Silkworm Genome Informatics Database

Gene

KWMTBOMO08470

Pre Gene Modal

BGIBMGA003541

Annotation

hypothetical_protein_ALC57_15604_[Trachymyrmex_cornetzi]

Location

Bomo_Chr14(-):10474667-10479436 View in EpiBrowser

Location in the cell

Nuclear Reliability : 2.855

CDS

ATGTCAGAATATTGTTTTATTTGTACTCATCTTTTAACTGAAAGTGAAACTGTAACTGTTGATCGTGGTATGAAGACACTGATTAATGCAAGTGCTGAAAGAGATGATGGATACTCGGAATTTCTTAAAAAACAAAAATCTGTGACAATACATAGCAACTGTCGTAAAATTTATACGCGGAAGTGTTCTATTGCTGCTGCCATCAAAAGAAAACGCGAAGAACAAGAAGCTAACACATCTACAGGATCTACAGTAAGTAGTCCTCCTCGTACTAGATCCCGTTCAAGTGATTCAGCTTTTTGTTTTAAAAAACTATGTTTATTTTGTGGCAATAAATTGAATGAAGAGTTGCAGAGAAAAAAATCCTTAGATCGTCGCAGTAAAATTTGTCAAGTAAGTACACTCCAATTCAAACATTCAATTTTGGAAGTAGCACGAACTCGTTCCGATGCTATATCGAAAGCTGTTGTTGCTCGAATCGAATTTGACTATGATTTAGTTGCTGCTGAAGCAAAGTATCACCAAGAATGTTATACTTCTTTTTTGAAACCGACTACTGGCGGTACAGTTGGTCGTCCTAAAGATGAAGCAACAGATCTGGCAATGCAGGAAATATTTACATACATTGAGAGTAGCAATGACTGTCAGTTTACTTTGGCTGAGTTAAAAGATGTTAGCAAAATTTTAACTTTAGATAACAGGACTATTAAGCTGCGACTTAAACTGAAATATGGCGATAAAATTATTATCACTGAAAAACCGGGAGCGTTAACATTTGTATGTTTGATAAACAGTCACCATGAAATTTTAAATCAATCTTGGTCCGAAAATAAAAAAAATAATAAACAAGAAGAACGATTAAAAACTCTAGAAGCAGCAGCATCTATTATTCGAGAAGATATTCAATCCTCGGTATTTGATAATTCCTACTACCCTCCACCAGGTCGAATGTTTGAAGATTTAAATAATGACATCCCACAGTCACTGACATTTTTTTTGGAGCAAATGATCTTAAAAAATAAACGATCAAATTTCGATCATTTAAAACTAGTATGCACCAATATTTGTCATAGTATCATGACTGCTATTCGACCAAGATCGTTCAAGTCCAAATTACAGTTAGGTCTTTCAGTTTTTTTTCATCGGAGGTTCGGGTCTAAGCGTCTTATACAAATTTTGTCGTCTTTTGGTTTGTGTGCTTCTTATAATGATACATTGATGTACAAGTCAGCAGCAGTTTTTCATCCTCTTCCTCATGTCCTACCACCTGAAAGTGGCACACTTATTCAATACGTTGCAGATAATGCTGATATAAATGTTAATACGCTAGATGGTAACAATTCACTCCACATAATGGGTATAATTCAAATTGTAACTCCAAAGCACTCTGTTTTACTAGAAGAACCTATGCAACGAATAAAAGAAGTTCTTTCAGCAAAACACTTCAAAGCAAAAGCTCATGTGCCAATACAGATCTATCAGAATAGTGATGTAGTTGGTTACAGTAAAATATATGTCCAAGATTTTGGATATGGAACTGAAACAGTATCTTTTCATAAAAATTCTGATGTAGTATGGTTTTATGGAAAGTGGAAAAATACATCATTACCTGGTTGGAACGGTTTTATTGAGCGCTTAACAAATTACCATACAAATTATTCAAAATCTCAGATTACATTTTTACCATTCATCCATCAACCAGCTAGTAACTATAATACTGTCTATACGACTTTACTTTGTGCATTAGAGAACGCGAAACGTTACGGCCACACTGTATGCATCGTGACTTTCGACCAACCCTTGTATGCGAAAGCTCGAGAAATTGTATCAGCCGCACCTGACGGCTCTGAAGTATCGAAGATTATTGTCAGACTTGGAGGATTTCATCTACTCATGTCTTATCTCGGAGCAATTGGTTATATTATGCAAGGTAGCGGGATAAAAGAAGTACTCTCAGAAATCTATGCACCAAAGTCATTAGAAAAAATGCTCAATGGTCATGCTTACGCAAGAGCTGTTCGAGCACATACACTACTCCAGCTGGCTTTAGCAATTACAATATTAAAAACAATAGATATTAATGATATCATGGGAGCAGATTTAATCATAAATATTGACCATATATTAGATAGCACTCTTTCATATTCAGATATTGAAAATGATAATGAAGTATCAGGTGCTTTACTTCATAAATTTAATATGAAATTGAAAGATTTTGAGGAACGAGGACCAACAGCGCAACTTTGGATACAATATTTTAATATGGTTTCACTTGCAAAAGAATTTTTGAGAGCTGAGCGTATGGGGGACTGGAAAGCTCATTTAAGTTGTGTAAAAGAAATGTTACCTTATTTCCACTCGTCAGGACATTTTCCATATGCTAAATCTGCACACTTGTATTTACAAGACATGATGCAATTACAGGACTCGATGGATCCTGAAGTTTACGAAAAATTTACCGAAGGATTTTTCACCGTGAGACGCTCAGATAAATTGAGTTGTGGAACTTCTACAGACATGGTTATCGAACAGTCTATGATGAAAGCCATGAAGACAGATGGAGGTATTGCTCGAGGAAGAAGTACAAAACAAAGTGTAATCAGTAAATGGGTTTACAGCATGCATGCAATGAACACAGTTTGTGAGAAATTAGAAGATCTTGCTAATGTTAGGATGGATACGACTGAACAGCATGTTGATGCCAGTGATTCACGTGTAAAAAAAGACGCTAAAGACATACGAATGCTTCTTGAGTGGTTCTCGATTCATGATCCTTTCCCAGAGGTTAACAAAGTCATCTCGATTGCAAGTGGTGTCGTTGGTGATAATACAATTAATTGCTATAAAGCACGTGAACTTGGGCTTATCTCTATTGCTAAAATAACTGGACTGACATTTAAAGATATTAAACTTAAACGCGCTGACAAAGTTGTTCCTCTTTTAGCTATGAGTAGCACCGTAAAAGTTCACGAAGAAAAAGTACCTGTTGACCCAGTGTTATTATTCCAACGTATGAGTGTTACTGCGGCTTTTCAAGATGAAATTGAGAAATATTTCGAGTATGAATTAGCTCCTTATCCGTTAACATTATTTGATGACATTGGAATGCGCAAGACCCAGAAGTCGGCTATTTACGATTGTTTTCAGACTATAAATGTTGATATTAATAACACTAATTCAACGTACATAATTGACGGAGGATTCTTATTACATCGAGTGGTGTGGGATAGCGAGGAAACATTTAACGTTATCTTAGATAAATACGTTCAATATGTACGTCGACATTTTGGTTCCAGAGTTACTGTCGTATTTGACGGATATGATGATTATACGAGAAATATTAAAGCAGCAGAGCAACGCCGTCGAAATGCTGCTTCATCAACTTCTTCTGATATTATATTCGATGAATCAATGACAGTTCCTACCAGTCAACAGAAATTCTTTGCAAATAATCACAATAAATCTAGGTTTATTTCGATGTTGAAAGCAAAATTTACTGCTGAGAATATATCCGATGAACAAGCTAATGATGATGCTGATGTATTGATTATTGAAACAGCGATAAAGAAATTCAGTGTGACAAATACAACTGTTGTTGTTGGTGAGGATGTTGATTTACTCGTCTTGCTTACTGCTCGAACTCCAACTGAAAAAATTATTTATTTTTTTAAACCCGGAAAAGCCCAAAATCAATCGGAAATATATTCATCAAACAGTTTATCCAATTTTCCTAAATGTCAAAATCATGTATTGTTTCTACACGCAATAACTGGCTGCGATACGACATCTGCTTTTTACAGGAGAGGAAAAACAACAGTTTTCAAAATGTTTGAAAAAAAAGATTTACTACAATGTGCTGAAGTTTTTAAAAATAGTAATTCAACTCAACAACATGTTATCACCAACGGAGTTCAATTTCTTCTTGCTATGTACGGAGCCCCCAAAAAAACCACTTGCTTAGATAAGTTGCGATACACATCTTTCGTGAAAAATACGCGTAATAAAAAACAAGTCAACTTAGCTTCTCTTCCTCCAACCTCAGTAGCTGCTCATCAACATCTGTTTCGGGTATATTACCAAGTTCAAGTGTGGCTTGGTAATCAGCTGGACCCTAAAGACTGGGGTTGGAAGTTGATCGACAATACACTAGAGCCAGTTCAAACTTTACTTCCACCAGCACCTGAGAAACTTCTCAACACAATATTTTGCAACTGCAAGAAAGGGTGTAGTGCAAAATGTGGTTGCAGAAAAGTTGGACTGTTTTGTTCCCTGGCATGCACACACTGTCAAGGCCGATCATGCTCGAATGTTGAGTCACCAACTCTTGAAGATTCGTTTGATACCGATCAGGAATCGCTATTGGGGCAGTTTACGTGTGAAATAGAACAAGAAGAAGAAGAAGAACAAGAGGATGAACAGGAAGAAGAAGGAGAAGAAGATCAAGAAGAAGAAGAAACAGAAATCTTGGACAGTTATGAATCAGACGACTAA

Protein

MSEYCFICTHLLTESETVTVDRGMKTLINASAERDDGYSEFLKKQKSVTIHSNCRKIYTRKCSIAAAIKRKREEQEANTSTGSTVSSPPRTRSRSSDSAFCFKKLCLFCGNKLNEELQRKKSLDRRSKICQVSTLQFKHSILEVARTRSDAISKAVVARIEFDYDLVAAEAKYHQECYTSFLKPTTGGTVGRPKDEATDLAMQEIFTYIESSNDCQFTLAELKDVSKILTLDNRTIKLRLKLKYGDKIIITEKPGALTFVCLINSHHEILNQSWSENKKNNKQEERLKTLEAAASIIREDIQSSVFDNSYYPPPGRMFEDLNNDIPQSLTFFLEQMILKNKRSNFDHLKLVCTNICHSIMTAIRPRSFKSKLQLGLSVFFHRRFGSKRLIQILSSFGLCASYNDTLMYKSAAVFHPLPHVLPPESGTLIQYVADNADINVNTLDGNNSLHIMGIIQIVTPKHSVLLEEPMQRIKEVLSAKHFKAKAHVPIQIYQNSDVVGYSKIYVQDFGYGTETVSFHKNSDVVWFYGKWKNTSLPGWNGFIERLTNYHTNYSKSQITFLPFIHQPASNYNTVYTTLLCALENAKRYGHTVCIVTFDQPLYAKAREIVSAAPDGSEVSKIIVRLGGFHLLMSYLGAIGYIMQGSGIKEVLSEIYAPKSLEKMLNGHAYARAVRAHTLLQLALAITILKTIDINDIMGADLIINIDHILDSTLSYSDIENDNEVSGALLHKFNMKLKDFEERGPTAQLWIQYFNMVSLAKEFLRAERMGDWKAHLSCVKEMLPYFHSSGHFPYAKSAHLYLQDMMQLQDSMDPEVYEKFTEGFFTVRRSDKLSCGTSTDMVIEQSMMKAMKTDGGIARGRSTKQSVISKWVYSMHAMNTVCEKLEDLANVRMDTTEQHVDASDSRVKKDAKDIRMLLEWFSIHDPFPEVNKVISIASGVVGDNTINCYKARELGLISIAKITGLTFKDIKLKRADKVVPLLAMSSTVKVHEEKVPVDPVLLFQRMSVTAAFQDEIEKYFEYELAPYPLTLFDDIGMRKTQKSAIYDCFQTINVDINNTNSTYIIDGGFLLHRVVWDSEETFNVILDKYVQYVRRHFGSRVTVVFDGYDDYTRNIKAAEQRRRNAASSTSSDIIFDESMTVPTSQQKFFANNHNKSRFISMLKAKFTAENISDEQANDDADVLIIETAIKKFSVTNTTVVVGEDVDLLVLLTARTPTEKIIYFFKPGKAQNQSEIYSSNSLSNFPKCQNHVLFLHAITGCDTTSAFYRRGKTTVFKMFEKKDLLQCAEVFKNSNSTQQHVITNGVQFLLAMYGAPKKTTCLDKLRYTSFVKNTRNKKQVNLASLPPTSVAAHQHLFRVYYQVQVWLGNQLDPKDWGWKLIDNTLEPVQTLLPPAPEKLLNTIFCNCKKGCSAKCGCRKVGLFCSLACTHCQGRSCSNVESPTLEDSFDTDQESLLGQFTCEIEQEEEEEQEDEQEEEGEEDQEEEETEILDSYESDD

Uniprot

A0A2W1BPI5 J9LTA3 A0A151IWX4 X1X1J6 J9M949 X1XDC3 + More
A0A151WUX4 J9L6M0 A0A151IK25 A0A151IGP6 A0A151IC05 A0A1Y1M690 A0A151IB87 A0A1Y1M3P7 K7JMW2 A0A151IHZ4 A0A162RHW4 R7VAQ1

Pubmed

28756777 28004739 20075255 23254933

EMBL

KZ150005 PZC75227.1 ABLF02039717 KQ980849 KYN12207.1 ABLF02010084 + More
ABLF02055271 ABLF02017750 ABLF02009905 KQ982715 KYQ51732.1 ABLF02055655 KQ977296 KYN03875.1 KQ977686 KYN00587.1 KQ978073 KYM97251.1 GEZM01041914 JAV80100.1 KQ978118 KYM96907.1 GEZM01041913 JAV80101.1 AAZX01023372 KQ977542 KYN02063.1 LRGB01000169 KZS20526.1 AMQN01005323 KB295685 ELU12775.1

Proteomes

UP000007819 UP000078492 UP000075809 UP000078542 UP000002358 UP000076858 + More
UP000014760

Pfam

PF03564 DUF1759 + More
PF05585 DUF1758

Interpro

IPR005312   DUF1759        + More
IPR029060   PIN-like_dom_sf
IPR008737   Peptidase_asp_put
IPR007527   Znf_SWIM
IPR036691   Endo/exonu/phosph_ase_sf

SUPFAM

SSF88723 SSF88723 + More
SSF56219 SSF56219

Gene 3D

3.60.10.10

ProteinModelPortal

A0A2W1BPI5 J9LTA3 A0A151IWX4 X1X1J6 J9M949 X1XDC3 + More
A0A151WUX4 J9L6M0 A0A151IK25 A0A151IGP6 A0A151IC05 A0A1Y1M690 A0A151IB87 A0A1Y1M3P7 K7JMW2 A0A151IHZ4 A0A162RHW4 R7VAQ1

KEGG

101746031 no KO assigned | (RefSeq) uncharacterized LOC101746031

GO

GO:0008270

Length:

1496

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.13256

Exp number, first 60 AAs:

0

Total prob of N-in:

0.00091

outside

1 - 1496

Pi

156.352053

Theta

158.772263

Tajima's D

-0.904312

CLR

20.852715

CSRT

0.156842157892105

Interpretation

Uncertain

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics

Multiple alignment of Orthologues

Gene Tree