGTTGCATGTTCGCACGTTACCACTATGATGTCGCAATTTTCACGCATGACTAAAACTAATTTGCTCGCGCGTACAACTCCAGGTCCATTGCAAACTACTGTTGGTTGTGCAATGGGCTTCATCAATTCCTCAATGGTAGTTGATGAATGTCAACTTCCACTTGGTCAATCACTTTGTGCTATTCCACCAACTACTTCTTCACGCGTT---CGACGTGCTACTTCTGGTGTACCTGATGTGTTTCAAATCGCCACTCTCAACTTTACTAGTCCACTAACACTTGCACCAATAAATTCCACTGGGTTTGTTGTTGCAGTGCCGACTAATTTCACATTTGGTGTCACTCAAGAATTCATTGAGACTACCATTCAAAAGATTACTGTCGATTGCAAGCAGTACGTTTGTAATGGTTTTAAGAAGTGCGAAGACTTGCTCAAAGAATATGGCCAGTTTTGCTCTAAAATTAACCAGGCTCTTCGTGGTGCAAACCTACGTCAAGATGAGTCTATTGCTAATCTATTTTCAAGTATTAAAACCCAGAACACCCAGCCTCTTCAGGCGGGATTGAATGGTGATTTTAACTTGACAATGCTTCAAATACCTCAAGTTACTACAGGTGAACGTAAGTACAGAAGTGCTATAGAAGACCTTCTTTTCAATAAGGTTACTATTGCGGATCCTGGCTATATGCAAGGGTATGATGAATGTATGCAGCAAGGTCTTCAGTCAGCTCGAGACTTGATCTGTGCACAATATGTTGCTGGCTACAAAGTGTTGCCACCTTTATATGACACCTATATGGAAGCTGCTTATACTTCTTCTCTATTGGGCAGTATTGCTGGAGCTAGTTGGACAGCAGGTCTGTCATCTTTCGCAGCAATACCATTTGCACAAAGCATCTTTTATCGCTTGAATGGTGTTGGTATCACTCAGCAGGTTCTGTCTGAGAATCAAAAGATTATTGCCAACAAGTTCAATCAAGCTCTTGGTGCCATGCAAACTGGCTTTACTACTACTAATCTTGCATTTAACAAGGTTCAGGATGCAGTAAATGCTAATGCCATGACTCTCTCTAAACTAGCTGCGGAATTGTCTAATACTTTCGGTGCTATTTCATCTTCTATCAGTGACATCCTTGCTAGGCTTGACACTGTTGAACAAGAGGCACAAATTGATCGACTGATTAATGGCCGTCTCACATCCCTTAACGCATTCGTTGCGCAACAACTTGTGCGTACTGAAGCTGCTGCCAGATCCGCCCAATTGGCCCAAGACAAGGTCAATGAGTGCGTAAAATCGCAATCCAAACGGAACGGATTCTGCGGAACTGGTACACATATTGTCTCATTTGCCATTAATGCTCCTAATGGCCTCTACTTCTTTCATGTTGGCTATCAACCAACATCACATATTAATGCAACTGCCGCATATGGCCTTTGCAACACTGAAAATCCACCAAAGTGCATTGCACCTATTGATGGATACTTCGTTCTAAATCAAACTACCAGCACTGTT---GCAAACAGTGACCAACAATGGTATTATACTGGTAGTTCATTCTTCCATCCGGAACCCATCACAGAAGCAAATTCTAAGTATGTGTCCATGGATGTAAAATTCAAAAACCTCACTAATAAACTTCCTCCACCGCTCCTTAGTAATTCCACAGATTTGGATTTCAAGGAAAAGCTGGAGGAATTTTTCAAAAACGTCTCCTCACAAGGACCAAACTTCCAGGAGATTTCTAAGAATTACACTACACTGCTTAACCTCAACACAAAGTTGATGGTGTTGAGTGAAGTTGTTAAACAGTTAAATGAATCCTATATCGACTTGAAAGAGTTGGGGAATTATACTTTTTACCAGAAATGGCCATGGTACATATGGCTTGGATTTATTGCAGGGCTTGTTGCTCTTGCTCTTTGTGTGTTCTTCATTCTATGCTGTACTGGTTGTGGTACCAGCTGCTTGGGGAAACTAAAATGTAATCGTTGTTGTGACTCGTATGATGAGTATGAGGTCGAGAAGATCCATATTCAT >BtPa_GD2013_NA_AIA62343_1_2013_China_Bat_Pipistrellus_bat_coronavirus_HKU5 ATGATACGCTCAGTGTTAGCACTGATGTGCTCGTTAACTTTTATAGGAAACCGCATAAGCAGTCAAAGCGTTGATGTTGGCTCTGCTGGTTCGGGTTCCTGTCTAAGGTCTCAAGTTAGACCAGAATACTTTGACATTGTCCGTAATACATGGCCAATGCCTATAGACACTAGTAAGGCTGAAGGTGTCATTTACCCTAATGGCAAGTCATACTCCAATATTTCTTTAACTTATACAGGACTGTATCCAAAGGCCAATGACCTAGGCAAACAGTATTTGTTTTCTGATGGACACAGTGCTCCTAATCAGCTTAATGATCTATTTGTCAGTAATTATTCTGCACAGGTGGAGTCTTTTGATGATGGTTTCGTTGTTCGTATTGGAGCAGCTTCCAATAAGACCGGAACCACTGTCATCTCTCAAACAACTTTCAAACCCATTAAGAAAATATACCCTGGCTTTATGCTAGGGCATGCTGTGGGTAATTATACACCTACCAACATCACAGGTCGTTACCTTAACCACACACTTGTCATCCTACCGGATGGCTGTGGTACCCTAGTTCACGCATTTTATTGCGTCCTACAACCTCGCACACAGGCTAATTGTCCTGGTGCTTCTTCATTCACATCTGTCACATTGTGGGACACTCCCGCAACGGATTGTGCACCAAATGGTGTTTACAACCCTTTGGCAAATTTGAATGCTTTCAAATTGTACTTTGATCTGCTTAATTGCACGTTCAAATACAATTATACTATAACAGAGGATGAGAACGCTGAGTGGTTTGGCATAACCCAAGACACACAAGGCGTACACCTCTATTCATCTCGAAAAGAGAATGTGTTCAGAAACAACATGTTCCACTTTGCTACATTACCTGTGTACCAGAAGATCCTCTATTACACAGTCATTCCTCGCAGTATTCGAAGTCCTTTCAATGACAGAAAGGCTTGGGCTGCCTTCTACATTTATAAACTACATCCACTCACATATCTGCTAAATTTTGATGTGGAGGGCTACATAACTAAAGCGGTAGACTGTGGCTATGATGATTTCGCACAGCTACAATGTTCGTATGAAAACTTCGATGTTGAAACAGGTGTTTATTCAGTCTCATCTTTCGAAGCTTCTCCTAGAGGTGAGTTCATTGAACAGGCAGTAACTGAAGAGTGTGATTTCACACCTATGTTAACTGGCACACCTCCTCCTATATATAATTTCAAAAGGTTGGTTTTCACCAATTGCAATTACAACTTAACAAAACTCCTTTCACTTTTTCAAGTGAGTGAGTTTTCTTGTCATCAAGTCTCACCTAGTAGTCTTGCTACTGGCTGTTACTCTTCTCTTACAGTCGATTATTTTGCATACTCCACTGATATGAGTTCTTACCTGCAACCTGGCTCCGCTGGAGAAATTGTGCAGTTTAATTACAAACAAGACTTTAGCAATCCCACGTGTAGAGTGCTTGCTACTGTTCCACAAAATCTTACTACAATTACTAAACCTAGTAATTACGCTTATCTTACAGAGTGTTATAAAACCACTGCATATGGCAAGAACTACTTGTACAATGCACCTGGCGGTTACACTCCTTGCTTGTCTTTAGCCTCTCGTGGGTTCTCTATTAAATATCAGTCACACAGT------------GATGGA---GAGTTAACCACCACTGGTTACATCTACCCTGTGAATGGCAATCTCCAAATGGCTTTTATTATTTCTGTTCAGTATGGCACTGACACTAATAGTGTCTGTCCCATGCAAGCTTTAAGAAATGACACTAGCATTGAAGATAAGCTAGATGTTTGTGTTGAATACTCCCTCCATGGAATAACAGGAAGAGGTGTTTTTCACAATTGCACATCTGTTGGATTGAGAAACCAGAGGTTTGTGTATGATACTTTCGACAATTTAGTTGGCTACCATTCTGATAATGGTAATTACTATTGTGTCAGACCATGTGTAAGTGTGCCTGTCTCTGTGATTTATGACAAGGTATCTAATTCCCATGCTACATTATTTGGTAGTGTTGCATGTTCGCACGTTACCACTATGATGTCGCAATTTTCACGCATGACCAAAACTAATTTGCTCGCGCGTACTACTCCTGGCCCTTTGCAAACCACTGTTGGTTGTGCAATGGGCTTCATCAATTCTTCAATGGTAGTTGACGAATGTCAGCTTCCACTTGGTCAATCACTTTGTGCTATTCCCCCCACCACTTCTTCACGCCTT---CGACGTGCTACTTCTGGCGTGCCTGATGTGTTTCAAATCGCCACTCTTAACTTTACTAGTCCCCTAACACTTGCACCAATAAATTCCACTGGATTTGTTGTTGCAGTGCCGACTAATTTTACATTTGGTGTCACTCAAGAATTCATTGAGACTACCATTCAAAAGATTACTGTTGATTGCAAGCAGTACGTTTGTAATGGTTTTAAGAAGTGCGAAGACTTGCTCAAAGAGTACGGCCAGTTTTGCTCTAAAATTAACCAGGCTCTTCATGGTGCAAACCTACGTCAAGATGAGTCTATTTCTAATCTATTCTCAAGTATTAAAACCCAGAATACCCAGCCTCTTCAGGCGGGATTGAATGGTGATTTTAACTTGACAATGCTTCAAATACCTCAAGTTACTACTGGTGAACGTAAGTACAGGAGTGCTATTGAAGACCTTCTTTTCAATAAGGTTACTATTGCTGACCCTGGCTATATGCAAGGCTATGATGAATGTATGCAGCAAGGTCCTCAGTCAGCTCGAGACTTGATCTGTGCACAATATGTCGCTGGCTACAAAGTGTTGCCACCTTTATATGACCCCTATATGGAAGCTGCTTACACTTCTTCCCTATTGGGTAGTATTGCTGGTGCTAGTTGGACAGCCGGTCTGTCATCTTTCGCTGCAATACCATTTGCACAAAGTATCTTTTATCGCTTGAATGGTGTTGGCATCACTCAGCAGGTTCTGTCTGAGAATCAGAAGATTATTGCCAACAAGTTCAACCAAGCTCTTGGCGCCATGCAAACTGGCTTTACTACCACTAACCTCGCTTTCAATAAGGTTCAGGATGCAGTAAATGCTAATGCCATGGCTCTTTCTAAACTAGCAGCGGAATTGTCTAACACTTTCGGTGCTATTTCATCCTCAATCAGTGACATCCTTGCAAGGCTTGACACTGTTGAACAAGAGGCTCAAATTGATCGATTGATCAATGGCCGTCTTACATCCCTTAACGCATTCGTTGCGCAACAACTTGTGCGTACTGAAGCTGCTGCTCGTTCCGCCCAATTGGCTCAAGATAAGGTCAATGAGTGCGTGAAATCGCAATCCAAACGGAATGGATTTTGCGGAACTGGTACACATATTGTCTCATTTGCCATTAATGCTCCTAATGGCCTCTATTTCTTCCATGTTGGTTATCAACCAACATCCCATGTTAATGCAACTGCCGCCTACGGCCTTTGCAACACTGAAAACCCACCAAAGTGCATTGCACCCATTGATGGGTATTTTGTCTTAAATCAAACTATCAGCACTGTT---GCAAACAGTGATCAACAATGGTATTATACTGGTAGTTCTTTCTTCTATCCGGAACCCATCACAGAAGCGAATTCTAAGTATGTGTCCATGGATGTAAAATTCGAAAACCTCACTAATCGACTCCCTCCACCTCTCCTTAGTAACTCCACAGATCTGGATTTCAAGGAAGAGCTGGAAGAATTCTTCAAAAACGTCTCCTCACAAGGACCAAACTTCCAGGAGATTTCTAAGATTAACACTACACTGCTCAACCTCAACACAGAGTTGATGGTGCTGAGTGAAGTTGTTAAACAATTAAATGAATCCTACATCGACTTGAAAGAGTTGGGGAATTATACTTTTTACCAGAAATGGCCATGGTACATATGGCTTGGATTTATTGCAGGGCTTGTCGCTCTTGCTCTTTGTGTGTTCTTCATTCTATGCTGTACCGGCTGTGGTACTAGCTGTTTGGGGAAACTAAAATGTAATCGTTGTTGTGACTCGTATGATGAGTATGAGGTCGAGAAGATCCATGTTCAT >HKU5_1_LMH03f_S_YP_001039962_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 ATGATACGCTCAGTGTTAGTACTGATGTGCTCGTTAACTTTTATAGGAAACCTCACAAGAGGTCAAAGTGTTGATATGGGACACAATGGCACTGGTTCATGTTTAGATTCCCAGGTACAACCTGATTATTTTGAATCTGTGCATACTACTTGGCCCATGCCTATTGACACGAGTAAGGCTGAAGGTGTCATTTATCCTAATGGCAAGTCCTACTCTAATATTACTCTAACTTATACGGGACTGTACCCCAAGGCTAATGACCTTGGTAAACAGTATTTATTCTCTGACGGACATAGTGCCCCAGGACGTCTTAATAACTTATTTGTCAGTAATTACTCCTCACAAGTGGAGTCCTTTGATGATGGCTTTGTGGTCCGTATTGGTGCTGCTGCCAATAAAACTGGAACCACTGTCATATCTCAATCCACATTTAAACCCATTAAGAAAATCTATCCAGCCTTTTTGCTTGGACATTCTGTGGGTAATTATACACCGTCCAATAGGACAGGTCGTTATCTCAACCACACGCTTGTCATCCTACCGGATGGCTGTGGTACTATTTTACATGCATTCTATTGTGTTCTTCACCCTCGCACACAACAAAATTGTGCTGGTGAAACAAATTTCAAATCCCTCTCGCTTTGGGATACTCCTGCATCAGACTGTGTC---TCTGGTTCTTATAACCAAGAAGCCACATTAGGTGCTTTCAAAGTGTATTTTGACTTGATTAATTGCACGTTCAGATACAATTATACTATAACAGAGGATGAAAACGCTGAGTGGTTCGGCATTACCCAAGACACACAAGGCGTTCACCTCTATTCATCTCGAAAAGAGAACGTGTTCAGAAATAACATGTTCCACTTTGCTACTTTACCTGTGTACCAGAAAATCCTCTATTACACAGTCATTCCTCGCAGCATCCGAAGTCCTTTCAATGACAGAAAAGCCTGGGCTGCATTCTACATTTATAAACTACATCCACTCACATATTTGCTAAATTTTGATGTGGAGGGCTATATAACTAAAGCTGTAGACTGTGGCTACGATGATCTAGCACAGCTACAATGTTCCTACGAATCCTTCGAAGTCGAAACAGGCGTTTATTCCGTTTCATCGTTCGAAGCTTCTCCTAGAGGTGAGTTCATTGAACAGGCAACAACTCAAGAGTGTGATTTCACACCTATGTTGACTGGTACACCTCCTCCTATATATAATTTCAAAAGGTTGGTCTTCACCAATTGCAATTACAACTTAACAAAACTCCTTTCACTGTTTCAAGTGAGCGAGTTTTCTTGTCATCAAGTTTCACCTAGTAGTCTTGCTACCGGTTGTTACTCTTCTCTTACAGTGGACTATTTCGCTTATTCCACTGATATGAGTTCTTACCTGCAACCTGGCTCCGCTGGAGCAATTGTGCAGTTTAATTACAAACAAGACTTTAGCAATCCCACGTGTAGAGTGCTTGCTACTGTTCCACAAAATCTTACTACAATTACTAAACCTAGTAATTATGCTTATCTTACAGAGTGTTATAAAACCAGTGCATATGGCAAGAATTACTTGTACAATGCGCCTGGCGCTTACACTCCTTGCTTATCTTTAGCCTCTCGTGGGTTCTCTACTAAATACCAGTCACATAGT------------GATGGC---GAGCTAACCACTACTGGTTACATTTATCCTGTCACTGGAAATCTTCAAATGGCTTTCATAATTTCTGTTCAGTATGGAACTGACACTAACAGTGTCTGCCCCATGCAAGCATTAAGAAATGATACTAGCATTGAAGATAAGCTAGACGTTTGTGTTGAATACTCGCTCCATGGTATAACTGGAAGGGGGGTTTTCCACAATTGCACATCTGTTGGACTGAGAAACCAGCGGTTTGTGTATGATACTTTCGACAATTTAGTTGGTTACCATTCTGACAATGGTAATTACTATTGTGTCAGACCTTGTGTCAGTGTGCCTGTCTCTGTGATTTACGACAAGGCATCTAATTCTCATGCTACATTATTCGGAAGCGTTGCATGTTCGCACGTTACCACAATGATGTCGCAATTTTCACGCATGACCAAAACTAATTTGCTCGCGCGTACAACTCCAGGTCCATTGCAAACTACTGTTGGTTGTGCAATGGGCTTTATCAATTCCTCAATGGTAGTTGACGAATGTCAACTTCCGCTTGGTCAATCACTTTGTGCTATTCCACCAACTACTTCTTCACGCGTT---CGACGTGCTACTTCTGGTGCATCTGATGTGTTTCAAATCGCCACTCTTAACTTTACTAGTCCATTAACACTCGCACCAATAAATTCTACTGGATTTGTTGTTGCTGTGCCGACTAATTTCACATTTGGTGTCACTCAAGAATTCATTGAGACTACCATTCAAAAGATTACTGTCGATTGCAAGCAGTACGTTTGTAATGGTTTTAAGAAGTGCGAAGACTTGCTCAAAGAATATGGCCAGTTTTGCTCTAAAATTAACCAGGCTCTTCATGGTGCAAACCTACGTCAAGACGAGTCTATTGCTAATCTATTTTCAAGTATTAAAACCCAGAATACCCAGCCTCTTCAGGCGGGATTGAATGGTGATTTTAACTTGACTATGCTTCAAATACCTCAAGTTACTACAGGTGAACGTAAGTACAGGAGTACTATCGAAGACCTTCTTTTCAATAAGGTTACTATTGCTGATCCTGGCTATATGCAAGGCTATGATGAATGTATGCAGCAAGGTCCTCAGTCAGCTCGAGACTTGATCTGTGCACAATATGTTGCTGGCTACAAAGTGCTGCCACCCTTATATGACCCCTATATGGAAGCTGCTTACACTTCTTCCCTATTGGGCAGTATTGCTGGTGCTAGTTGGACAGCAGGTCTGTCGTCTTTCGCAGCAATACCATTTGCACAAAGTATCTTTTATCGCTTGAATGGTGTTGGCATCACTCAGCAGGTTCTGTCTGAGAATCAGAAGATCATTGCCAACAAATTCAATCAAGCTCTTGGTGCCATGCAAACTGGCTTTACTACTACTAACCTTGCTTTCAACAAGGTTCAGGATGCAGTAAATGCTAATGCAATGGCTCTTTCCAAACTAGCTGCGGAATTGTCTAACACTTTCGGTGCTATTTCATCATCAATCAGTGACATCCTTGCAAGGCTTGACACTGTTGAACAAGAGGCTCAAATTGATCGGTTGATCAATGGACGTCTTACATCCCTTAACGCATTCGTTGCGCAACAACTCGTGCGTACTGAAGCTGCTGCTAGATCTGCCCAATTGGCTCAAGATAAGGTCAATGAGTGCGTGAAGTCGCAATCCAAACGGAATGGATTCTGCGGAACTGGCACACATATTGTTTCATTTGCCATTAATGCTCCTAATGGCCTCTACTTCTTCCATGTTGGTTACCAGCCAACATCCCATGTCAATGCAACTGCCGCTTATGGCCTTTGCAACACTGAAAATCCACAAAAGTGCATTGCACCTATTGATGGATACTTCGTCTTAAACCAAACTACCAGCACTGTC---GCAGACAGTGACCAACAATGGTATTATACTGGTAGTTCCTTCTTCCATCCTGAACCCATCACAGAAGCAAATTCTAAGTATGTGTCCATGGATGTAAAATTCGAAAACCTCACTAATAGGCTTCCTCCACCGCTCCTTAGTAATTCAACAGATTTGGATTTCAAGGAAGAGCTGGAAGAATTCTTCAAAAACGTCTCCTCACAAGGACCAAACTTCCAGGAGATTTCTAAGATTAACACTACACTGCTTAACCTCAACACAGAGTTGATGGTGCTGAGTGAAGTTGTTAAACAATTAAATGAATCCTATATCGACTTGAAAGAGTTGGGGAATTATACTTTTTACCAAAAATGGCCATGGTATATATGGCTTGGCTTTATTGCAGGGCTTGTTGCTCTTGCTCTTTGTGTGTTCTTCATCTTATGCTGTACTGGCTGTGGTACTAGCTGTTTGGGGAAACTAAAATGTAATCGTTGTTGTGACTCGTATGATGAGTATGAGGTCGAGAAGATCCATGTTCAT >LMH03f_S_ABN10875_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 ATGATACGCTCAGTGTTAGTACTGATGTGCTCGTTAACTTTTATAGGAAACCTCACAAGAGGTCAAAGTGTTGATATGGGACACAATGGCACTGGTTCATGTTTAGATTCCCAGGTACAACCTGATTATTTTGAATCTGTGCATACTACTTGGCCCATGCCTATTGACACGAGTAAGGCTGAAGGTGTCATTTATCCTAATGGCAAGTCCTACTCTAATATTACTCTAACTTATACGGGACTGTACCCCAAGGCTAATGACCTTGGTAAACAGTATTTATTCTCTGACGGACATAGTGCCCCAGGACGTCTTAATAACTTATTTGTCAGTAATTACTCCTCACAAGTGGAGTCCTTTGATGATGGCTTTGTGGTCCGTATTGGTGCTGCTGCCAATAAAACTGGAACCACTGTCATATCTCAATCCACATTTAAACCCATTAAGAAAATCTATCCAGCCTTTTTGCTTGGACATTCTGTGGGTAATTATACACCGTCCAATAGGACAGGTCGTTATCTCAACCACACGCTTGTCATCCTACCGGATGGCTGTGGTACTATTTTACATGCATTCTATTGTGTTCTTCACCCTCGCACACAACAAAATTGTGCTGGTGAAACAAATTTCAAATCCCTCTCGCTTTGGGATACTCCTGCATCAGACTGTGTC---TCTGGTTCTTATAACCAAGAAGCCACATTAGGTGCTTTCAAAGTGTATTTTGACTTGATTAATTGCACGTTCAGATACAATTATACTATAACAGAGGATGAAAACGCTGAGTGGTTCGGCATTACCCAAGACACACAAGGCGTTCACCTCTATTCATCTCGAAAAGAGAACGTGTTCAGAAATAACATGTTCCACTTTGCTACTTTACCTGTGTACCAGAAAATCCTCTATTACACAGTCATTCCTCGCAGCATCCGAAGTCCTTTCAATGACAGAAAAGCCTGGGCTGCATTCTACATTTATAAACTACATCCACTCACATATTTGCTAAATTTTGATGTGGAGGGCTATATAACTAAAGCTGTAGACTGTGGCTACGATGATCTAGCACAGCTACAATGTTCCTACGAATCCTTCGAAGTCGAAACAGGCGTTTATTCCGTTTCATCGTTCGAAGCTTCTCCTAGAGGTGAGTTCATTGAACAGGCAACAACTCAAGAGTGTGATTTCACACCTATGTTGACTGGTACACCTCCTCCTATATATAATTTCAAAAGGTTGGTCTTCACCAATTGCAATTACAACTTAACAAAACTCCTTTCACTGTTTCAAGTGAGCGAGTTTTCTTGTCATCAAGTTTCACCTAGTAGTCTTGCTACCGGTTGTTACTCTTCTCTTACAGTGGACTATTTCGCTTATTCCACTGATATGAGTTCTTACCTGCAACCTGGCTCCGCTGGAGCAATTGTGCAGTTTAATTACAAACAAGACTTTAGCAATCCCACGTGTAGAGTGCTTGCTACTGTTCCACAAAATCTTACTACAATTACTAAACCTAGTAATTATGCTTATCTTACAGAGTGTTATAAAACCAGTGCATATGGCAAGAATTACTTGTACAATGCGCCTGGCGCTTACACTCCTTGCTTATCTTTAGCCTCTCGTGGGTTCTCTACTAAATACCAGTCACATAGT------------GATGGC---GAGCTAACCACTACTGGTTACATTTATCCTGTCACTGGAAATCTTCAAATGGCTTTCATAATTTCTGTTCAGTATGGAACTGACACTAACAGTGTCTGCCCCATGCAAGCATTAAGAAATGATACTAGCATTGAAGATAAGCTAGACGTTTGTGTTGAATACTCGCTCCATGGTATAACTGGAAGGGGGGTTTTCCACAATTGCACATCTGTTGGACTGAGAAACCAGCGGTTTGTGTATGATACTTTCGACAATTTAGTTGGTTACCATTCTGACAATGGTAATTACTATTGTGTCAGACCTTGTGTCAGTGTGCCTGTCTCTGTGATTTACGACAAGGCATCTAATTCTCATGCTACATTATTCGGAAGCGTTGCATGTTCGCACGTTACCACAATGATGTCGCAATTTTCACGCATGACCAAAACTAATTTGCTCGCGCGTACAACTCCAGGTCCATTGCAAACTACTGTTGGTTGTGCAATGGGCTTTATCAATTCCTCAATGGTAGTTGACGAATGTCAACTTCCGCTTGGTCAATCACTTTGTGCTATTCCACCAACTACTTCTTCACGCGTT---CGACGTGCTACTTCTGGTGCATCTGATGTGTTTCAAATCGCCACTCTTAACTTTACTAGTCCATTAACACTCGCACCAATAAATTCTACTGGATTTGTTGTTGCTGTGCCGACTAATTTCACATTTGGTGTCACTCAAGAATTCATTGAGACTACCATTCAAAAGATTACTGTCGATTGCAAGCAGTACGTTTGTAATGGTTTTAAGAAGTGCGAAGACTTGCTCAAAGAATATGGCCAGTTTTGCTCTAAAATTAACCAGGCTCTTCATGGTGCAAACCTACGTCAAGACGAGTCTATTGCTAATCTATTTTCAAGTATTAAAACCCAGAATACCCAGCCTCTTCAGGCGGGATTGAATGGTGATTTTAACTTGACTATGCTTCAAATACCTCAAGTTACTACAGGTGAACGTAAGTACAGGAGTACTATCGAAGACCTTCTTTTCAATAAGGTTACTATTGCTGATCCTGGCTATATGCAAGGCTATGATGAATGTATGCAGCAAGGTCCTCAGTCAGCTCGAGACTTGATCTGTGCACAATATGTTGCTGGCTACAAAGTGCTGCCACCCTTATATGACCCCTATATGGAAGCTGCTTACACTTCTTCCCTATTGGGCAGTATTGCTGGTGCTAGTTGGACAGCAGGTCTGTCGTCTTTCGCAGCAATACCATTTGCACAAAGTATCTTTTATCGCTTGAATGGTGTTGGCATCACTCAGCAGGTTCTGTCTGAGAATCAGAAGATCATTGCCAACAAATTCAATCAAGCTCTTGGTGCCATGCAAACTGGCTTTACTACTACTAACCTTGCTTTCAACAAGGTTCAGGATGCAGTAAATGCTAATGCAATGGCTCTTTCCAAACTAGCTGCGGAATTGTCTAACACTTTCGGTGCTATTTCATCATCAATCAGTGACATCCTTGCAAGGCTTGACACTGTTGAACAAGAGGCTCAAATTGATCGGTTGATCAATGGACGTCTTACATCCCTTAACGCATTCGTTGCGCAACAACTCGTGCGTACTGAAGCTGCTGCTAGATCTGCCCAATTGGCTCAAGATAAGGTCAATGAGTGCGTGAAGTCGCAATCCAAACGGAATGGATTCTGCGGAACTGGCACACATATTGTTTCATTTGCCATTAATGCTCCTAATGGCCTCTACTTCTTCCATGTTGGTTACCAGCCAACATCCCATGTCAATGCAACTGCCGCTTATGGCCTTTGCAACACTGAAAATCCACAAAAGTGCATTGCACCTATTGATGGATACTTCGTCTTAAACCAAACTACCAGCACTGTC---GCAGACAGTGACCAACAATGGTATTATACTGGTAGTTCCTTCTTCCATCCTGAACCCATCACAGAAGCAAATTCTAAGTATGTGTCCATGGATGTAAAATTCGAAAACCTCACTAATAGGCTTCCTCCACCGCTCCTTAGTAATTCAACAGATTTGGATTTCAAGGAAGAGCTGGAAGAATTCTTCAAAAACGTCTCCTCACAAGGACCAAACTTCCAGGAGATTTCTAAGATTAACACTACACTGCTTAACCTCAACACAGAGTTGATGGTGCTGAGTGAAGTTGTTAAACAATTAAATGAATCCTATATCGACTTGAAAGAGTTGGGGAATTATACTTTTTACCAAAAATGGCCATGGTATATATGGCTTGGCTTTATTGCAGGGCTTGTTGCTCTTGCTCTTTGTGTGTTCTTCATCTTATGCTGTACTGGCTGTGGTACTAGCTGTTTGGGGAAACTAAAATGTAATCGTTGTTGTGACTCGTATGATGAGTATGAGGTCGAGAAGATCCATGTTCAT >TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 ATGATACGCTCAGTGTTAGTACTGATGTGCTCGTTAACTTTTATAGGAAACCGCACAAGCTGTCAAAGCGTTGATATTGGCACGCCTGTCACGGGTTCATGTCTACGGTCTCAAGTTAGACCAGAATATTTTGACATTGTCCATAACACATGGCCAATGCCTATTGATACGAGTAAGGCTGAAGGTGTCATTTACCCTAATGGCAAGTCATACTCTAATATTTCCCTAACTTATACTGGACTGTACCCAAAGGCTAAGGACCTTGGCAAACAGTATTTGTTTTCTGATGGACACAGTGCTCCTAATCAGCTTAATGATCTATTTGTCAGTAATTATTCTGCACAGGTAGAGTCTTTTGATGATGGTTTCGTTGTTCGTATTGGAGCAGCTTCCAATAAGACCGGAACCACTGTCATCTCTCAAACAACTTTTAAACCCATTAAGAAAATATACCCTGGCTTTATGCTAGGGCATGCTGTGGGTAATTACACACCTACCAACATCACAGGTCGGTATCTTAACCACACCCTTGTAATCCTACCGGATGGCTGTGGTACTCTAGTTCATGCATTCTATTGCATCCTTCAACCTCGCACACAGGCTAACTGTCCTGGTGCTTCTTCATTCACATCTGTCACATTGTGGGACACTCCCGCAACAGATTGCGCACCAAGTGGTGTTTACAATTCTTTGGCAAATTTGAATGCTTTTAAATTGTATTTTGACCTGATCAATTGCACGTTCAGATACAATTATACTATAACAGAGGATGAAAATGCTGAGTGGTTTGGCATTACCCAAGATACACAAGGCGTTCACCTCTATTCCTCTCGAAAAGAGAACGTGTTCAGAAATAACATGTTCCACTTTGCTACTTTACCTGTGTATCAGAAAATTCTCTATTACACAGTCATTCCTCGCAGCATCCGAAGTCCTTTCAATGACAGAAAAGCTTGGGCTGCCTTCTACATTTATAAACTACATCCACTCACATATTTGCTAAATTTTGATGTGGAGGGCTATATAACCAAAGCTGTAGACTGTGGCTATGATGATTTTGCACAGCTACAATGTTCATATGAAAACTTCGATGTTGAAACTGGTGTTTATTCCGTTTCATCTTTCGAAGCTTCTCCTAGAGGTGAGTTTATTGAACAGGCAACAACTCAAGAGTGTGATTTCACACCCATGTTGACTGGCACACCTCCTCCTATATATGATTTCAAAAGGTTGGTTTTCACCAATTGCAATTACAACTTAACAAAACTCCTTTCACTTTTCCAAGTGAGTGAGTTTTCGTGTCATCAAGTTTCACCTAGTAGTCTTGCTACTGGCTGTTACTCTTCTCTTACAGTGGATTATTTTGCATACTCCACTGATATGAGTTCTTACCTGCAACCTGGCTCCGCTGGAGAAATTGTGCAGTTTAATTACAAACAAGACTTTAGCAATCCCACGTGTAGAGTGCTCGCTACTGTTCCAACCAATCTTACTACAATTACTAAATCTAGTAATTATGTTCATCTTACGGAGTGTTATAAAAGCACCGCATATGGCAAGAATTACTTGTACAATGCACCTGGTGGCTACACTCCTTGTCTATCTCTCGCATCGCGCGGGTTTACTACTAACCGTCAATCACACAGCCTTGAGCTGCCTGATGGT---TATTTAGTCACAACAGGTTCTGTCTACCCCGTAAATGGTAACCTTCAAATGGCTTTCATTATTTCTGTTCAGTATGGAACTGACACTAATAGTGTCTGTCCCATGCAAGCTCTAAGAAATGACACTAGCATTGAAGATAAGCTAGATGTCTGTGTTGAATACTCCCTTCATGGCATAACAGGAAGAGGAGTATTTCACAATTGCACATCTGTTGGACTGAGAAACCAGCGGTTTGTGTATGATACTTTCGACAACCTAGTTGGTTACCATTCAGATAATGGTAATTACTATTGTGTCAGACCTTGTGTTAGTGTGCCTGTCTCTGTGATTTATGACAAGGCATCTAATTCTCATGCCACACTATTTGGAAGCGTTGCATGTTCGCACGTTACCACTATGATGTCGCAATTTTCACGCATGACCAAAACTAATTTGCTCCCGCGTACAACTCCTGGACCATTGCAAACTACTGTTGGTTGTGCAATGGGCTTCATTAATTCTTCAATGGTAGTTGATGAATGTCAACTTCCTCTTGGTCAATCACTTTGTGCTATTCCACCAACTACTTCTACACGCTTT---CGACGTGCTACTTCT---ATACCTGATGTGTTTCAAATCGCCACTCTAAACTTTACTAGTCCTTTAACACTCGCACCAATAAATTCAACTGGATTTGTTGTTGCGGTGCCGACTAATTTCACATTTGGTGTTACTCAAGAATTCATTGAGACTACCATTCAAAAGATTACTGTCGATTGCAAGCAGTACGTTTGTAATGGTTTTAAGAAGTGCGAAGACTTGCTCAAAGAATATGGCCAGTTTTGCTCTAAAATTAACCAGGCTCTTCATGGTGCAAACCTACGTCAAGATGAGTCTATTGCTAATCTATTTTCAAGTATTAAAACCCAGAATACCCAGCCTCTTCAGGCGGGATTGAATGGTGATTTTAACTTGACAATGCTTCAAATACCTCAAGTTACTACAGGTGAACGTAAGTACAGGAGTACTATCGAAGACCTTCTTTTCAATAAGGTTACTATTGCTGATCCTGGCTATATGCAAGGCTATGATGAATGTATGCAGCAAGGTCCTCAGTCAGCTCGAGACTTGATCTGTGCACAATATGTTGCTGGCTACAAAGTGCTGCCACCCTTATATGACCCCTATATGGAAGCTGCTTACACTTCTTCCCTATTGGGCAGTATTGCTGGTGCTAGTTGGACAGCAGGTCTGTCGTCTTTCGCAGCAATACCATTTGCACAAAGTATCTTTTATCGCTTGAATGGTGTTGGCATCACTCAGCAGGTTCTGTCTGAGAATCAGAAGATCATTGCCAACAAATTCAATCAAGCTCTTGGTGCCATGCAAACTGGCTTTACTACTACTAACCTTGCTTTCAACAAGGTTCAGGATGCAGTAAATGCTAACGCAATGGCTCTTTCCAAATTAGCTGCGGAATTATCTAACACTTTCGGTGCTATTTCATCTTCTATCAGTGACATCCTCGCGAGGCTTGACACTGTTGAACAAGAGGCACAAATTGATCGACTGATCAATGGCCGTCTTACATCTCTTAACGCATTCGTTGCGCAACAACTTGTGCGTACTGAAGCTGCTGCCAGATCCGCTCAATTGGCCCAAGATAAGGTCAATGAGTGCGTCAAATCGCAATCCAAACGAAATGGATTTTGCGGAACTGGCACACATATTGTTTCATTTGCCATTAATGCCCCTAATGGCCTCTATTTTTTCCATGTTGGTTACCAGCCAACATCCCATGTTAATGCAACCGCTGCCTACGGCCTTTGCAACACTGAGAATCCACCAAAGTGCATTGCACCTATTGATGGCTACTTTGTTTTAAATCAAACTACCAGCACTGCAAGAAGTAGTGGAGACCAACATTGGTATTATACTGGTAGTTCTTTCTTCCATCCTGAACCCATCACAGAAGCAAATTCTAAGTATGTGTCCATGGATGTAAAATTCGAGAACCTCACTAATAAACTTCCTCCACCTCTCCTTAGTAATTCCACAGATTTGGATTTCAAGGATGAGCTGGAGGAATTTTTCAAAAACGTCTCCTCACAAGGACCAAACTTCCAGGAGATTTCTAAGATTAACACTACACTGCTTAACCTCAACACAGAGTTGATGGTGCTGAGTGAAGTTGTTAAACAATTAAATGAATCCTATATCGACTTGAAAGAGTTGGGGAATTATACTTTTTACCAAAAATGGCCATGGTATATATGGCTTGGCTTTATTGCAGGGCTTGTTGCTCTTGCTCTTTGTGTGTTCTTCATCTTATGCTGTACTGGCTGTGGTACTAGCTGTTTGGGGAAACTAAAATGTAATCGTTGTTGTGACTCGTATGATGAGTATGAGGTCGAGAAGATCCATGTTCAT >TT06f_S_ABN10893_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 ATGATACGCTCAGTGTTAGTACTGATGTGCTCGTTAACTTTTATAGGAAACCGCACAAGCTGTCAAAGCGTTGATATTGGCACGCCTGTCACGGGTTCATGTCTACGGTCTCAAGTTAGACCAGAATATTTTGACATTGTCCATAACACATGGCCAATGCCTATTGATACGAGTAAGGCTGAAGGTGTCATTTACCCTAATGGCAAGTCATACTCTAATATTTCCCTAACTTATACTGGACTGTACCCAAAGGCTAAGGACCTTGGCAAACAGTATTTGTTTTCTGATGGACACAGTGCTCCTAATCAGCTTAATGATCTATTTGTCAGTAATTATTCTGCACAGGTAGAGTCTTTTGATGATGGTTTCGTTGTTCGTATTGGAGCAGCTTCCAATAAGACCGGAACCACTGTCATCTCTCAAACAACTTTTAAACCCATTAAGAAAATATACCCTGGCTTTATGCTAGGGCATGCTGTGGGTAATTACACACCTACCAACATCACAGGTCGGTATCTTAACCACACCCTTGTAATCCTACCGGATGGCTGTGGTACTCTAGTTCATGCATTCTATTGCATCCTTCAACCTCGCACACAGGCTAACTGTCCTGGTGCTTCTTCATTCACATCTGTCACATTGTGGGACACTCCCGCAACAGATTGCGCACCAAGTGGTGTTTACAATTCTTTGGCAAATTTGAATGCTTTTAAATTGTATTTTGACCTGATCAATTGCACGTTCAGATACAATTATACTATAACAGAGGATGAAAATGCTGAGTGGTTTGGCATTACCCAAGATACACAAGGCGTTCACCTCTATTCCTCTCGAAAAGAGAACGTGTTCAGAAATAACATGTTCCACTTTGCTACTTTACCTGTGTATCAGAAAATTCTCTATTACACAGTCATTCCTCGCAGCATCCGAAGTCCTTTCAATGACAGAAAAGCTTGGGCTGCCTTCTACATTTATAAACTACATCCACTCACATATTTGCTAAATTTTGATGTGGAGGGCTATATAACCAAAGCTGTAGACTGTGGCTATGATGATTTTGCACAGCTACAATGTTCATATGAAAACTTCGATGTTGAAACTGGTGTTTATTCCGTTTCATCTTTCGAAGCTTCTCCTAGAGGTGAGTTTATTGAACAGGCAACAACTCAAGAGTGTGATTTCACACCCATGTTGACTGGCACACCTCCTCCTATATATGATTTCAAAAGGTTGGTTTTCACCAATTGCAATTACAACTTAACAAAACTCCTTTCACTTTTCCAAGTGAGTGAGTTTTCGTGTCATCAAGTTTCACCTAGTAGTCTTGCTACTGGCTGTTACTCTTCTCTTACAGTGGATTATTTTGCATACTCCACTGATATGAGTTCTTACCTGCAACCTGGCTCCGCTGGAGAAATTGTGCAGTTTAATTACAAACAAGACTTTAGCAATCCCACGTGTAGAGTGCTCGCTACTGTTCCAACCAATCTTACTACAATTACTAAATCTAGTAATTATGTTCATCTTACGGAGTGTTATAAAAGCACCGCATATGGCAAGAATTACTTGTACAATGCACCTGGTGGCTACACTCCTTGTCTATCTCTCGCATCGCGCGGGTTTACTACTAACCGTCAATCACACAGCCTTGAGCTGCCTGATGGT---TATTTAGTCACAACAGGTTCTGTCTACCCCGTAAATGGTAACCTTCAAATGGCTTTCATTATTTCTGTTCAGTATGGAACTGACACTAATAGTGTCTGTCCCATGCAAGCTCTAAGAAATGACACTAGCATTGAAGATAAGCTAGATGTCTGTGTTGAATACTCCCTTCATGGCATAACAGGAAGAGGAGTATTTCACAATTGCACATCTGTTGGACTGAGAAACCAGCGGTTTGTGTATGATACTTTCGACAACCTAGTTGGTTACCATTCAGATAATGGTAATTACTATTGTGTCAGACCTTGTGTTAGTGTGCCTGTCTCTGTGATTTATGACAAGGCATCTAATTCTCATGCCACACTATTTGGAAGCGTTGCATGTTCGCACGTTACCACTATGATGTCGCAATTTTCACGCATGACCAAAACTAATTTGCCCGCGCGTACAACTCCTGGACCATTGCAAACTACTGTTGGTTGTGCAATGGGCTTCATTAATTCTTCAATGGTAGTTGATGAATGTCAACTTCCTCTTGGTCAATCACTTTGTGCTATTCCACCAACTACTTCTACACGCTTT---CGACGTGCTACTTCT---ATACCTGATGTGTTTCAAATCGCCACTCTAAACTTTACTAGTCCTTTAACACTCGCACCAATAAATTCAACTGGATTTGTTGTTGCGGTGCCGACTAATTTCACATTTGGTGTTACTCAAGAATTCATTGAGACTACCATTCAAAAGATTACTGTCGATTGCAAGCAGTACGTTTGTAATGGTTTTAAGAAGTGCGAAGACTTGCTCAAAGAATATGGCCAGTTTTGCTCTAAAATTAACCAGGCTCTTCATGGTGCAAACCTACGTCAAGATGAGTCTATTGCTAATCTATTTTCAAGTATTAAAACCCAGAATACCCAGCCTCTTCAGGCGGGATTGAATGGTGATTTTAACTTGACAATGCTTCAAATACCTCAAGTTACTACAGGTGAACGTAAGTACAGGAGTACTATCGAAGACCTTCTTTTCAATAAGGTTACTATTGCTGATCCTGGCTATATGCAAGGCTATGATGAATGTATGCAGCAAGGTCCTCAGTCAGCTCGAGACTTGATCTGTGCACAATATGTTGCTGGCTACAAAGTGCTGCCACCCTTATATGACCCCTATATGGAAGCTGCTTACACTTCTTCCCTATTGGGCAGTATTGCTGGTGCTAGTTGGACAGCAGGTCTGTCGTCTTTCGCAGCAATACCATTTGCACAAAGTATCTTTTATCGCTTGAATGGTGTTGGCATCACTCAGCAGGTTCTGTCTGAGAATCAGAAGATCATTGCCAACAAATTCAATCAAGCTCTTGGTGCCATGCAAACTGGCTTTACTACTACTAACCTTGCTTTCAACAAGGTTCAGGATGCAGTAAATGCTAACGCAATGGCTCTTTCCAAATTAGCTGCGGAATTATCTAACACTTTCGGTGCTATTTCATCTTCTATCAGTGACATCCTCGCGAGGCTTGACACTGTTGAACAAGAGGCACAAATTGATCGACTGATCAATGGCCGTCTTACATCTCTTAACGCATTCGTTGCGCAACAACTTGTGCGTACTGAAGCTGCTGCCAGATCCGCTCAATTGGCCCAAGATAAGGTCAATGAGTGCGTCAAATCGCAATCCAAACGAAATGGATTTTGCGGAACTGGCACACATATTGTTTCATTTGCCATTAATGCCCCTAATGGCCTCTATTTTTTCCATGTTGGTTACCAGCCAACATCCCATGTTAATGCAACCGCTGCCTACGGCCTTTGCAACACTGAGAATCCACCAAAGTGCATTGCACCTATTGATGGCTACTTTGTTTTAAATCAAACTACCAGCACTGCAAGAAGTAGTGGAGACCAACATTGGTATTATACTGGTAGTTCTTTCTTCCATCCTGAACCCATCACAGAAGCAAATTCTAAGTATGTGTCCATGGATGTAAAATTCGAGAACCTCACTAATAAACTTCCTCCACCTCTCCTTAGTAATTCCACAGATTTGGATTTCAAGGATGAGCTGGAGGAATTTTTCAAAAACGTCTCCTCACAAGGACCAAACTTCCAGGAGATTTCTAAGATTAACACTACACTGCTTAACCTCAACACAGAGTTGATGGTGCTGAGTGAAGTTGTTAAACAATTAAATGAATCCTATATCGACTTGAAAGAGTTGGGGAATTATACTTTTTACCAAAAATGGCCATGGTATATATGGCTTGGCTTTATTGCAGGGCTTGTTGCTCTTGCTCTTTGTGTGTTCTTCATCTTATGCTGTACTGGCTGTGGTACTAGCTGTTTGGGGAAACTAAAATGTAATCGTTGTTGTGACTCGTATGATGAGTATGAGGTCGAGAAGATCCATGTTCAT >TT07f_S_ABN10902_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 ATGATACGCTCAGTGTTAGTACTGATGTGCTCGTTAACTTTTATAGGAAACCGCACAAGCTGTCAAAGCGTTGATATTGGCACGCCTGTCACGGGTTCATGTCTACGGTCTCAAGTTAGACCAGAATATTTTGACATTGTCCATAACACATGGCCAATGCCTATTGATACGAGTAAGGCTGAAGGTGTCATTTACCCTAATGGCAAGTCATACTCTAATATTTCCCTAACTTATACTGGACTGTACCCAAAGGCTAAGGACCTTGGCAAACAGTATTTGTTTTCTGATGGACACAGTGCTCCTAATCAGCTTAATGATCTATTTGTCAGTAATTATTCTGCACAGGTAGAGTCTTTTGATGATGGTTTCGTTGTTCGTATTGGAGCAGCTTCCAATAAGACCGGAACCACTGTCATCTCTCAAACAACTTTTAAACCCATTAAGAAAATATACCCTGGCTTTATGCTAGGGCATGCTGTGGGTAATTACACACCTACCAACATCACAGGTCGGTATCTTAACCACACCCTTGTAATCCTACCGGATGGCTGTGGTACTCTAGTTCATGCATTCTATTGCATCCTTCAACCTCGCACACAGGCTAACTGTCCTGGTGCTTCTTCATTCACATCTGTCACATTGTGGGACACTCCCGCAACAGATTGCGCACCAAGTGGTGTTTACAATTCTTTGGCAAATTTGAATGCTTTTAAATTGTATTTTGACCTGATCAATTGCACGTTCAGATACAATTATACTATAACAGAGGATGAAAATGCTGAGTGGTTTGGCATTACCCAAGATACACAAGGCGTTCACCTCTATTCCTCTCGAAAAGAGAACGTGTTCAGAAATAACATGTTCCACTTTGCTACTTTACCTGTGTATCAGAAAATTCTCTATTACACAGTCATTCCTCGCAGCATCCGAAGTCCTTTCAATGACAGAAAAGCTTGGGCTGCCTTCTACATTTATAAACTACATCCACTCACATATTTGCTAAATTTTGATGTGGAGGGCTATATAACCAAAGCTGTAGACTGTGGCTATGATGATTTTGCACAGCTACAATGTTCATATGAAAACTTCGATGTTGAAACTGGTGTTTATTCCGTTTCATCTTTCGAAGCTTCTCCTAGAGGTGAGTTTATTGAACAGGCAACAACTCAAGAGTGTGATTTCACACCCATGTTGACTGGCACACCTCCTCCTATATATGATTTCAAAAGGTTGGTTTTCACCAATTGCAATTACAACTTAACAAAACTCCTTTCACTTTTCCAAGTGAGTGAGTTTTCGTGTCATCAAGTTTCACCTAGTAGTCTTGCTACTGGCTGTTACTCTTCTCTTACAGTGGATTATTTTGCATACTCCACTGATATGAGTTCTTACCTGCAACCTGGCTCCGCTGGAGAAATTGTGCAGTTTAATTACAAACAAGACTTTAGCAATCCCACGTGTAGAGTGCTCGCTACTGTTCCAACCAATCTTACTACAATTACTAAATCTAGTAATTATGTTCATCTTACGGAGTGTTATAAAAGCACCGCATATGGCAAGAATTACTTGTACAATGCACCTGGTGGCTACACTCCTTGTCTATCTCTCGCATCGCGCGGGTTTACTACTAACCGTCAATCACACAGCCTTGAGCTGCCTGATGGT---TATTTAGTCACAACAGGTTCTGTCTACCCCGTAAATGGTAACCTTCAAATGGCTTTCATTATTTCTGTTCAGTATGGAACTGACACTAATAGTGTCTGTCCCATGCAAGCTCTAAGAAATGACACTAGCATTGAAGATAAGCTAGATGTCTGTGTTGAATACTCCCTTCATGGCATAACAGGAAGAGGAGTATTTCACAATTGCACATCTGTTGGACTGAGAAACCAGCGGTTTGTGTATGATACTTTCGACAACCTAGTTGGTTACCATTCAGATAATGGTAATTACTATTGTGTCAGACCTTGTGTTAGTGTGCCTGTCTCTGTGATTTATGACAAGGCATCTAATTCTCATGCCACACTATTTGGAAGCGTTGCATGTTCGCACGTTACCACTATGATGTCGCAATTTTCACGCATGACCAAAACTAATTTGCCCGCGCGTACAACTCCTGGACCATTGCAAACTACTGTTGGTTGTGCAATGGGCTTCATTAATTCTTCAATGGTAGTTGATGAATGTCAACTTCCTCTTGGTCAATCACTTTGTGCTATTCCACCAACTACTTCTACACGCTTT---CGACGTGCTACTTCT---ATACCTGATGTGTTTCAAATCGCCACTCTAAACTTTACTAGTCCTTTAACACTCGCACCAATAAATTCAACTGGATTTGTTGTTGCGGTGCCGACTAATTTCACATTTGGTGTTACTCAAGAATTCATTGAGACTACCATTCAAAAGATTACTGTCGATTGCAAGCAGTACGTTTGTAATGGTTTTAAGAAGTGCGAAGACTTGCTCAAAGAATATGGCCAGTTTTGCTCTAAAATTAACCAGGCTCTTCATGGTGCAAACCTACGTCAAGATGAGTCTATTGCTAATCTATTTTCAAGTATTAAAACCCAGAATACCCAGCCTCTTCAGGCGGGATTGAATGGTGATTTTAACTTGACAATGCTTCAAATACCTCAAGTTACTACAGGTGAACGTAAGTACAGGAGTACTATCGAAGACCTTCTTTTCAATAAGGTTACTATTGCTGATCCTGGCTATATGCAAGGCTATGATGAATGTATGCAGCAAGGTCCTCAGTCAGCTCGAGACTTGATCTGTGCACAATATGTTGCTGGCTACAAAGTGCTGCCACCCTTATATGACCCCTATATGGAAGCTGCTTACACTTCTTCCCTATTGGGCAGTATTGCTGGTGCTAGTTGGACAGCAGGTCTGTCGTCTTTCGCAGCAATACCATTTGCACAAAGTATCTTTTATCGCTTGAATGGTGTTGGCATCACTCAGCAGGTTCTGTCTGAGAATCAGAAGATCATTGCCAACAAATTCAATCAAGCTCTTGGTGCCATGCAAACTGGCTTTACTACTACTAACCTTGCTTTCAACAAGGTTCAGGATGCAGTAAATGCTAACGCAATGGCTCTTTCCAAATTAGCTGCGGAATTATCTAACACTTTCGGTGCTATTTCATCTTCTATCAGTGACATCCTCGCGAGGCTTGACACTGTTGAACAAGAGGCACAAATTGATCGACTGATCAATGGCCGTCTTACATCTCTTAACGCATTCGTTGCGCAACAACTTGTGCGTACTGAAGCTGCTGCCAGATCCGCTCAATTGGCCCAAGATAAGGTCAATGAGTGCGTCAAATCGCAATCCAAACGAAATGGATTTTGCGGAACTGGCACACATATTGTTTCATTTGCCATTAATGCCCCTAATGGCCTCTATTTTTTCCATGTTGGTTACCAGCCAACATCCCATGTTAATGCAACCGCTGCCTACGGCCTTTGCAACACTGAGAATCCACCAAAGTGCATTGCACCTATTGATGGCTACTTTGTTTTAAATCAAACTACCAGCACTGCAAGAAGTAGTGGAGACCAACATTGGTATTATACTGGTAGTTCTTTCTTCCATCCTGAACCCATCACAGAAGCAAATTCTAAGTATGTGTCCATGGATGTAAAATTCGAGAACCTCACTAATAAACTTCCTCCACCTCTCCTTAGTAATTCCACAGATTTGGATTTCAAGGATGAGCTGGAGGAATTTTTCAAAAACGTCTCCTCACAAGGACCAAACTTCCAGGAGATTTCTAAGATTAACACTACACTGCTTAACCTCAACACAGAGTTGATGGTGCTGAGTGAAGTTGTTAAACAATTAAATGAATCCTATATCGACTTGAAAGAGTTGGGGAATTATACTTTTTACCAAAAATGGCCATGGTATATATGGCTTGGCTTTATTGCAGGGCTTGTTGCTCTTGCTCTTTGTGTGTTCTTCATCTTATGCTGTACTGGCTGTGGTACTAGCTGTTTGGGGAAACTAAAATGTAATCGTTGTTGTGACTCGTATGATGAGTATGAGGTCGAGAAGATCCATGTTCAT >YD13403_S_AWH65932_1_2013_06_03_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 ATGATACGCTCAGTGTTAGTACTGATGTGCTCGTTAACTTTTATAGGAAGCCGTACAAGCAGTCAAAGCGTTGATGTTGGCACTCCTGCTTCAGGTTCGTGTTTAAGGTCTCAAGTTAGACCTGAATATTTTGACATTGTCCGTAATACATGGCCAATGCCTATTGATACGAGTAAGGCTGAAGGTGTCATTTACCCTAATGGCAAGTCATACTCTAATATTTCCCTAACTTATACTGGACTGTACCCAAAGGCTAATGACCTTGGTAAACAGTATTTGTTTTCTGATGGACACAGTGCTCCAAATCAGCTTAATGATCTATTTGTCAGTAATTATTCTGCACAGGTGGAGTCTTTTGATGATGGTTTTGTTGTTCGTATTGGAGCTGCCTCCAATAAAACCGGAACCACTGTCATCTCTCAAACTACTTTTAAACCCATTAAGAAAATATACCCTGGCTTCATGCTAGGGCATGTAGTGGGTAATTATACACCTGCCAACATTACAGGTCGTTATTTTAACCACACCCTTGTCATCCTACCTGATGGCTGTGGTACTTTAGTTCACGCATTTTATTGCGTACTACAACCACGCACTCAGGCTAATTGCCCAGGTGCTTCTTCATTCACCTCTGTCACATTGTGGGACACACCCGCAACCGATTGTGCACCAAACGGTGTTTACAATCCTCTGGCAAATTTGAATGCTTTCAAATTGTATTTTGATTTGCTCAATTGCACGTTCAAATACAATTATACTATAACAGAGGATGAAAACGCTGAGTGGTTTGGCATTACCCAAGATACACAAGGCGTCCACCTCTATTCCTCTCGAAAAGAGAATGTGTTCAGAAATAACATGTTCCACTTTGCTACCTTACCTGTGTACCAGAAAATCCTCTATTACACAGTCATTCCTCGCAGCATCCGAAGTCCTTTCAATGACAGAAAAGCTTGGGCTGCCTTCTACATTTATAAACTACATCCACTCACATATCTGTTAAATTTTGATGTGGAGGGCTATATAACTAAAGCGGTAGACTGTGGCTATGATGATTTCGCACAGCTACAATGTTCATATGAAAGCTTCGATGTTGAAACTGGTGTCTATTCCGTTTCATCCTTCGAAGCTTCTCCTAGAGGTGAGTTCATTGAACAGGCAACTACTCAAGAGTGTGATTTCACACCCATGTTGTCTGGCACACCTCCTCCTATATATAATTTCAAAAGGTTGGTTTTCACCAATTGCAATTACAACTTAACAAAACTCCTTTCACTGTTTCAAGTGAGCGAGTTTTCTTGTCACCAAGTTTCACCTAGTAGCCTTGCTACTGGCTGTTACTCTTCTCTTACAGTGGATTATTTTGCATATTCCACTGATATGAGTTCTTATCTGCAACCTGGCTCCGCTGGAGAAATTGTGCAGTTTAATTACAAACAAGACTTTAGCAATCCAACGTGTAGAGTGCTTGCTACTGTCCCACAAAATCTTACTACAATTACTAAACCTAGTAATTATGCTTATCTTACAGAGTGTTACAAAACCAGTGCATATGGCAAGAATTACTTGTATAATGCACCTGGCGGTTACACTCCTTGCTTATCTTTAGCCTCTCGTGGGTTCTCTACTACATATCAGTCACACAGT------------GACGGA---GGGCTAACCACCACTGGTTATATCTACCCTGTGACTGGCAACCTGCAAATGGCTTTTATTATCTCTGTTCAGTATGGTACTGACACTAATAGTGTCTGCCCCATGCAAGCTTTAAGAAATGACACTAGCATTGAAGACAAGCTAGATGTTTGTGTTGAATACTCCCTTCATGGTATAACCGGCTGTGGAGTTTTCCACAATTGCACTTCTGTTGGACTGAGAAACCAGCGGTTTGTGTATGATACTTTCGACAATTTAGTTGGTTACCATTCAGATAATGGTAATTACTATTGTGTCAGACCTTGTGTAAGTGTACCTGTCTCTGTCATTTACGACAAGGCTTCTAATTCTCATGCCACATTATTTGGTAGTGTTGCATGTTCGCACGTTACCACAATGATGTCGCAATTTTCACGCATGACTAAAACCAATTTACTCGCGCGTACTAATCCAGGTCCTTTGCAAACTACAGTTGGTTGTGCAATGGGCTTTATCAATACTTCAATGGTAGTTGACGAATGTCAGCTCCCTCTTGGTCAATCACTTTGTGCTATTCCACCAAGTCCTTCTGCTCGTCTTGCACGTTCAGCTCGTTCTGGCAACGTTGATGTCTTTCAAATTGCCACCCTTAATTTTACTAGTCCTTTAACACTCGCACCAATCAATTCAACTGGATTTGTTGTTGCAGTGCCGACTAACTTCACATTTGGTGTCACTCAAGAATTCATTGAGACTACCATTCAAAAGATTACTGTCGATTGCAAGCAGTACGTTTGTAATGGTTTTAAGAAGTGCGAAGACTTGCTCAAGGAATACGGCCAGTTTTGCTCTAAAATTAACCAGGCTCTTCATGGTGCAAACCTACGTCAAGATGAGTCTATTGCTAATCTATTTTCAAGTATTAAAACCCAGAATACCCAGCCTCTTCAGGCGGGATTGAATGGTGATTTTAACTTGACAATGCTTCAAGTACCTCAAGTTACTACTGGTGAACGTAAGTACAGGAGTGCCATTGAAGACCTTCTTTTCAACAAGGTTACTATTGCTGACCCTGGCTATATGCAAGGCTATGATGAATGTATGCAGCAAGGTCCCCAGTCAGCTCGAGACTTGATCTGTGCACAATATGTTGCTGGCTACAAAGTGCTGCCACCCTTATATGACCCCTATATGGAAGCTGCTTACACTTCTTCCCTATTGGGCAGTATTGCTGGTGCTAGTTGGACAGCAGGTCTATCATCTTTCGCAGCAATACCATTTGCACAAAGTATCTTTTATCGCTTGAATGGTGTTGGCATCACTCAGCAGGTTTTGTCTGAGAATCAGAAGATTATTGCCAACAAGTTTAACCAAGCTCTTGGCGCTATGCAAACTGGCTTTACTACTACCAACCTCGCGTTTAACAAGGTTCAGGATGCAGTAAATGCTAATGCCATGGCTTTATCTAAACTAGCAGCGGAATTGTCTAACACTTTCGGTGCTATTTCTTCCTCTATCAGTGACATCCTTGCTAGGCTTGACACTGTTGAACAGGAGGCACAAATTGATCGACTGATCAATGGCCGTCTCACATCTCTTAATGCATTCGTTGCGCAACAACTTGTGCGTACTGAAGCTGCTGCCAGATCCGCCCAATTGGCTCAAGATAAGGTCAATGAGTGCGTGAAATCGCAATCCAAACGGAATGGGTTTTGCGGAACTGGTACACATATTGTCTCATTTGCCATTAATGCTCCTAATGGCCTCTACTTTTTCCATGTTGGTTACCAGCCAACTGCTCATGTTAATGCAACCGCCGCATACGGCCTTTGCAACACTGAAACACCACCAAAGTGCGTTGCACCTATTGATGGTTACTTTGTTCTTAATCAAACTACCACGACCGCACGAGTCGGTGCTGACCAACAATGGTATTACACTGGTAGTTCTTTCTTCCATCCGGAACCCATCACAGAAGCAAATTCTAAGTATGTGTCCATGGATGTAAAATTTGAAAACCTTACTAATAGACTTCCTCCACCTCTCCTTAGCAATTCAACAGACCTGGATTTCAAGGAAGAGCTGGAAGAATTCTTCAAAAACGTCTCCTCACAAGGACCAAACTTCCAGGAGATTTCTAAGATTAACACTACACTGCTTAACCTCAACACAGAGTTGATGGTGCTGAGTGAAGTTGTTAAACAATTAAATGAATCCTACATTGACTTGAAAGAGTTGGGGAATTATACTTTTTACCAGAAATGGCCATGGTACATATGGCTTGGCTTTATTGCAGGGCTTGTTGCTCTTGCTCTTTGTGTGTTCTTCATCCTATGCTGTACTGGCTGCGGTACTAGCTGCTTGGGGAAACTAAAATGTAATCGTTGTTGTGACTCGTATGATGAGTATGAGGTCGAGAAGATCCATGTTCAT
>BY140535_S_AWH65910_1_2014_06_26_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 MIRSVLVLMCSLTFIGNRTSSQSVDVGPVGSGSCLRSQVRPEYFDIVRNT WPMPIDTSKADGVIYPNGKSYSNITLTYTGLYPKANDLGKQYLFSDGHSA PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI YPGFMLGHAVGNYTPTNITGRYLNHTLVILPDGCGTLVHAFYCVLQPRTE ANCPGAFSFTSVTLWDTPATDCASSDVYNSLANLNAFKLYFDLLNCTFKY NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL YYTVIPRSIRSPFNDRKAWAAFYIYKLYPLTYLLNFDVEGYITKAVDCGY DDFAQLQCSYENFDVETGVYSVSSFEASPRGEFIEQATTQECDFSPMLTG TPPPIYDFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL TVDYFSYPTSMSSYLQPGSAGEIVQFNYKQDFSNPTCRVLATVPQNLTSI TKPSNYVHLTECYKFIAHGKNYLYNAPGGYTPCLSLASSGFSRDRQSHSQ ELPDGSFLTTTGSVYSVGSNFQMAFIISVQYGTDTNSVCPMQALRNDTSI EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG NYYCVRPCVSVPVSVIYDKVSNSHATLFGSVACSHVTTMMSQFSRMTKTN LLARTTRGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTPSRV- LRAASGVPHVFQIATLNFTSPLTLTPINSTGFVVAVPTNFTFGVTQEFIE TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI ANLFSSIKTQNTQPLQAGLNGDFNLTILQIPQVSTGERKYRSAIEDLLFN KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH VNATAAYGLCNSENPPKCIAPIDGYFVLNQTTSAARSSDDQQWYYTGSSF FHPEPITEANSKYVSMDVKFENLTNRLPPPLLSNSTDLDFKDELEEFFKN VSSQRPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD EYEVEKIHVH >BY140562_S_AWH65921_1_2014_06_28_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 MIRSVLVLMCSLTFIGNRTSSQSVDVGSAGSGSCLRSQVRPEYFDIARNT WPMPIDTSKAEGVIYPNGKSYSNISLTYTGLYPKANDLGKQYLFSDGHSA PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI YPGFMLGHAVGNYTPTNITGRYFNHTLVILPDGCGTLVHAFYCILQPRTQ AYCPGASSFTSVTLWDTPATDCAPSGVYNPLANLNAFKLYFDLLNCTFKY NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY DDFAQLQCSYENFDVETGVYSVSSFEASPRGEFIEQATTEECDFTPMLTG TPPPIYNFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL TVDYFAYSTEMSSYLQPGSAGEIGQFNYKQDFSNPTCRVLATVPQNLTTI TKPSNYAYLTECYKTSSYGKNYLYNAPGGYTPCLSLASRGFSTKYQSYS- ---DG-ELTTTGYVYPVSGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN LLARTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSSRV- RRATSGVPDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALRGANLRQDESI ANLFSSIKTQNTQPLQAGLNGDFNLTMLQIPQVTTGERKYRSAIEDLLFN KVTIADPGYMQGYDECMQQGLQSARDLICAQYVAGYKVLPPLYDTYMEAA YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMTLSKLAAELSNTFGA ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH INATAAYGLCNTENPPKCIAPIDGYFVLNQTTSTV-ANSDQQWYYTGSSF FHPEPITEANSKYVSMDVKFKNLTNKLPPPLLSNSTDLDFKEKLEEFFKN VSSQGPNFQEISKNYTTLLNLNTKLMVLSEVVKQLNESYIDLKELGNYTF YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD EYEVEKIHIH >BtPa_GD2013_NA_AIA62343_1_2013_China_Bat_Pipistrellus_bat_coronavirus_HKU5 MIRSVLALMCSLTFIGNRISSQSVDVGSAGSGSCLRSQVRPEYFDIVRNT WPMPIDTSKAEGVIYPNGKSYSNISLTYTGLYPKANDLGKQYLFSDGHSA PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI YPGFMLGHAVGNYTPTNITGRYLNHTLVILPDGCGTLVHAFYCVLQPRTQ ANCPGASSFTSVTLWDTPATDCAPNGVYNPLANLNAFKLYFDLLNCTFKY NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY DDFAQLQCSYENFDVETGVYSVSSFEASPRGEFIEQAVTEECDFTPMLTG TPPPIYNFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL TVDYFAYSTDMSSYLQPGSAGEIVQFNYKQDFSNPTCRVLATVPQNLTTI TKPSNYAYLTECYKTTAYGKNYLYNAPGGYTPCLSLASRGFSIKYQSHS- ---DG-ELTTTGYIYPVNGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG NYYCVRPCVSVPVSVIYDKVSNSHATLFGSVACSHVTTMMSQFSRMTKTN LLARTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSSRL- RRATSGVPDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI SNLFSSIKTQNTQPLQAGLNGDFNLTMLQIPQVTTGERKYRSAIEDLLFN KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH VNATAAYGLCNTENPPKCIAPIDGYFVLNQTISTV-ANSDQQWYYTGSSF FYPEPITEANSKYVSMDVKFENLTNRLPPPLLSNSTDLDFKEELEEFFKN VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD EYEVEKIHVH >HKU5_1_LMH03f_S_YP_001039962_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 MIRSVLVLMCSLTFIGNLTRGQSVDMGHNGTGSCLDSQVQPDYFESVHTT WPMPIDTSKAEGVIYPNGKSYSNITLTYTGLYPKANDLGKQYLFSDGHSA PGRLNNLFVSNYSSQVESFDDGFVVRIGAAANKTGTTVISQSTFKPIKKI YPAFLLGHSVGNYTPSNRTGRYLNHTLVILPDGCGTILHAFYCVLHPRTQ QNCAGETNFKSLSLWDTPASDCV-SGSYNQEATLGAFKVYFDLINCTFRY NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY DDLAQLQCSYESFEVETGVYSVSSFEASPRGEFIEQATTQECDFTPMLTG TPPPIYNFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL TVDYFAYSTDMSSYLQPGSAGAIVQFNYKQDFSNPTCRVLATVPQNLTTI TKPSNYAYLTECYKTSAYGKNYLYNAPGAYTPCLSLASRGFSTKYQSHS- ---DG-ELTTTGYIYPVTGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN LLARTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSSRV- RRATSGASDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI ANLFSSIKTQNTQPLQAGLNGDFNLTMLQIPQVTTGERKYRSTIEDLLFN KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH VNATAAYGLCNTENPQKCIAPIDGYFVLNQTTSTV-ADSDQQWYYTGSSF FHPEPITEANSKYVSMDVKFENLTNRLPPPLLSNSTDLDFKEELEEFFKN VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD EYEVEKIHVH >LMH03f_S_ABN10875_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 MIRSVLVLMCSLTFIGNLTRGQSVDMGHNGTGSCLDSQVQPDYFESVHTT WPMPIDTSKAEGVIYPNGKSYSNITLTYTGLYPKANDLGKQYLFSDGHSA PGRLNNLFVSNYSSQVESFDDGFVVRIGAAANKTGTTVISQSTFKPIKKI YPAFLLGHSVGNYTPSNRTGRYLNHTLVILPDGCGTILHAFYCVLHPRTQ QNCAGETNFKSLSLWDTPASDCV-SGSYNQEATLGAFKVYFDLINCTFRY NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY DDLAQLQCSYESFEVETGVYSVSSFEASPRGEFIEQATTQECDFTPMLTG TPPPIYNFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL TVDYFAYSTDMSSYLQPGSAGAIVQFNYKQDFSNPTCRVLATVPQNLTTI TKPSNYAYLTECYKTSAYGKNYLYNAPGAYTPCLSLASRGFSTKYQSHS- ---DG-ELTTTGYIYPVTGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN LLARTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSSRV- RRATSGASDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI ANLFSSIKTQNTQPLQAGLNGDFNLTMLQIPQVTTGERKYRSTIEDLLFN KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH VNATAAYGLCNTENPQKCIAPIDGYFVLNQTTSTV-ADSDQQWYYTGSSF FHPEPITEANSKYVSMDVKFENLTNRLPPPLLSNSTDLDFKEELEEFFKN VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD EYEVEKIHVH >TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 MIRSVLVLMCSLTFIGNRTSCQSVDIGTPVTGSCLRSQVRPEYFDIVHNT WPMPIDTSKAEGVIYPNGKSYSNISLTYTGLYPKAKDLGKQYLFSDGHSA PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI YPGFMLGHAVGNYTPTNITGRYLNHTLVILPDGCGTLVHAFYCILQPRTQ ANCPGASSFTSVTLWDTPATDCAPSGVYNSLANLNAFKLYFDLINCTFRY NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY DDFAQLQCSYENFDVETGVYSVSSFEASPRGEFIEQATTQECDFTPMLTG TPPPIYDFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL TVDYFAYSTDMSSYLQPGSAGEIVQFNYKQDFSNPTCRVLATVPTNLTTI TKSSNYVHLTECYKSTAYGKNYLYNAPGGYTPCLSLASRGFTTNRQSHSL ELPDG-YLVTTGSVYPVNGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN LLPRTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSTRF- RRATS-IPDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI ANLFSSIKTQNTQPLQAGLNGDFNLTMLQIPQVTTGERKYRSTIEDLLFN KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH VNATAAYGLCNTENPPKCIAPIDGYFVLNQTTSTARSSGDQHWYYTGSSF FHPEPITEANSKYVSMDVKFENLTNKLPPPLLSNSTDLDFKDELEEFFKN VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD EYEVEKIHVH >TT06f_S_ABN10893_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 MIRSVLVLMCSLTFIGNRTSCQSVDIGTPVTGSCLRSQVRPEYFDIVHNT WPMPIDTSKAEGVIYPNGKSYSNISLTYTGLYPKAKDLGKQYLFSDGHSA PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI YPGFMLGHAVGNYTPTNITGRYLNHTLVILPDGCGTLVHAFYCILQPRTQ ANCPGASSFTSVTLWDTPATDCAPSGVYNSLANLNAFKLYFDLINCTFRY NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY DDFAQLQCSYENFDVETGVYSVSSFEASPRGEFIEQATTQECDFTPMLTG TPPPIYDFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL TVDYFAYSTDMSSYLQPGSAGEIVQFNYKQDFSNPTCRVLATVPTNLTTI TKSSNYVHLTECYKSTAYGKNYLYNAPGGYTPCLSLASRGFTTNRQSHSL ELPDG-YLVTTGSVYPVNGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN LPARTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSTRF- RRATS-IPDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI ANLFSSIKTQNTQPLQAGLNGDFNLTMLQIPQVTTGERKYRSTIEDLLFN KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH VNATAAYGLCNTENPPKCIAPIDGYFVLNQTTSTARSSGDQHWYYTGSSF FHPEPITEANSKYVSMDVKFENLTNKLPPPLLSNSTDLDFKDELEEFFKN VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD EYEVEKIHVH >TT07f_S_ABN10902_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5 MIRSVLVLMCSLTFIGNRTSCQSVDIGTPVTGSCLRSQVRPEYFDIVHNT WPMPIDTSKAEGVIYPNGKSYSNISLTYTGLYPKAKDLGKQYLFSDGHSA PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI YPGFMLGHAVGNYTPTNITGRYLNHTLVILPDGCGTLVHAFYCILQPRTQ ANCPGASSFTSVTLWDTPATDCAPSGVYNSLANLNAFKLYFDLINCTFRY NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY DDFAQLQCSYENFDVETGVYSVSSFEASPRGEFIEQATTQECDFTPMLTG TPPPIYDFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL TVDYFAYSTDMSSYLQPGSAGEIVQFNYKQDFSNPTCRVLATVPTNLTTI TKSSNYVHLTECYKSTAYGKNYLYNAPGGYTPCLSLASRGFTTNRQSHSL ELPDG-YLVTTGSVYPVNGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI EDKLDVCVEYSLHGITGRGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN LPARTTPGPLQTTVGCAMGFINSSMVVDECQLPLGQSLCAIPPTTSTRF- RRATS-IPDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI ANLFSSIKTQNTQPLQAGLNGDFNLTMLQIPQVTTGERKYRSTIEDLLFN KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTSH VNATAAYGLCNTENPPKCIAPIDGYFVLNQTTSTARSSGDQHWYYTGSSF FHPEPITEANSKYVSMDVKFENLTNKLPPPLLSNSTDLDFKDELEEFFKN VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD EYEVEKIHVH >YD13403_S_AWH65932_1_2013_06_03_China_Unknown_Pipistrellus_bat_coronavirus_HKU5 MIRSVLVLMCSLTFIGSRTSSQSVDVGTPASGSCLRSQVRPEYFDIVRNT WPMPIDTSKAEGVIYPNGKSYSNISLTYTGLYPKANDLGKQYLFSDGHSA PNQLNDLFVSNYSAQVESFDDGFVVRIGAASNKTGTTVISQTTFKPIKKI YPGFMLGHVVGNYTPANITGRYFNHTLVILPDGCGTLVHAFYCVLQPRTQ ANCPGASSFTSVTLWDTPATDCAPNGVYNPLANLNAFKLYFDLLNCTFKY NYTITEDENAEWFGITQDTQGVHLYSSRKENVFRNNMFHFATLPVYQKIL YYTVIPRSIRSPFNDRKAWAAFYIYKLHPLTYLLNFDVEGYITKAVDCGY DDFAQLQCSYESFDVETGVYSVSSFEASPRGEFIEQATTQECDFTPMLSG TPPPIYNFKRLVFTNCNYNLTKLLSLFQVSEFSCHQVSPSSLATGCYSSL TVDYFAYSTDMSSYLQPGSAGEIVQFNYKQDFSNPTCRVLATVPQNLTTI TKPSNYAYLTECYKTSAYGKNYLYNAPGGYTPCLSLASRGFSTTYQSHS- ---DG-GLTTTGYIYPVTGNLQMAFIISVQYGTDTNSVCPMQALRNDTSI EDKLDVCVEYSLHGITGCGVFHNCTSVGLRNQRFVYDTFDNLVGYHSDNG NYYCVRPCVSVPVSVIYDKASNSHATLFGSVACSHVTTMMSQFSRMTKTN LLARTNPGPLQTTVGCAMGFINTSMVVDECQLPLGQSLCAIPPSPSARLA RSARSGNVDVFQIATLNFTSPLTLAPINSTGFVVAVPTNFTFGVTQEFIE TTIQKITVDCKQYVCNGFKKCEDLLKEYGQFCSKINQALHGANLRQDESI ANLFSSIKTQNTQPLQAGLNGDFNLTMLQVPQVTTGERKYRSAIEDLLFN KVTIADPGYMQGYDECMQQGPQSARDLICAQYVAGYKVLPPLYDPYMEAA YTSSLLGSIAGASWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKI IANKFNQALGAMQTGFTTTNLAFNKVQDAVNANAMALSKLAAELSNTFGA ISSSISDILARLDTVEQEAQIDRLINGRLTSLNAFVAQQLVRTEAAARSA QLAQDKVNECVKSQSKRNGFCGTGTHIVSFAINAPNGLYFFHVGYQPTAH VNATAAYGLCNTETPPKCVAPIDGYFVLNQTTTTARVGADQQWYYTGSSF FHPEPITEANSKYVSMDVKFENLTNRLPPPLLSNSTDLDFKEELEEFFKN VSSQGPNFQEISKINTTLLNLNTELMVLSEVVKQLNESYIDLKELGNYTF YQKWPWYIWLGFIAGLVALALCVFFILCCTGCGTSCLGKLKCNRCCDSYD EYEVEKIHVH
Reading sequence file /data//pss_subsets/TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5.result/original_alignment/fubar/fasta/TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5.result.1
Found 9 sequences of length 4080
Alignment looks like a valid DNA alignment.
Estimated diversity is (pairwise deletion - ignoring missing/ambig): 6.9%
Found 440 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% 40.3% 70.3% 89.9% 99.2%100.0%
Using a window size of 80 with k as 9
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 477 polymorphic sites
**p-Value(s)**
----------
NSS: 0.00e+00 (1000 permutations)
Max Chi^2: 0.00e+00 (1000 permutations)
PHI (Permutation): 6.83e-01 (1000 permutations)
PHI (Normal): 6.91e-01
#NEXUS
[ID: 4065589735]
begin taxa;
dimensions ntax=9;
taxlabels
BY140535_S_AWH65910_1_2014_06_26_China_Unknown_Pipistrellus_bat_coronavirus_HKU5
BY140562_S_AWH65921_1_2014_06_28_China_Unknown_Pipistrellus_bat_coronavirus_HKU5
BtPa_GD2013_NA_AIA62343_1_2013_China_Bat_Pipistrellus_bat_coronavirus_HKU5
HKU5_1_LMH03f_S_YP_001039962_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5
LMH03f_S_ABN10875_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5
TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5
TT06f_S_ABN10893_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5
TT07f_S_ABN10902_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5
YD13403_S_AWH65932_1_2013_06_03_China_Unknown_Pipistrellus_bat_coronavirus_HKU5
;
end;
begin trees;
translate
1 BY140535_S_AWH65910_1_2014_06_26_China_Unknown_Pipistrellus_bat_coronavirus_HKU5,
2 BY140562_S_AWH65921_1_2014_06_28_China_Unknown_Pipistrellus_bat_coronavirus_HKU5,
3 BtPa_GD2013_NA_AIA62343_1_2013_China_Bat_Pipistrellus_bat_coronavirus_HKU5,
4 HKU5_1_LMH03f_S_YP_001039962_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5,
5 LMH03f_S_ABN10875_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5,
6 TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5,
7 TT06f_S_ABN10893_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5,
8 TT07f_S_ABN10902_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5,
9 YD13403_S_AWH65932_1_2013_06_03_China_Unknown_Pipistrellus_bat_coronavirus_HKU5
;
[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 = (1:1.043538e-01,2:6.037419e-02,3:5.358543e-02,9:7.892308e-02,((4:2.388011e-04,5:2.339755e-04)1.000:1.317956e-01,(6:7.461315e-04,(7:2.282220e-04,8:2.188398e-04)0.569:4.038969e-04)1.000:6.452629e-02)0.664:9.114516e-03);
[Note: This tree contains information only on the topology
and branch lengths (median of the posterior probability density).]
tree con_50_majrule = (1:1.043538e-01,2:6.037419e-02,3:5.358543e-02,9:7.892308e-02,((4:2.388011e-04,5:2.339755e-04):1.317956e-01,(6:7.461315e-04,(7:2.282220e-04,8:2.188398e-04):4.038969e-04):6.452629e-02):9.114516e-03);
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 -10451.46 -10466.18
2 -10451.50 -10469.75
--------------------------------------
TOTAL -10451.48 -10469.08
--------------------------------------
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} 0.518238 0.000861 0.462056 0.576676 0.516951 1305.24 1373.36 1.000
r(A<->C){all} 0.090442 0.000169 0.066145 0.115789 0.090088 866.92 869.67 1.000
r(A<->G){all} 0.150380 0.000250 0.121230 0.182648 0.149672 775.75 899.80 1.000
r(A<->T){all} 0.112055 0.000141 0.089022 0.134771 0.112070 910.42 1015.83 1.000
r(C<->G){all} 0.042214 0.000104 0.023703 0.062686 0.041745 808.07 815.62 1.000
r(C<->T){all} 0.566266 0.000551 0.522435 0.611395 0.567014 504.23 672.70 1.000
r(G<->T){all} 0.038643 0.000062 0.023386 0.053388 0.038357 868.68 1076.35 1.002
pi(A){all} 0.269031 0.000045 0.255952 0.282524 0.268959 1001.55 1032.17 1.000
pi(C){all} 0.223151 0.000037 0.211045 0.234731 0.223005 919.45 964.09 1.000
pi(G){all} 0.194381 0.000035 0.183025 0.206032 0.194214 1093.01 1161.28 1.000
pi(T){all} 0.313436 0.000046 0.300560 0.327272 0.313284 952.91 1110.70 1.000
alpha{1,2} 0.142269 0.000206 0.116137 0.172300 0.141400 1111.82 1208.15 1.000
alpha{3} 5.664225 2.950055 2.861065 9.007021 5.425512 1190.50 1217.07 1.000
pinvar{all} 0.523670 0.000548 0.476061 0.566958 0.524544 1259.25 1343.98 1.001
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* 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.
[2J[H /HYPHY 2.3.14.20190214beta(MP) for Linux on x86_64\ ***************** TYPES OF STANDARD ANALYSES ***************** (1) Selection Analyses (2) Evolutionary Hypothesis Testing (3) Relative evolutionary rate inference (4) Coevolutionary analysis (5) Basic Analyses (6) Codon Selection Analyses (7) Compartmentalization (8) Data File Tools (9) Miscellaneous (10) Model Comparison (11) Kernel Analysis Tools (12) Molecular Clock (13) Phylogeny Reconstruction (14) Positive Selection (15) Recombination (16) Selection/Recombination (17) Relative Rate (18) Relative Ratio (19) Substitution Rates Please select type of analyses you want to list (or press ENTER to process custom batch file):[2J[H***************** FILES IN 'Selection Analyses' ***************** (1) [MEME] Test for episodic site-level selection using MEME (Mixed Effects Model of Evolution). (2) [FEL] Test for pervasive site-level selection using FEL (Fixed Effects Likelihood). (3) [SLAC] Test for pervasive site-level selection using SLAC (Single Likelihood Ancestor Counting). (4) [FUBAR] Test for pervasive site-level selection using FUBAR (Fast Unconstrained Bayesian AppRoximation for inferring selection). (5) [BUSTED] Test for episodic gene-wide selection using BUSTED (Branch-site Unrestricted Statistical Test of Episodic Diversification). (6) [aBSREL] Test for lineage-specific evolution using the branch-site method aBS-REL (Adaptive Branch-Site Random Effects Likelihood). (7) [RELAX] Test for relaxation of selection pressure along a specified set of test branches using RELAX (a random effects test of selection relaxation). Please select the analysis you would like to perform (or press ENTER to return to the list of analysis types): Analysis Description -------------------- Perform a Fast Unbiased AppRoximate Bayesian (FUBAR) analysis of a coding sequence alignment to determine whether some sites have been subject to pervasive purifying or diversifying selection. v2.1 introduces two more methods for estimating the posterior distribution of grid weights: collapsed Gibbs MCMC (faster) and 0-th order Variation Bayes approximation (fastest). Please note that a FUBAR analysis generates a cache and a results JSON file in the same directory as directory as the original alignment. HyPhy needs to have write privileges to this directory. For example if the original file is in /home/sergei/FUBAR/data/pol.nex then at the end of a FUBAR run, there will also exist FUBAR-generated files /home/sergei/FUBAR/data/pol.nex.FUBAR.json, /home/sergei/FUBAR/data/pol.nex.fubrar.cache. They also provide checkpointing so that a partially completed analysis can be restarted. - __Requirements__: in-frame codon alignment (possibly partitioned) and a phylogenetic tree (one per partition) - __Citation__: FUBAR: a fast, unconstrained bayesian approximation for inferring selection (2013), Mol Biol Evol. 30(5):1196-205 - __Written by__: Sergei L Kosakovsky Pond - __Contact Information__: spond@temple.edu - __Analysis Version__: 2.1 ####Choose Genetic Code 1. [**Universal**] Universal code. (Genebank transl_table=1). 2. [**Vertebrate mtDNA**] Vertebrate mitochondrial DNA code. (Genebank transl_table=2). 3. [**Yeast mtDNA**] Yeast mitochondrial DNA code. (Genebank transl_table=3). 4. [**Mold/Protozoan mtDNA**] Mold, Protozoan and Coelenterate mitochondrial DNA and the Mycloplasma/Spiroplasma code. (Genebank transl_table=4). 5. [**Invertebrate mtDNA**] Invertebrate mitochondrial DNA code. (Genebank transl_table=5). 6. [**Ciliate Nuclear**] Ciliate, Dasycladacean and Hexamita Nuclear code. (Genebank transl_table=6). 7. [**Echinoderm mtDNA**] Echinoderm mitochondrial DNA code. (Genebank transl_table=9). 8. [**Euplotid Nuclear**] Euplotid Nuclear code. (Genebank transl_table=10). 9. [**Alt. Yeast Nuclear**] Alternative Yeast Nuclear code. (Genebank transl_table=12). 10. [**Ascidian mtDNA**] Ascidian mitochondrial DNA code. (Genebank transl_table=13). 11. [**Flatworm mtDNA**] Flatworm mitochondrial DNA code. (Genebank transl_table=14). 12. [**Blepharisma Nuclear**] Blepharisma Nuclear code. (Genebank transl_table=15). 13. [**Chlorophycean mtDNA**] Chlorophycean Mitochondrial Code (transl_table=16). 14. [**Trematode mtDNA**] Trematode Mitochondrial Code (transl_table=21). 15. [**Scenedesmus obliquus mtDNA**] Scenedesmus obliquus mitochondrial Code (transl_table=22). 16. [**Thraustochytrium mtDNA**] Thraustochytrium Mitochondrial Code (transl_table=23). 17. [**Pterobranchia mtDNA**] Pterobranchia Mitochondrial Code (transl_table=24). 18. [**SR1 and Gracilibacteria**] Candidate Division SR1 and Gracilibacteria Code (transl_table=25). 19. [**Pachysolen Nuclear**] Pachysolen tannophilus Nuclear Code (transl_table=26). >Please choose an option (or press q to cancel selection): >Select a coding sequence alignment file (`/usr/local/lib/hyphy/TemplateBatchFiles/SelectionAnalyses/`) >A tree was found in the data file: `(C1,C2,C3,C9,((C4,C5),(C6,(C7,C8))))` >Would you like to use it (y/n)? >Loaded a multiple sequence alignment with **9** sequences, **1360** codons, and **1** partitions from `/data//pss_subsets/TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5.result/original_alignment/fubar/results/TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5.result.1/TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5.result.1.fna` > FUBAR will write cache and result files to _/data//pss_subsets/TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5.result/original_alignment/fubar/results/TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5.result.1/TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5.result.1.fna.FUBAR.cache_ and _/data//pss_subsets/TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5.result/original_alignment/fubar/results/TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5.result.1/TT03f_S_ABN10884_1_NA_China_Bat_Pipistrellus_bat_coronavirus_HKU5.result.1.fna.FUBAR.json_, respectively > Number of grid points per dimension (total number is D^2) (permissible range = [5,50], default value = 20, integer): ####Posterior estimation method 1. [**Metropolis-Hastings**] Full Metropolis-Hastings MCMC algorithm (slowest, original 2013 paper implementation) 2. [**Collapsed Gibbs**] Collapsed Gibbs sampler (intermediate speed) 3. [**Variational Bayes**] 0-th order Variational Bayes approximations (fastest, recommended default) >Please choose an option (or press q to cancel selection):> The concentration parameter of the Dirichlet prior (permissible range = [0.001,1], default value = 0.5): ### Obtaining branch lengths and nucleotide substitution biases under the nucleotide GTR model * Log(L) = -10878.70, AIC-c = 21799.43 (21 estimated parameters) * Tree length (expected substitutions/site) for partition 1 : 0.276 ### Computing the phylogenetic likelihood function on the grid * Determining appropriate tree scaling based on the best score from a 20 x 20 rate grid * Best scaling achieved for * synonymous rate = 2.815 * non-synonymous rate = 0.357 * Computing conditional site likelihoods on a 20 x 20 rate grid ### Running an iterative zeroth order variational Bayes procedure to estimate the posterior mean of rate weights * Using the following settings * Dirichlet alpha : 0.5 ### Tabulating site-level results | Codon | Partition | alpha | beta |Posterior prob for positive selection| |:--------------:|:--------------:|:--------------:|:--------------:|:-----------------------------------:| | 29 | 1 | 0.955 | 20.197 | Pos. posterior = 0.9838 | | 225 | 1 | 5.236 | 35.647 | Pos. posterior = 0.9114 | | 362 | 1 | 0.655 | 5.537 | Pos. posterior = 0.9197 | | 515 | 1 | 0.590 | 4.936 | Pos. posterior = 0.9072 | | 557 | 1 | 2.720 | 29.511 | Pos. posterior = 0.9476 | | 749 | 1 | 0.993 | 10.499 | Pos. posterior = 0.9240 | ---- ## FUBAR inferred 6 sites subject to diversifying positive selection at posterior probability >= 0.9 Of these, 0.41 are expected to be false positives (95% confidence interval of 0-2 )
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
