Gene

KWMTBOMO09134

Pre Gene Modal

BGIBMGA007554

Annotation

PREDICTED:_mediator_of_RNA_polymerase_II_transcription_subunit_12-like_isoform_X1_[Papilio_xuthus]

Location

Bomo_Chr15(-):11874898-11916820      View in EpiBrowser

Location in the cell

Nuclear   Reliability : 3.595

CDS

ATGTACGAAAAGCGTCCGCTAAAAAGGCCGAGACTTGGACCTCCGGACGTGTACCCCCAAGAGCCGAGACAAAAAGAAGACGAACTAACTTCCACAAACGTAAAACATGGATTTTCTACAACTCCTCAGTCGAGTGATGAATTTGGAACTGCTAGGAATTACAATTATTCTACAGCCAAGATTGGTCAGTTTTTCTCTGGTATTTTATCAAAGAAAGAAGAGTTGAATACATTACCTGACTGTGGTAGAAAGAGACAGCAAGTAAACCCAAAAGATAACTTTTGGCAAGCCACAGCCAGAACTAAACCACAAATTGAAGTATGGTTCAAAGATCTTGCAGGAAACAAACCTCTAGCTCAACTTGCAAAAAGAGCTCCTAATTTCAACAAAAAAGAAGATATTTTTATCACACTGACTGAGTACCAAGTTCCCATGCCAAGAGCAGCATGGTTCATTAAACTTAGTTCTGCATATACTGTGGCAGTTTCAGAAGCTAAGATTAAAAAAAGACAGTTACCAGATCCCACTACAGAATGGACTACTACTTTAATAAAGTTCCTTAAAGACCAGATACCAAAACTTAGTGAATACTACCAGAGCGTAGCACCTGGTAATATTTCTGATAAAACACCTCCTTCACAATCAGGACCAGGCACCCCAAGTCATAACTCATCAGGCAATGCTCCTGGCAACTCCACACCAAATTCCACAGTTCCAAACAGCCTACATTCCCCAGGAAATTCAGCAAACATGGGATCGTCAACTCCTGGGAATGAAAGCACAGATTGGCGACAGGCGCTCAAATTGTGGCACTACTGCTGTCGTCTCGCTAAGTACTTGCTTGATGAAGGGCTCCTTGATAGACACGATTTCTTAACTTGGGTTATTGAGTTGCTTGATAAAAGGATGCCTGATGATGGACTTTTAAGATTATTTCTCCCCCTGACCTTACAGCACATGAATGAGTTTGTGGACTGTGAAGGTCTATCGCGGAGACTGGCTACCACTTGTGCTAAAAAAGCCGCCGCAATATGCTCAGTACTATCGGAAGCCACACTACGCGCACTAAACCAACCGGCTGTATTCAACAGACCTGCCGAGAAGAGTACAGAATCAAACACTCAGCCAATGTCACCAGCGCCTGAGAGTAACGGCGATGTAAAACCTAATATAGCCCAAATAAAGCGTTCAGGCACACCAGCAGAGCAGAGTCAGGGCACTCCCAACCCTAACCATTCAATGGGCACTCCAAACCCGAACCATTCTATCGGAACCCCAAACCCACAGCAACCTATGGAGGTACAAGGGAAGGAAGACAGTGTATCACCACCTCGTGACGTGAAGACTACAGTGAACACTGTAATAAACGCATCGATGAACCCAGTTCAAGTTGGGTTCGGTGAAATCTTGAATTGTTCATTTCATAGAGATGTCATCATCCAGCTTGCCACCATATTGCAGGTTATTTGTGTCGATTGTCCAACGGCAATGGTTTGGTCCGGGTGTGGATCTTCACTCCAAGGGTCTCCCCTGGACTTGCTACCGGTACCACCATCGTCATTACCGATGCCTCACATGGATTCTGAGATAACAGAAGAACACAGACGCTTAGTGTATGAAGCTGAACAAGAAATATCTGCTAGAAGTAAAAAAGCAGAAAGCAAGTGGTGCACCGACAAATGGCAGACAAGTTCACAAGCTCGAGTGTTGGCTGTGCTGGAGGCACTGGACAGGCACTGCTTTGATCGCGTCGATCCGAATAACAACCTGGATACACTCTACAAAGAAGTGTTTATAAATTGCACGCCCCCTTCCAAAGACGGGGCCATTGACACGAAAGATCCGGAGTGGGCGTGTTCGTACGCAGTGGTGCGTGTGCTGTGCGAGTGGGCGGTGTGCGGCGCACGTTGGGGCGAGCACCGCGCGCTCGCCGCCGCCGCGCTGCTGGACCGGAGACAGCAGCAGCTGCAGCACCTACATCACGACCACCATGCCACCGGTTCGGATGACAAAGAGTCTGTGAGTTCTGGCACCGGAATTTGTAGCGGTCCACCGATCTTCCAAAACCTCCTGCTACGGTTTTTGGATAACGATGCGCCTGTACTAGACGAAAGCCCGAACGCTCCTCCTGGTAATAGACAACAATTCGCGAATTTAGTTCATCTGTTCGGAGAGTTGATAAGGCGGGACGTCTTCTCACACGATGCCTATATGTGCACTTTGATTTCAAGAGGTGATTTAATATCGCCGACCGAGCCCACGTCGACGATCGGCAACAGTATCCAAACGGTGGCGCCACCTGCCAGCAGCTCGGGAACCAATCACAATGTGAACGACGAAATCTTCGCGGGAATCGATCTGAAACCTAAAATGGAGGAAAACGTGCGAATGGACTTGGACGATTCCAGAATAGACGACGATCTCGACAAATTGCTCCAGCACATAAAAGAAGATCAACAGAATTCTATGGACGCTCCAGACAGTCCCAAAGACCCCGGCGAAACATCTCACAGTGTTAATTCGCCGATGATGGGGCCGGGTGGTATGACGATACCGGGGATACCGTCCATAGGAATGGGGCCGATGTCTGTGCCCGGGATACGCACCGGCAGCGCGGGTCCCTCGAGCGCGGGCGGCTGCGCGGCGGCGTCTCGGCACTACCACTACACCATGCACTTCCCGCTGCCGCCCGCCGAGCCCGACCACGCGCCGCACGACGCCAACCAGCGCCACATCCTGCTCTACGGAGTCGGCAGGCAGAGGGACGAAGCCAAACACGCCGTCAAGAAGATGACTAAAGAAATCTGTAAGTTATACTCGAAGAAGTTCTCGATCGATGTCGCGGAAGGGGGAAAGATCAAGAAACATTCCCGCAGCGAATTTAATTTTGAAGCCGTCACGCAAAAATTTCAAGCGATGTCGATGTACGAGCAAGGCGCCGTGTCGTGGGCCGTGGGCGGCGCCGTGTGCGAGGCGCTGGCGGCGTACGCGGCCGGAGCAACCACGTACTTGCCTCAGCCCGAGCACGTGGCCTTCGCTTTAGACCTCATGGAAATTGCGCTCAACGTACACGGCCTCATCGAGACCTGCATCCAGATACTAAAAGAATTGTCGGAAGTTGAAGGAGTATTAATAACACGAGGCACGCCCAGCAGTGGGATCGCGACCCCGCGGGCGTACACGTCTGCACTGGCGCTGTACACCGTCGGAGCGCTCCGCAGATATCACTCGTGTCTACTGCTGTGCGTGGAACAAACGTCGGCTGTGTTCGAGCAGCTGTGCCGGCTTATGAAGTCGGTCGGCAACCCGGACGACTGCGGCTCGGCGGAGCGCTGCGTGCTGGCTCTGCTTCACGACCTGTACAAGGCGGCCGCGCATCTGTGCCACGCGCCGCACGCCGACACCTTCGCGAACGCATACCCGAAAATCAAGCAAGCCCTGTACTCCCCGCTGCAACCAATACCTTCAAACTACGTATACAACCCTGAGTTCTTGAGTGACTTCTTCACGAATCCGCGGAAAGGAAAAATGGAGATATCATGGGCGCGTCAAATCGCCGAATCGCCTTCGAACCGATACAGCTTTGTGTGTTCAGCGATGCTCGCCGTTTGTCGAGAAGTTGACAATGATCGAGTGAACGAGTTGGGCGTGGTGTGCGCGGAGATGACGGCGTGGTGCAGCGGGCTGGCGGCGGAGTGGCTGGGCGCGCTGGTGGCGCTGTGCGGCGCGCAGCACTACCCCGGCGGCACTGCGCCGCACCCGCCGCTGTACCCCGACCTGCTGCGCCAGCGCGACCTGCACGACGCCAGCGCGCACGACGCGCTCGCCGTCTTCACCTGCATCCTCGTCGCCCGGCACTGTTTCTCGCTGGAGGATTTCATGCGTCACGCCGCGCTGCCGTCCCTGCTGAAGGCGTGCGGCGGCGGCGGCTCGACCGGCAACCCCGCCAACGCGCCCTCGACCGACACGGGCGGCCGGCTCACGTGCCATCTCTTGCTTAGATTGTTCAAAACGGTCGACACTCCACAGCCCGGTTTGTATTCAGTGTCGACGTCGCCCGGTCCCGGCGGCGCCGCGGCGGGCGTGCGGCTGTCGTGCGACCGCCACCTGCTCGCCGCCGCGCACAAGAACATCGGCGTCGCACCCGTCCTCGCTACGCTTAAAGCCATACTCATGGTCGGTGATTCGGCGCGTGACGGCGGCAAGATAGGCAAGAAGTCATGTGAACTGTCGCACATACTGGGCACGAGCGACGCGGTGCCAAGCGACGCGCAGCTCGACCTCTTGTCGATGGTAGATTCAGAGATGAGTGGGGGCCATAGAACTCCTAGAGGGGGCGGCGGAGTTGGGTCGTCTTTGCTAGATTCGTCGCAGTCGCTTTCCTCGTTTGCCAGGAAAGTGCTAGCGGAAATATGCTCCGAAGAATGGGTGCTGCAGAAGTGCCTTCAGAATCCGGATGAGCTGTACCAGACTGGCATGCTGCTCGATTCCATGATCACTCCAAAACAAGCGCAGAGGTTATTGCATATGATCTGTTATCCGGATTCAGCGAGTCACACACATCCGGACTTGGATCAGAAGACTATGATCACTCGATTATTAGAGAACCTAGAACAATGGTCACTAAGAATGTCGTGGCTAGACCTTCAGTTGATGTTCAAGCAGTTCCCCGGCGGTTCCCCGGAACTGTCGGCGTGGCTGGACACGGTAGCGCGGGCCATCATCAATGTCTTCCAGCAGCCAGCGCCGCCACCGCCAGACAAGGACAGAATGGGAACAGACCGCGGAGTCGTCAGCACCAGTAAGTGGTCGGACTCTGTCTGGTTGGTGGCGCCGCTCGTCGCCAAGCTGCCTCCGGCGGTACAGGGCCGTGTTCTCAAGCAGGCCGGTCAGATCTTAGAGAACGGCTGGGGCGCCGGGTGCAGCGGCAACTGTGCGGGGGGGAGCGGCGGAGGGGGAGGCTCTCATCGGGATTGTAAAAGCCACCAAAGCCCTAGTTACAAAGGATCCTCGACGGGCGGCAGCGGCGGTAAGCGCGGCGTGAGCAGCGGCGCGTGCGGCGGCGGCTGCGCGTGCGGCGGCAGCAACGCCGTCAGACTCGCCAACGAGCCCCTGCTGTCCCTCGTGCTCACATGCCTGAGGAACCAAGATGATCAGAAGGAAAGCCTGTTGAGTTCGATCCACGCGCAACTGCAGCACTACCTGACGCACGCGCGCGACCACGAGCGCTCCGCGTGCAACGACACGTGGCACGACGAGGTGGCCCCCGAGGCGCTGCAGCTGCGCTTCTCGCTGGCCGGCGGGATGTTCGACGCGATACGCCGCTCCTACCAGCTCACCTCCGACTGGGCCGTGCTGCTCACTCAGCTGGTCGCGCACCAGGTGGTCGACGCGTACAACAACAGTCTGTGTCGCAGCAACCTCTTCAACACTTTGATCGACATGCTGGCCACTCTGATACACTCGACCCTCGCGGACGGGGGCGACGACAACAACAGGAAACACTACCAGAACCTCATGAAGAAACTGAAGAAGGAGATAGGAGACCGGCACGGGCCCTCCGTGCAGTGCGTCAAACAGCTCCTACCGCTCTCTAAGAACACCATCATTGAGGTGATCGCATGCGAGCCACTCGGCTGTCTGGTCGACCAGAAGGGAAACAAAATCACCGGCTTCGACAGCGACAAGAAACAGGGACTACGTTTGACGGAGAAGCAGCGCGTGTCGGTGTGGGAGCTGGTGGAGGGCGGGCGGAACCCGGCGCCACTGTCCTGGGCGTGGTTTGCGGCCACCAAGATCGAACGGAAACCACTCACCTACGAAAATGCTCACAAATTACTGAAGTTCCACACGCACAGCATGGTGAAGCCGCTGAGTTACTACCTGGAGCCCTTGCCCCTGCCCCCCGAGGACCTCGAGACGAATGATAATAAACAGGACAATGAGAGCCTCGAATCGAGCCCGACCGGCGCCGGTAAATCAAGATCGAGATCGGTGTCCGGGAAGAATATAAAGAAGATGAAACCATCGACACCGACAAACAGCTTAAATGGAAACGGAATGGCGGGCGGGCCCAGCAACATGGCGCCGGCCACCGCACAGCAGCCGCAGTTCATGCACCAACAACAGCAGTGGTTTCCGCCTCCAGGACAAAACTATTACAACCAACCAGCCGGTGTAAACACCCGCGGCGTCGCCCCGCCCTCCAATACCCAGTCGAAACAAGCGCTCAGCAACATGCTTCGGCAACGCGTACCGTTCAATCAGATGACACAAATGCAGCAGGGCACCGGATATCCCGCAGCACCGCATAGAGGTCCATTCCCGCCCCGGCAGAGCATTAGGCCGATGCAACCAAATCAAATGGGCACAATGCAGGCGCAGCAAATGAATCCAATGGGGGGCATGGGCGGCATGGGACCGATGAATCAAATGGGAGGGGTACAGATGCCAGCACAAATGGCCGGAGGGCAAATGAGTTCGGCCCCGATGGGCGGTGCACAAATGGGCGCCGGACAGATGGGCGGTATGGGCGGACAGATGTTCGGCGGACAGTACGGCGGTATGCAACAAAGCTACGCCGGCTACGGGCAACAGATGATGCAGGGCGGACAGCAACAGATGATGTCTCAAGGAATGGGACAGAGCGTTAGCCAAATGGGACAACAAGTCAACGCCATGGGTCAAAGTGTCAATTCTATGGGACAGAATGTCCCCCAAATGAATCAGGGTGTTGGTCAATCTGCACAAATGCCACAAGGCATGAGTCAGATGAACCAAAGCATGGCTCAAATGGGTCAACCTATGAGTCAGATGGGTCAAATGGGTCAAGCTACTGGTATGGGCGGCATGAATACGCAGGCTGGTTCAATGGGTCCTCAAGCTGGCAATGGCATGGGAGCGTTCGCTGGACAACAATCATTCCAGCAGAACATGATGGGTGGTCGCGCCACACAAGAAGCCTATTTAGCACAACAAAGACAAACCGCTCGACCGCCGTACATGCAGCAGGCGCCGAACGTGACGATGGGCGGCATGGGCGGCCCCGCCCCGCCCTACCCGCGCGGCATGCAGCCCCAGCAGAGCACGCAGTACCAGCAACAGATGACGCAGCAACGCATGCGGCAACAGATGCTGGCGATGCAACAGCAACAGCAACAAGGGCCGCTCGTACAGCACCTGCAGCGGCAACAGCAATATCAACCGCCCTATTGA

Protein

MYEKRPLKRPRLGPPDVYPQEPRQKEDELTSTNVKHGFSTTPQSSDEFGTARNYNYSTAKIGQFFSGILSKKEELNTLPDCGRKRQQVNPKDNFWQATARTKPQIEVWFKDLAGNKPLAQLAKRAPNFNKKEDIFITLTEYQVPMPRAAWFIKLSSAYTVAVSEAKIKKRQLPDPTTEWTTTLIKFLKDQIPKLSEYYQSVAPGNISDKTPPSQSGPGTPSHNSSGNAPGNSTPNSTVPNSLHSPGNSANMGSSTPGNESTDWRQALKLWHYCCRLAKYLLDEGLLDRHDFLTWVIELLDKRMPDDGLLRLFLPLTLQHMNEFVDCEGLSRRLATTCAKKAAAICSVLSEATLRALNQPAVFNRPAEKSTESNTQPMSPAPESNGDVKPNIAQIKRSGTPAEQSQGTPNPNHSMGTPNPNHSIGTPNPQQPMEVQGKEDSVSPPRDVKTTVNTVINASMNPVQVGFGEILNCSFHRDVIIQLATILQVICVDCPTAMVWSGCGSSLQGSPLDLLPVPPSSLPMPHMDSEITEEHRRLVYEAEQEISARSKKAESKWCTDKWQTSSQARVLAVLEALDRHCFDRVDPNNNLDTLYKEVFINCTPPSKDGAIDTKDPEWACSYAVVRVLCEWAVCGARWGEHRALAAAALLDRRQQQLQHLHHDHHATGSDDKESVSSGTGICSGPPIFQNLLLRFLDNDAPVLDESPNAPPGNRQQFANLVHLFGELIRRDVFSHDAYMCTLISRGDLISPTEPTSTIGNSIQTVAPPASSSGTNHNVNDEIFAGIDLKPKMEENVRMDLDDSRIDDDLDKLLQHIKEDQQNSMDAPDSPKDPGETSHSVNSPMMGPGGMTIPGIPSIGMGPMSVPGIRTGSAGPSSAGGCAAASRHYHYTMHFPLPPAEPDHAPHDANQRHILLYGVGRQRDEAKHAVKKMTKEICKLYSKKFSIDVAEGGKIKKHSRSEFNFEAVTQKFQAMSMYEQGAVSWAVGGAVCEALAAYAAGATTYLPQPEHVAFALDLMEIALNVHGLIETCIQILKELSEVEGVLITRGTPSSGIATPRAYTSALALYTVGALRRYHSCLLLCVEQTSAVFEQLCRLMKSVGNPDDCGSAERCVLALLHDLYKAAAHLCHAPHADTFANAYPKIKQALYSPLQPIPSNYVYNPEFLSDFFTNPRKGKMEISWARQIAESPSNRYSFVCSAMLAVCREVDNDRVNELGVVCAEMTAWCSGLAAEWLGALVALCGAQHYPGGTAPHPPLYPDLLRQRDLHDASAHDALAVFTCILVARHCFSLEDFMRHAALPSLLKACGGGGSTGNPANAPSTDTGGRLTCHLLLRLFKTVDTPQPGLYSVSTSPGPGGAAAGVRLSCDRHLLAAAHKNIGVAPVLATLKAILMVGDSARDGGKIGKKSCELSHILGTSDAVPSDAQLDLLSMVDSEMSGGHRTPRGGGGVGSSLLDSSQSLSSFARKVLAEICSEEWVLQKCLQNPDELYQTGMLLDSMITPKQAQRLLHMICYPDSASHTHPDLDQKTMITRLLENLEQWSLRMSWLDLQLMFKQFPGGSPELSAWLDTVARAIINVFQQPAPPPPDKDRMGTDRGVVSTSKWSDSVWLVAPLVAKLPPAVQGRVLKQAGQILENGWGAGCSGNCAGGSGGGGGSHRDCKSHQSPSYKGSSTGGSGGKRGVSSGACGGGCACGGSNAVRLANEPLLSLVLTCLRNQDDQKESLLSSIHAQLQHYLTHARDHERSACNDTWHDEVAPEALQLRFSLAGGMFDAIRRSYQLTSDWAVLLTQLVAHQVVDAYNNSLCRSNLFNTLIDMLATLIHSTLADGGDDNNRKHYQNLMKKLKKEIGDRHGPSVQCVKQLLPLSKNTIIEVIACEPLGCLVDQKGNKITGFDSDKKQGLRLTEKQRVSVWELVEGGRNPAPLSWAWFAATKIERKPLTYENAHKLLKFHTHSMVKPLSYYLEPLPLPPEDLETNDNKQDNESLESSPTGAGKSRSRSVSGKNIKKMKPSTPTNSLNGNGMAGGPSNMAPATAQQPQFMHQQQQWFPPPGQNYYNQPAGVNTRGVAPPSNTQSKQALSNMLRQRVPFNQMTQMQQGTGYPAAPHRGPFPPRQSIRPMQPNQMGTMQAQQMNPMGGMGGMGPMNQMGGVQMPAQMAGGQMSSAPMGGAQMGAGQMGGMGGQMFGGQYGGMQQSYAGYGQQMMQGGQQQMMSQGMGQSVSQMGQQVNAMGQSVNSMGQNVPQMNQGVGQSAQMPQGMSQMNQSMAQMGQPMSQMGQMGQATGMGGMNTQAGSMGPQAGNGMGAFAGQQSFQQNMMGGRATQEAYLAQQRQTARPPYMQQAPNVTMGGMGGPAPPYPRGMQPQQSTQYQQQMTQQRMRQQMLAMQQQQQQGPLVQHLQRQQQYQPPY

Uniprot

A0A437B956   A0A2A4JFF3   A0A194PQS7   A0A194R903   A0A212EP41   A0A2Y9D1V1   + More
A0A182HST6   A0A182LEW1   A0A182V376   A0A1S4GF45   A0A182JFS1   W5J6G4   A0A2M4CMJ7   A0A182XHV3   Q7QCA2   A0A182MEN5   A0A182JNU3   A0A182P961   A0A3F2Z100   A0A182YHN4   A0A2M4DRT7   A0A2M4CMT5   A0A182STH1   A0A2M4CPF3   A0A182NRP9   A0A084VXX4   A0A182QRZ7   A0A2M4A5Z2   A0A2M4A6E4   A0A2M4A6F7   A0A182FRJ1   A0A067QLK7  

Pubmed

26354079    22118469    20966253    12364791    20920257    23761445    + More
25244985    24438588    24845553   

EMBL

RSAL01000115    RVE46915.1    NWSH01001662    PCG70496.1    KQ459602    KPI93485.1    + More
KQ460615    KPJ13735.1    AGBW02013545    OWR43227.1    APCN01000348    AAAB01008859    ADMH02002105    ETN58988.1    GGFL01002331    MBW66509.1    EAA07470.5    AXCM01001996    GGFL01016112    MBW80290.1    GGFL01002446    MBW66624.1    GGFL01002610    MBW66788.1    ATLV01018209    ATLV01018210    KE525224    KFB42818.1    AXCN02000007    GGFK01002878    MBW36199.1    GGFK01003056    MBW36377.1    GGFK01003052    MBW36373.1    KK853286    KDR08967.1   

Proteomes

UP000283053    UP000218220    UP000053268    UP000053240    UP000007151    UP000075900    + More
UP000075840    UP000075882    UP000075903    UP000075880    UP000000673    UP000076407    UP000007062    UP000075883    UP000075881    UP000075885    UP000075920    UP000076408    UP000075901    UP000075884    UP000030765    UP000075886    UP000069272    UP000027135   

Pfam

PF12145   Med12-LCEWAV        + More
PF09497   Med12

Interpro

IPR021990   Mediator_Med12_LCEWAV        + More
IPR019035   Mediator_Med12       

ProteinModelPortal

A0A437B956   A0A2A4JFF3   A0A194PQS7   A0A194R903   A0A212EP41   A0A2Y9D1V1   + More
A0A182HST6   A0A182LEW1   A0A182V376   A0A1S4GF45   A0A182JFS1   W5J6G4   A0A2M4CMJ7   A0A182XHV3   Q7QCA2   A0A182MEN5   A0A182JNU3   A0A182P961   A0A3F2Z100   A0A182YHN4   A0A2M4DRT7   A0A2M4CMT5   A0A182STH1   A0A2M4CPF3   A0A182NRP9   A0A084VXX4   A0A182QRZ7   A0A2M4A5Z2   A0A2M4A6E4   A0A2M4A6F7   A0A182FRJ1   A0A067QLK7  

KEGG

101736174    K15162 mediator of RNA polymerase II transcription subunit 12 | (RefSeq) mediator of RNA polymerase

GO

GO:0003712   GO:0016592   GO:0006357   GO:0005634   GO:0003713   GO:0006260   GO:0019205   GO:0005739   GO:0016776   GO:0006811   GO:0016020   GO:0016876   GO:0043039  

Length:

2404

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.0186699999999999

Exp number, first 60 AAs:

8e-05

Total prob of N-in:

0.00023

outside

1  -  2404

 

 

Pi

251.134244

Theta

182.394406

Tajima's D

0.514833

CLR

0.384571

CSRT

0.517974101294935

Interpretation

Uncertain