Silkworm Genome Informatics Database

Gene

KWMTBOMO09080 Validated by peptides from experiments

Pre Gene Modal

BGIBMGA007513

Annotation

PREDICTED:_E3_SUMO-protein_ligase_RanBP2-like_[Amyelois_transitella]

Location

Bomo_Chr15(+):10992889-11007404 View in EpiBrowser

Location in the cell

Nuclear Reliability : 3.701

CDS

ATGTATAGAAATAAAAAAGACGTTGATAAGCACGTCGAAAATTTGCTGAACAAAATATCTTCGAGAGAGTTTAAAAGTCGTGCTTATTCCATCGCTCGGTTGTATTTTGAAGTTGGCGATTTTGCGAATTGCCAAAAATATGTTGAGCAATATCTTACTCAAAAAGATAACAATGCAGCGGCTTATAAACTTCTCGGACAAGCTTTGCAGAAGATAGGACAAAAAGAAAAGGCTTTAGAACAATACAAAACTTCCCTGGACATTGACCCAGCCCAGACAAGCACTATTCTAGACATTTGTGAACTTCTAGCTGATTATGATGTGGAAATAGAACCTGGACGTGCAAAATACTGGTGTGAAAAAGCAGAAGCAATATTCCCTAGACACCCTGTTACTTTTCGACTCCGTGAAAGACTTCTATCCTTGCAAAATCCAAATCCTGAAGCACTAGTCAAATTAATAACCACAGAATTGGCAATAAGACCAAAAGATGCACAACTTCATGCACGTTTAATAAAACATTATATTAGCACAAATAAATTAAAAGAAGCTTTTGAACACAGTTGCAATATTGAGTTTGGTGAAAATTTTTTCATGAGTAATTATGCTTGGTATGAAATTTTAGCCAATCTTGTGGTAAATAGTGGAATTAACCATAATGAATGGCTGTACCAGTTATTGCTTTTAACTGTTAGAGAACGTTTGTGTGTCTTAAGTTTAACTGAAACACCAAGTGGTACATCAAAAAGCTTAGTAGAGTCACAAGAGTTTCTACAAGCCTATGATCAGTCAATTGAAATAGTTGCAAAAACAGGTCCTAGTCCTGGCCATGGAGATTTTCATGCAAGTTTGCTTCAACATCATAAAGGACAATTTAGCTTACATGCTGCTACACTGTTACTGAAGAGGGCAAAGAAAGACCAGTTGAATTGGAGAGATGCTGTAAAATATGCTGCACCATTGATGTTAATAGCATGGCAAACATTACCACTTGATCCAAAAGTAAACTGGGTTAAACATGCCCCAGAAAAACAGTCAAATGCAGTTAGACGGTGGTTTTCTGAAGGAACATACAGGTGCTCTCAAGCAGATTGCCTCTGTACACTTTCGCAAATGAAATGGTGGGATTGTGCTTATAAATTTTGTCAAAGTGAATTAGGTACTGAGCTTACAGATATTAGAGCCACATTGAGTCAAGGTATAGAGGTTGTTAGATGTGTTGATAACCATGGTCTTGATCCACATCTTCTTTGTTTACTGGGACAATTATTTAATAACAAAGCTAAATCTATTTCAAATTTCGAAGAGAAGAATCATTGGAAATTCCGTGCAGCATTATACTACTCTTCTTCAATTCCTCTGCTTGAAAAGTTGATTAACAAAATTTTTGTAAAAATACCAGAAAAGAGAATGTTTGCCTATATCAACAAGGAACATAACTCTAAAGAATTGAATTCTTTAATAGAAGAGAGCAAATTATATGTTGCATCTCATCATTTTGATGAAAATGAATATGACAAAGTTATTGACATTGCTTCATCTTTAAAATCTCCAGAAGCTTACTACCTTCTTGGTCAAACATATACTAAAATTGCTGTTTTAGAAAATGATAATTCTAAAGATTTTTCAGTTAATACTAATTCAAGCTTTTTTGTAATGATGAAAAAAGCTAAGCATTATTGTTACAAAGCCTTGGACAGGCTTAGACAAATTGAACCTGACAGAAACCACCCTTTGTATGTCAACATCCAGGATTTGATAGAAAACATTAAAACTTACTTAAACAGAGCAGATCCTGATGTATCAATAAATGACAATTTTAAGGATGACTCTGATTCATCTGTTGACCTTTTGCCAGTCCGAGCTACCGCACAACATACTCGTAATCTGAGTTCTACGCCTAAACCTAAACCTAACCTAAACAACTCAAATATGACAAATTATCGAACAGCGGTTGATTCTCAATTCATGGACACTTCAAGAATTGATCATCAATTTTTAGAAAGAATAGAGACAGAAATCAGAAACTTAAACAAGAGAGATGCTACAATTAATGATTTTATGCAACAAACAAGAATATGGTTTGATGAGAATCGCAACTTAGGAAATCAAATAACTAACACTATTCACTCTAATGTCCAAATAACTACGGATCAAATAAAACTTCTAAAAATTTCAGTAGATCATGTAAAGGATCAAATAGACCAGTGTAGAAATGAATGCAAAGATGTCGGTGAACTAAAAAAGCAAATTGCTGAATTAAAAATAGAAGTAAACAAGTTAAAAAAACCAGCAGAAGCAAGTGATGAGAGTGATTTATACAATACAGATAAAGAATGCAGAAATAATGAGAACACACCAGGCTATGCTACACAACTACCTTATAGTCCTGCTCAAGCTATGGCTTCATATAATCAGAGACTTGTTCCACCTTTTCCAGCACCACCTAATCCATACCATTTATATGGACAAAATTTTTATAACTTATACAATCACTACGCCCAAATAGCTCAAACGTCAACACCTGGAACTGCTCCTATATTTGAACATGCCAGGTCCCAAATGGCGCAATATCCAGGTGTATATCCAACACCAGAACAAATGTTTTTAGATATTGCACAACTTGTTCCACCAGCTGTACCAGTACCCCCAGTTCCGACTGTCCCAGTGCCTTCAGCTCCGACTATCCCAGTTGTACCAGCTACACCAATAACTACTGTTACAACAACAGCTAAATCAACAGTTCCGATTATTTCAACACAATCTTCAATATCCATCACATCTAAATTGGTAAATAAAACATCCAAAGAGACAGCTAAATCGTTACCTGTCAATGTTGTGATAACATCTTCTGATCCATTACCTACATGTACTACAGCACCACCTCCTATACTGAGTGTCACTATTCCTCCTAAACATATAAAAAGCTCCCCTCATAATTATCAAATTCCTATGCCATCTGTGGATGAAACAAAAACAGTGTCACCATCCGTTTTTAGTATTCCAAATTCAGGAATAACTGTGAGTTCATCGACAAATTGGAGTCAATCATCCATTTTTAAAACAACGCAGTCAATTCCTGTACTCAACAAGATGGGTGATATATCATTGATAAAGGATGCTGCTAAAACTGAAATTAATAATGCCAGTATTGATCCTTCACCAAATGCTAGTCTTAATAAATCGAGAACAATATCAGAACGTAGCAATACATCTATTGAAAGCTATGATCCATGTCCAGACTTCAAGCCGATAGTACCATTACCTGCCGAAATAAAAGTGAAAACCGGAGAAGAAGATGAATTTACAATTTTTTCTTCAAGGGCTAAATTGTTTAGGTTTGTAGACATGCAATGGAAAGAAAGGGGCCTCGGCGAAATTAAATTATTAAAACATAAAATTACTGGAAAAGTAAGAGTTTTGATGAGACGTGAACAAGTTCACAAGATTTGTGCTAATCATGTAATTACTTCTGAAATGGAAATTTCACCAATGAAAAATGAAACAAAGGCCTATTTTTGGGTCGCCAACGATTTTGCAGATGAAGCAGTGGTACTTGAAATGTTTTGCATACGTTTCAAGACTTCTGATATAGCACAGGAATTTTATAGAAATTTTGAAAAAGCACGCTTAGAAGCAGCTAATTCAAAGACTGTTGAAATCCACACTGACAAACATGATTTAAAAAATACTACCAAGGCATCTACCCCTAGTGACGTTTCTTCCAAATCTGAAGACCATCCTAAATCTACTCCTGGTAAATCTGTGCTTGGAGGATTCACTTTTAGTAGTACACCAAACATAAAACCAATTAAGGATGAAAAAGAAGTCTGTTCTAAACCAACTGAAACAACTGTAGGTAAATCCAACCCATTTACTGACTTTTCTTTGAAATCTATGTCAAGTTCACCATTTTCCAATTTGTCAACTGTGAATACGAATATATTTAGTAAAAATACTACACCTCCACAAGACGCTGCTAAAAAATTAAACATATCTGACACAGTAGAGGACTTTGAACCCACTGCAGAATTTAAACCAGTTGTACCTTTACCTACATTGATTGATCAAAAAACTGGAGAAGAAGACGAAAATGTGTTGTTTGAGAACCGTGCTAAACTCCTACGTTTCGATGCTTCAGACAAAGAATGGAAAGAGCGAGGACTAGGTAACATGAAGTTACTTATACACAAAGAAAATACCCAAAAAGTACGATTATTAATGAGACGAGAACAAACTTTGAAAGTATGTTGCAATCATTCAGTAACAAAATTTATGATATTCCAAAAAATGCAGAATATGGAGAAAGCTGTTACTTGGTGCGCTAAGGACTTTTCAGAAGGAGAACTGGTAACACAAACATTTTGTTTGCGTTTTAAAACTCCAGAGCAATGCGGAAAATTTATTGATACTGTAAACATGGCACAGAAAAATATGGAAGATGAATCAAAAACTTCCAAGGAAGGAAACAATGCAGCCACACAGAACAATCAAACTGGATTTGGAGATAAATTTAAGTCAAAACCAGGGTCTTGGTATTGTGAAACATGTTATACCAATAACTTGGAAAGTTTTGACAAATGTGCTTGTTGTGAACAACAGAAACCACAACTTGTTGTGAATAATAAAGAATTAGGTTTTGGAGACAAATTCAAAAAGCATCCAGGAACATGGGAGTGCCCGATGTGTTTAATTCGCAATGAAATTGGAGTAAAAAATTGCATTGCCTGTAAAACACTTAAAGATCCTTCAGAAACAAATAATAAACCAGAACCAGAAGTACAACCATTGCAATATTCTTATGGAATACCTGGTCAAAATGCTAAAACCTTAGAAAATAAAACAATACAGTTTCAAAATACAAATATTCAAATATCAACTGATTCAAAAGCTTCTATTCCGAAATTTAAATTTGGTATTGCACCAGCATCACATGAATCAAACGAGGAAACTAATTCAGAAGTTGATGCACCCACTTCCACATCTATATTTGATGGTACTGGTACACACACATTTAAATTTGGTATTCCATCAAATTTGACTGTAAAGCCCCAAAATTCACTTGAAATTAAAAAACCAATGAGTACAATGTTTGATTCACCTAAGACTTCAGTAGCTGCTGAAAAACCTTTGAACATAAATTTAAAAATAGAACATGAAAATGAGAGTAACACAGCTGTATTATCTAAATCAAAAGATCTTACGTTTGGTTCTAATGAAAGTGGAACATTCAATTTCGTTTTTAAACCAAAAACTCCAGTAAAATCCAAGAGTCCATTGAAAAATCCAAAAAGTCCTGGTGAGGACAGTGATGGAAATGATGAGTGTGTGTCAGAAGAGGAGTCGTCCCAGATACAATTTACACCTGTTATTCCCTTGCCTGATGAGGTTCAAGTTGTAACTGGGGAGGAAAATGAAACTGAACTTTATGGCCACAGAGCCAAACTATATAGATTTATGGCTGGCGAATGGAAAGAGAGAGGAATCGGAGTTGTAAAAATTTTGAAACACAAAGATACAGGCAAGTTAAGAGTTGTAATGCGACGGGAGCAAGTTCTAAAAATATGTTTAAATTATGCATTAGCGCCTGAAATTACATTTACTCCCAAAGATGAAAAAACGTGGTTGTTTGCTGCTAATGATTATAGTGAGGGAGAGTTAAGCTTACAACAATTTTGCCTTCGATTTGCAAATAAAGAAACTGCTACTGAGTTCAAAGACGCAGTTGATAAAGCCAGGGATGGTAAATCTATTGAAATAATGAAAAAAGATGATAAATGTAATTCAGAAAGTATTTCTGGAAAGAGTGAACAAAATATTGATGAGGATGATGTTATTTTTGTGAGTGAAACAGTTGCCACTGTGGAAGAAAAGCAGAAAGCAAAGGATCTATTACTTCCGGAAAACTTTTACAATTACAAATGTAAAGATCCATGTCAAGGATGCCGGGGTTGCAAAGAAAATGAGTTTGTAAAAAAAACTGATTCTCCAGTGAATATTAGCAACTCAACAAATCCACTAGAACATATGACTATGGCAGCTCTTCTATCGACTCCTAGTAAAACGACTCCATCTTCATTTCAAAGTCCTACTAATTCATTGTATGGCACTCCATCTAATTTTGAAAAGACTTACGATACCTCAATTTTCCGTACTCCTCTAGGATCAATTGGCTCATTAAAATCCGATACACCTACATCAACAATAAAAAAATCTGATCTTTTAATTAGCAAAGAAAATGATTCAATACAGAAACCCTCAGTTTATTCAACATCAACTGTTGAGGAGGTTGAAGCAACAGAGATAAATTCAAAGTCTAAAGGTGTTATACTTGCTCCCCCAAAACTTACTAATGTTCCCTCAAATGAACAAAAAGCTCCAGAAAAAAGCTCCATTTTTACTAGTGGTCAAAACAAACCTATGTTTGATCAATCCAAATTTCTATTTGGTAGTGCTGCTGCTGGTACTTCTAGTAATAAATCAATTTTTTCATATTCAAGTGATAACTCACCTAAAAATCCAAAAGATGATGTGAAATCAATATTTGGTGGAGCCCAGAAAGACTTTTTATTTAGTAATGTAGCACAAAGTAAAATTTTTGGCCCAGGATCAATAGCTAGTAATCAATCGAAACCCAGTCTTTTTAGTACACAACCACAGACTGAAGAAAAAAAGAATGTGTTCGTAAATAATGACTTGCAGTGTGGGAATAATGCAACTATTAATTCTAATCAGAAAAAAACAAATGAAGACATCTCAGAAAAATCCAATGTAGCCAAAAAAGAAGAGATAAATAGTGAAGGACCCTTCAGAATTGATAATAAACTATCATTTGCTGCTTTGTCTACGGGTAGTGGTGATAATTTTCAGAAAAAGGCCGATTTTCAATGGGAGGGTGCAGGTCAGCAACTGTTTGCTGGTGGACAGAGAATAGAGGGAGATAATTCTAAAACTGAAAGCAATGCAGTAACCGAAAAAAGTGGAGCTGCAGGTGATGAAGAATATGACCCATATTATGAACCTATTGTACCTTTACCTGAAAAAATTGTGATCACTACTGGTGAAGAGGATGAGGAAAAATTGTTTGGCGAAAGATGCAAATTATTCCGTTATAATGAATCTCAAGAATGGAAGGAACGTGGTGTAGGCGAAATAAAAATTCTGTATCATCCAGAAAGAAAAACGTACAGATTTTTATTAAGAAGAGAACAGGTTCATAAAGCTGTATTGAATATGCTGTTATTTGCGGATTTGGAATTACACCCAATGAAAAATTCTGATCGAGCATGGATTTGGGCTGGGATAAATTATGCAGAAGACCCATCTGGTCAGCAGGAGACCCTAGCTGTCCGTTTTAAATCGATCGAACTGTTCAATGAGTTCGGCAATAAGGTCGCCCAATGTATACAGAAGCTGCAAGATGAAACAGCTGCTAAGCCTATTGAAGTGAAAAAATCTCAAGAAACAAATGAGGCCAGTTTCACCAATCCCATGCGGTTGCCGAAACATTTGCAAGACAGTGCACGAGCAGACTACGCGATGACGGCAAAAGTGGAACAGCAAACTCAGAGAGACGAAGTCGTGGACCCGAAACCAGAAGCTGTGTTCCAAGTCAGACCATCACCGTCCAAAGAAAATTTTCAACAAGTACAGTTCCAAGAAATGCGCCAATCAAAGGAATATGACGTTGATGAAGAATATGACGACGATAATGGCGAAGATAATTATGATGAGTATGATCCCGACTATGAGCACAATGAATACGACCATGAATACAATGAAGATGAAGAGGAAGAATCTGGTGAATATTATTCGTGTGATGGAGAAGCAGTTATCAAGCAAGGCAGTTCAGAAACGACATGTGAGAACGCTCGCATCATCGTGATATTTGATCAGGATGTTTGCTCACCTAAAATTCTGATCACTGACAGTGGAACTGGAGAAATCCTTGCCGATATGCTTATAAGCACAGATACTGAATTTGAGATTTCTAGTGATACTACGTGCAAATGGTCAGGAACGGACTTTACGAGCAATGATCCCGTTGAAAAGTCTGTAACAGTTAACTTCCCCGATAGTGAAGTCGCAGCACAGTTCCATGAAAGTTGTGAGACTTTATGTAAAGGTGCATCGCTGTACAGATCAGATCCAGAATCGTAG

Protein

MYRNKKDVDKHVENLLNKISSREFKSRAYSIARLYFEVGDFANCQKYVEQYLTQKDNNAAAYKLLGQALQKIGQKEKALEQYKTSLDIDPAQTSTILDICELLADYDVEIEPGRAKYWCEKAEAIFPRHPVTFRLRERLLSLQNPNPEALVKLITTELAIRPKDAQLHARLIKHYISTNKLKEAFEHSCNIEFGENFFMSNYAWYEILANLVVNSGINHNEWLYQLLLLTVRERLCVLSLTETPSGTSKSLVESQEFLQAYDQSIEIVAKTGPSPGHGDFHASLLQHHKGQFSLHAATLLLKRAKKDQLNWRDAVKYAAPLMLIAWQTLPLDPKVNWVKHAPEKQSNAVRRWFSEGTYRCSQADCLCTLSQMKWWDCAYKFCQSELGTELTDIRATLSQGIEVVRCVDNHGLDPHLLCLLGQLFNNKAKSISNFEEKNHWKFRAALYYSSSIPLLEKLINKIFVKIPEKRMFAYINKEHNSKELNSLIEESKLYVASHHFDENEYDKVIDIASSLKSPEAYYLLGQTYTKIAVLENDNSKDFSVNTNSSFFVMMKKAKHYCYKALDRLRQIEPDRNHPLYVNIQDLIENIKTYLNRADPDVSINDNFKDDSDSSVDLLPVRATAQHTRNLSSTPKPKPNLNNSNMTNYRTAVDSQFMDTSRIDHQFLERIETEIRNLNKRDATINDFMQQTRIWFDENRNLGNQITNTIHSNVQITTDQIKLLKISVDHVKDQIDQCRNECKDVGELKKQIAELKIEVNKLKKPAEASDESDLYNTDKECRNNENTPGYATQLPYSPAQAMASYNQRLVPPFPAPPNPYHLYGQNFYNLYNHYAQIAQTSTPGTAPIFEHARSQMAQYPGVYPTPEQMFLDIAQLVPPAVPVPPVPTVPVPSAPTIPVVPATPITTVTTTAKSTVPIISTQSSISITSKLVNKTSKETAKSLPVNVVITSSDPLPTCTTAPPPILSVTIPPKHIKSSPHNYQIPMPSVDETKTVSPSVFSIPNSGITVSSSTNWSQSSIFKTTQSIPVLNKMGDISLIKDAAKTEINNASIDPSPNASLNKSRTISERSNTSIESYDPCPDFKPIVPLPAEIKVKTGEEDEFTIFSSRAKLFRFVDMQWKERGLGEIKLLKHKITGKVRVLMRREQVHKICANHVITSEMEISPMKNETKAYFWVANDFADEAVVLEMFCIRFKTSDIAQEFYRNFEKARLEAANSKTVEIHTDKHDLKNTTKASTPSDVSSKSEDHPKSTPGKSVLGGFTFSSTPNIKPIKDEKEVCSKPTETTVGKSNPFTDFSLKSMSSSPFSNLSTVNTNIFSKNTTPPQDAAKKLNISDTVEDFEPTAEFKPVVPLPTLIDQKTGEEDENVLFENRAKLLRFDASDKEWKERGLGNMKLLIHKENTQKVRLLMRREQTLKVCCNHSVTKFMIFQKMQNMEKAVTWCAKDFSEGELVTQTFCLRFKTPEQCGKFIDTVNMAQKNMEDESKTSKEGNNAATQNNQTGFGDKFKSKPGSWYCETCYTNNLESFDKCACCEQQKPQLVVNNKELGFGDKFKKHPGTWECPMCLIRNEIGVKNCIACKTLKDPSETNNKPEPEVQPLQYSYGIPGQNAKTLENKTIQFQNTNIQISTDSKASIPKFKFGIAPASHESNEETNSEVDAPTSTSIFDGTGTHTFKFGIPSNLTVKPQNSLEIKKPMSTMFDSPKTSVAAEKPLNINLKIEHENESNTAVLSKSKDLTFGSNESGTFNFVFKPKTPVKSKSPLKNPKSPGEDSDGNDECVSEEESSQIQFTPVIPLPDEVQVVTGEENETELYGHRAKLYRFMAGEWKERGIGVVKILKHKDTGKLRVVMRREQVLKICLNYALAPEITFTPKDEKTWLFAANDYSEGELSLQQFCLRFANKETATEFKDAVDKARDGKSIEIMKKDDKCNSESISGKSEQNIDEDDVIFVSETVATVEEKQKAKDLLLPENFYNYKCKDPCQGCRGCKENEFVKKTDSPVNISNSTNPLEHMTMAALLSTPSKTTPSSFQSPTNSLYGTPSNFEKTYDTSIFRTPLGSIGSLKSDTPTSTIKKSDLLISKENDSIQKPSVYSTSTVEEVEATEINSKSKGVILAPPKLTNVPSNEQKAPEKSSIFTSGQNKPMFDQSKFLFGSAAAGTSSNKSIFSYSSDNSPKNPKDDVKSIFGGAQKDFLFSNVAQSKIFGPGSIASNQSKPSLFSTQPQTEEKKNVFVNNDLQCGNNATINSNQKKTNEDISEKSNVAKKEEINSEGPFRIDNKLSFAALSTGSGDNFQKKADFQWEGAGQQLFAGGQRIEGDNSKTESNAVTEKSGAAGDEEYDPYYEPIVPLPEKIVITTGEEDEEKLFGERCKLFRYNESQEWKERGVGEIKILYHPERKTYRFLLRREQVHKAVLNMLLFADLELHPMKNSDRAWIWAGINYAEDPSGQQETLAVRFKSIELFNEFGNKVAQCIQKLQDETAAKPIEVKKSQETNEASFTNPMRLPKHLQDSARADYAMTAKVEQQTQRDEVVDPKPEAVFQVRPSPSKENFQQVQFQEMRQSKEYDVDEEYDDDNGEDNYDEYDPDYEHNEYDHEYNEDEEEESGEYYSCDGEAVIKQGSSETTCENARIIVIFDQDVCSPKILITDSGTGEILADMLISTDTEFEISSDTTCKWSGTDFTSNDPVEKSVTVNFPDSEVAAQFHESCETLCKGASLYRSDPES

Uniprot

H9JDB6 A0A3S2NWV8

Pubmed

19121390

EMBL

BABH01030137 RSAL01000040 RVE50991.1

Proteomes

UP000005204 UP000283053

PRIDE

H9JDB6

Pfam

PF00638   Ran_BP1        + More
PF00641   zf-RanBP
PF07719   TPR_2

Interpro

IPR001876   Znf_RanBP2        + More
IPR000156   Ran_bind_dom
IPR011993   PH-like_dom_sf
IPR019734   TPR_repeat
IPR011990   TPR-like_helical_dom_sf
IPR036443   Znf_RanBP2_sf
IPR013026   TPR-contain_dom
IPR013105   TPR_2

SUPFAM

SSF90209 SSF90209 + More
SSF48452 SSF48452

Gene 3D

1.25.40.10 2.30.29.30

ProteinModelPortal

H9JDB6 A0A3S2NWV8

PDB

5CLQ E-value=4.07341e-32, Score=353

KEGG

101744401 K12172 E3 SUMO-protein ligase RanBP2 [EC:2.3.2.-] | (RefSeq) E3 SUMO-protein ligase RanBP2-like

PATHWAY

03013 RNA transport - Bombyx mori (domestic silkworm)

GO

GO:0005623 GO:0046907 GO:0046872 GO:0008270 GO:0005515 GO:0051090 GO:0016579 GO:0010181 GO:0006811 GO:0016020 GO:0016876 GO:0043039

Length:

2719

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.0695599999999999

Exp number, first 60 AAs:

0.00057

Total prob of N-in:

0.00339

outside

1 - 2719

Pi

267.482228

Theta

211.905678

Tajima's D

0.915821

CLR

0.034427

CSRT

0.630818459077046

Interpretation

Uncertain

Source	Sequence	Identity	Evalue
26280517	IFFIQCETCGSR	96.15	5e-10
28467696	SKPEIQVSDVSTK	95.24	2e-08
27530593	RDVIVLSDSDPGEREPAPAPEVAAPEPVGPKT	100.00	4e-06
26280517	SSIDTRPSESR	100.00	3e-04
28467696	SSIEGGAAIIR	100.00	3e-04
26822097	GIGEIK	100.00	0.006
26280517	WRYPSISIHGIEGAAFQPGAK	100.00	0.006
28467696	WSFMNKPSDGRPK	100.00	0.006
26280517	IEFPVINR	100.00	0.007
26280517	SQDGNDPIVQIGR	100.00	0.030

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics