Silkworm Genome Informatics Database

Gene

KWMTBOMO15544

Pre Gene Modal

BGIBMGA007353

Annotation

PREDICTED:_uncharacterized_protein_LOC105382152_[Plutella_xylostella]

Location

Bomo_Chr26(-):2262642-2268929 View in EpiBrowser

Location in the cell

Nuclear Reliability : 3.115

CDS

ATGAAACATCATACCATGTTGCACAACGTGAACTGGAAAATTCCAGCGAATGGTAAAAATAACTTTGGACAACAAGCCTCCTCTTCTCAGCAACAAGCTTCGAATCACTTATCATTGGATAAAACTGAAATTTTACTAACTACAACTCTACTGAAAATAAAGGCTTATGATGGCACTTATGTAAAACTTAGGGCCCTCTTGGATCAGGGCTCACAAGTAAACTTAATAACAGAAAATGCCGCTCAGGTATTACGCCTGCCGAGGAAAAGGTTCGCTGCTACTATCTCGGGGGTTGGTTCAGTATCTGGTGATTGCAGGGGTCAACTAAACTTATCTTGTAAATCAATAAACTCTGAATACGACTTCGAAATACAAGCACTTATAATGAAAAAACTTACAAATAACTTACCGAATGCTACTTTCGAAAAATCGAACTGGCCTCATTTGGAAAACTTAAAGCTGGCTGATCCTGACTTCAACATCTCTCGCCCCATCGACTTACTACTGGGTGCCGATGTTTATTCAGACATTATACTCAATGGAGTTTTAAAAGGAAGCTGTCAATCCCCTGTGGCACAACAAACACATCTAGGATGGATCCTATGTGGGAAAATGAAAACGTTTAATTGCCACGTGACCTTGGTGAACTTTGATGAATTAACAAAGTACTGGGAGAGCGAAGAAATACAAAATTCTGAAGATATTTCCAAGGGCGATCAGTGTGAACTATTTTATTCGGAAACAGTACAACGTGCTCCCGACGGAAAATATATTGTGAAGATGCCACTCCGCCCTGACCTTAAAGAAAAATTAGGTTCATCGAGACCTATCGCTGTCTCACAATTTTTACAACTGGAAAAACGGCTCGCTAAAAATAAAAAACTTTCAACTATGTACAAAGAATTTATCAGAGAATATGCGGACCTGGGCCACATGAAACTGTCGCCTCATATAACATACGCCGACTGTTACTTACCACATCACGGTGTTTTGAAAGAGAGCTCTACAACAACCAAACTGAGAGTAGTCTTTAATGCATCTCAAAAAACATCGAGTGGTCACAGTTTAAACAGCCTTTTGAAAAAGGGCCCCAACCTTCAAAAGGACATTCAGTCGCTTATTTTGAAGTGGAGAACATACAAATTTGCCTTTACTGCTGACATTGAAAAAATGTATCGTTGTGTGTGGATAAATGATGATCAGCAACACCTACAAAAAATTATCTGGCGAGATTCACCAGAACAACCTTTACAAGAATATAAACTTTGTACGGTGACCTACGGTACCAAACCCGCTCCTTGGCTAGCCTTACGTACACTCAAACAACTCGCCATTGATGATGGTCATAAGTACCCCACTGCAGCTGCAGAGGTCCTGGAGAACCACTTCTTTGTAGATGATCTTGTTAGTGGTGAAAGGTCATTCGAAACCGCCAAGGAGTTACAGAGGTCCCTAATCGATTTACTAAAGGGTGCGGGGATGAATTTACGCAAATGGTCCAGCAACTATCCAACTTTATTAGAAGACTTACCTAAAGAGCAAATTTCAACAACAAACAGCTTCGATTTCAAAATTGATGAAACATCAAAAACGTTAGGACTTACCTGGAACACTAACAGCGACACATTTCACTTAAAATGGCCTGTGAAGCAAAGTACTAAACAACTAACAAAAAGACTATTACTGTCTGAAATTTCTAAGTTTTATGATCCGTTGGGATGGCTGTCTCCGGTGACCATTACTGCAAAATTACTATTTCAAAAAGTCTGGACTCTAAACATTGATTGGGACGATGAAATTCCCCAAAATATTGAGAAAGAATGGCAAAAACTAAAAATAGAATTGCCTTTCATTCGTAACATAACTTTGAAACGATGGATTGGCGAAACAAAACAAGATATAGAATTACTTGGTTTCTGTGATGCAAGCGAGAAAGCTTACGCTTGTGTTATATACAGTCGCGTGACAAATTCCAACGGAGTTCCAGTAATTACGCTACTTGTATCCCGCACACGGGTGGCTCCTATAGCACAAAAAACCACGCTGCCGAGGCTTGAACTGTGTGGCGCCTTACTGTTGGCTAAACTCATGGAAAAAACTCAGAAGGCTTTATCGGAATACAATCTGAAAATTCAAGCATGGTGTGACTCGCAAGTAGTTCTCGCGTGGCTCCAAGGGGACACTGCTAAAAGAGAGGCCTACATATCCAATCGAGTTACAAAAATCAAACGGATTATACCTACCACACAATGGCGTTACATTAAGTCAGAGCATAACCCTGCCGACTGTGCATCGAGAGGCATGCTACCAAGTAAACTAATGACCTTCGATTTATGGTTTCAAGGTCCTGCATTTTTGAAGAAAATTGAAACAGATGAGACTGCAAATTACAAAACATACCATACAAACATTGGCTGCAAAGAAAAGGAAAATCAAGAGACTTCGTCAAATCACGAAAAGGATAATTGGATAACAACCTTGTTAAATAAATGCAGTTCATTAACAAAAGTTTTCCGAGTTACTGCTTGGATATTACGTTGCATAACAAACATGAGCGCTAAAAGGAAATCTGAGGCCCCGTATCTGACTACTACCGAACTAACTACAGCAAGAAAAAATATTATCAAACACATACAACAAATACAATTCAATCAAGAATATAAACAACTTTTGAAAAACGAAAATGTGTCGAAAAGGAGCGCAATTATGAAGCTGAACCCCTACTTAGACGAAGATAAGATAATTCGCGTGGGCGGCCGCCTCCAAAACTCAAACTTACCTGCGGAAATGAAAAACCCAATTATCATACCACATAAAGGTCGATTAACGCAACTTTTGATTGAATATTCCCATTTAACTACACTGCATGGAGGAGCTCGGCTAACGCTGACTTACATACGACAGCGATATTGGATCGTCGGAGGCAACAGGGCTGTCAAAACTCAACTACGAAAATGTGTGCGCTGCCACCGTTTCACACAAACCGACAACCATCAACTGATGAGTAATCTTCCGCAACAGAGAGTAACCCCATGTCGACCCTTTACATTTACAGGGGTTGACTACTCTGGTTACCTCGAACTGAAAATAAACAAAGGCAGAGGTGTAAAAACTTCTAAGGGATACATTGCAATATTCATATGTATGGCTACCAAAGCCGTACATATTGAACTTGTTTCCGATCTCGGCACTGAAACATTCATAGCAGCTTTTCAACGACTATGCGCAAGGCGTGGTACCCCTAAACATATGTACTCAGATTGTGGAACTAATTTCATCGGCGCGGCAAAAGTGCTAGGTCAGGAATTCAAAAACTTCAAACAAATCATGACAACCGAATTTTTTGATGAATTAGCTAAACTGGAAGTCGAGTGGCATTTTAACGCCCCTGCCTGGCCGAGCGCGGGCGGTTTGTGGGAAGCCGCCGTCAAATCCATGAAACGACATTTACGACGAGTGCTAGGTGACCAGAAACTCACCTACGAGGAGATGTCAACGCTACTAACAAAAATAGAAGCCTGCTTAAACTCGAGGCCCTTGTGTCCTCTTACTGAAGATCCAGAAGAATTTTACAACTGTTTAACACCCGGCCATTTCATCACTGGCGGCGCGATAATGACGTTACCATTATCAGATTACACTGACGTTCACATTGGCGTACGTCGTCGATGGCAACTTGTAGAACAAATGTTACAACAATATTGGAAAAATTGGTCCAACGAGTACCTAACACAACTGCAAACTCGGAGTAAATGGAACAAACCTACGAAAAATATCAACGTCGGCGATATCGTATTGGTTAAGGATAACAACTTACCTCCTGGAAAATGGGCTTTAGGGCGGGTGCTCGAAACCCACCCAGGTTCTGACGGATATGTCCGAGTTACGACCATCAAAACTCGAACAGGAGTAACCAAACGTCCCGTAACAAAACTATCACCTTTACCGTTGGGGTCTGAAATCGAAGAAGGAGATCCCACAACTAAGGAGCAACAAAGGTCAAATTTTGAAAACAAGAACAGAAAGGGCAGAAATAAATTATCGAGTGTTTTACTTACGATGCTGACAATGTTTACATTTATATCTGGATCATATGGGTCCGCGTTATTAAGAGCTCAAATTACAAGCTTAGAACGCGAGCGCCCTATCTACTATGACGCGATCGGTAAAATGCAAATGGTACACAATGAATGGACTTTAATTATGTATTACAACATAACAACGTACTGGGAAGGAACTCGTCGTGTCGAAAACTATTTTAATACGGTGAAAGATTTATGTCACAGTGCGAATATACAAACCTGCAGAACTACCATAGAACAACTAAGCCACGAGATGGAACTGCTCGGTCATTATAACTCGATTTTGATAAATCCGCAAAAACATTTGACTAGCAGAAAAAAACGCGGTTTGGTGGACGGAGTGGGCTACGTAGCCAATAGCTTGTTTGGAATATTGGACCAACGTTTTGCTGAAAAATATGAATATGACATACAAACGATTCAGACCAACGAAGACTATTTACTTGAGCTAATAAAAAACCAAACTAGCATCGTGGAATTAGAAAACAAAGTTCTAAAGAAAAGTGAAGATAACATTCAACGGCAATTCGATATGATCGACCGCTTTGTCAACCAAACCAACTTAAACTTGGCAACAATTGAAACGGAAATGCAGATTCTCTCCGCCACTACCTATTTGAACTCGGCATCATTGACTGTATATCTTCTTATAAACAGCCTAAAGACTTTCCAAAACATGCTGTTCAATTCGCTTACAAACGTCTACCAAGGACATATAGATGTGCACCTGATATCTCCAGCTCATCTTACACAGCAATTGAACGAAATATCCGGAAAAATTCCGAAAGACTTATCTTTACCCGTAGGAAACTACAAAGAAGATATAAAGGATCTCTACACGTTGATATATGTGAAGGCGCGGGTCACCGAAAACTATTTTCTTTTTGAAATGCATATACCACTTGTATCTAATGAAGATTTTAACTTATACAGGGCGATACCATTGCCTGTGAAAAACAATGAAAGCTACGCATATATGCGAATTTCATCGAAATATATCGCAGTAAACTTGGAGAAAAATATATATATTTCGCTAAATGAAGATGATCTTAAGAGCTGTCTCCAACAACGTTCAGATAAAATTATATGCAAAACAAATAAACCTATTTTTGACATGCATAGCAACGGAGCTCCATGCGAAGCGAAACTGCTGTCACATCAAAACCTCGAGCCCTGTGACGTCGAGAGCGCGTCATGCAAGGACGCGTGGCTTGAGTTACATGCATCGAACAAGTGGCTCGTCATATGCTGCGATAGGTGTACTTTACGCACCATATGCAACAGTGACGTGTCCTCACACACCATGACGTCATCGGGGATAGTATCGCTGCCACAAGGATGTGTACTTCAGTCTAATGACTTAACGATATATGCGCATAATCGTTATAACAGCCGTGTGAAGTTAGATTATGAAATCGCAAGTACAACGTTGGACAATTCAGTAAACAAAATAGTAAATTTAATATACAACTACACTCCGAATCTGTTCCAGTCTACAGCACGTGAAACAAAAATAATCGCTAAAGAGATTGCTAAGCAAAAGGAGCAGGAAAAACATTTTCCGTCGACCATCATATCAGCGCATGACATACATCAGTATGTCATTACATATTTATTATTAGTAGCAGCTCTGGTTATTGGCCTCGTGTGGGTTGTGAGGAAACATTCCCACTGCTTAAAGAAAAAGAAGAGCCATCCACTTGCACCCACTGAAGATATCGAACTTCAAACATTTCACCTGCGGCACGACCGACGAGATGATGGTGTTCAATCCCAAGTCGCGCCACCACCGAAGCCAGCCCGAAGCGTAAACACCAGTGGAACCAACTTTGCCTTTAGTTTTGATTAA

Protein

MKHHTMLHNVNWKIPANGKNNFGQQASSSQQQASNHLSLDKTEILLTTTLLKIKAYDGTYVKLRALLDQGSQVNLITENAAQVLRLPRKRFAATISGVGSVSGDCRGQLNLSCKSINSEYDFEIQALIMKKLTNNLPNATFEKSNWPHLENLKLADPDFNISRPIDLLLGADVYSDIILNGVLKGSCQSPVAQQTHLGWILCGKMKTFNCHVTLVNFDELTKYWESEEIQNSEDISKGDQCELFYSETVQRAPDGKYIVKMPLRPDLKEKLGSSRPIAVSQFLQLEKRLAKNKKLSTMYKEFIREYADLGHMKLSPHITYADCYLPHHGVLKESSTTTKLRVVFNASQKTSSGHSLNSLLKKGPNLQKDIQSLILKWRTYKFAFTADIEKMYRCVWINDDQQHLQKIIWRDSPEQPLQEYKLCTVTYGTKPAPWLALRTLKQLAIDDGHKYPTAAAEVLENHFFVDDLVSGERSFETAKELQRSLIDLLKGAGMNLRKWSSNYPTLLEDLPKEQISTTNSFDFKIDETSKTLGLTWNTNSDTFHLKWPVKQSTKQLTKRLLLSEISKFYDPLGWLSPVTITAKLLFQKVWTLNIDWDDEIPQNIEKEWQKLKIELPFIRNITLKRWIGETKQDIELLGFCDASEKAYACVIYSRVTNSNGVPVITLLVSRTRVAPIAQKTTLPRLELCGALLLAKLMEKTQKALSEYNLKIQAWCDSQVVLAWLQGDTAKREAYISNRVTKIKRIIPTTQWRYIKSEHNPADCASRGMLPSKLMTFDLWFQGPAFLKKIETDETANYKTYHTNIGCKEKENQETSSNHEKDNWITTLLNKCSSLTKVFRVTAWILRCITNMSAKRKSEAPYLTTTELTTARKNIIKHIQQIQFNQEYKQLLKNENVSKRSAIMKLNPYLDEDKIIRVGGRLQNSNLPAEMKNPIIIPHKGRLTQLLIEYSHLTTLHGGARLTLTYIRQRYWIVGGNRAVKTQLRKCVRCHRFTQTDNHQLMSNLPQQRVTPCRPFTFTGVDYSGYLELKINKGRGVKTSKGYIAIFICMATKAVHIELVSDLGTETFIAAFQRLCARRGTPKHMYSDCGTNFIGAAKVLGQEFKNFKQIMTTEFFDELAKLEVEWHFNAPAWPSAGGLWEAAVKSMKRHLRRVLGDQKLTYEEMSTLLTKIEACLNSRPLCPLTEDPEEFYNCLTPGHFITGGAIMTLPLSDYTDVHIGVRRRWQLVEQMLQQYWKNWSNEYLTQLQTRSKWNKPTKNINVGDIVLVKDNNLPPGKWALGRVLETHPGSDGYVRVTTIKTRTGVTKRPVTKLSPLPLGSEIEEGDPTTKEQQRSNFENKNRKGRNKLSSVLLTMLTMFTFISGSYGSALLRAQITSLERERPIYYDAIGKMQMVHNEWTLIMYYNITTYWEGTRRVENYFNTVKDLCHSANIQTCRTTIEQLSHEMELLGHYNSILINPQKHLTSRKKRGLVDGVGYVANSLFGILDQRFAEKYEYDIQTIQTNEDYLLELIKNQTSIVELENKVLKKSEDNIQRQFDMIDRFVNQTNLNLATIETEMQILSATTYLNSASLTVYLLINSLKTFQNMLFNSLTNVYQGHIDVHLISPAHLTQQLNEISGKIPKDLSLPVGNYKEDIKDLYTLIYVKARVTENYFLFEMHIPLVSNEDFNLYRAIPLPVKNNESYAYMRISSKYIAVNLEKNIYISLNEDDLKSCLQQRSDKIICKTNKPIFDMHSNGAPCEAKLLSHQNLEPCDVESASCKDAWLELHASNKWLVICCDRCTLRTICNSDVSSHTMTSSGIVSLPQGCVLQSNDLTIYAHNRYNSRVKLDYEIASTTLDNSVNKIVNLIYNYTPNLFQSTARETKIIAKEIAKQKEQEKHFPSTIISAHDIHQYVITYLLLVAALVIGLVWVVRKHSHCLKKKKSHPLAPTEDIELQTFHLRHDRRDDGVQSQVAPPPKPARSVNTSGTNFAFSFD

Uniprot

A0A2A4K6T9 Q8I7Q1 A0A1Y1LBZ3

Pubmed

28004739

EMBL

NWSH01000070 PCG79985.1 AY180917 AAN87269.1 GEZM01060254 JAV71154.1 + More

Proteomes

UP000218220

PRIDE

Q8I7Q1

Pfam

PF17921   Integrase_H2C2        + More
PF00230   MIP
PF05585   DUF1758
PF12259   Baculo_F
PF03564   DUF1759
PF05380   Peptidase_A17
PF00665   rve
PF18701   DUF5641
PF00078   RVT_1

Interpro

IPR001584   Integrase_cat-core        + More
IPR000425   MIP
IPR008042   Retrotrans_Pao
IPR012337   RNaseH-like_sf
IPR040676   DUF5641
IPR023271   Aquaporin-like
IPR008737   Peptidase_asp_put
IPR041588   Integrase_H2C2
IPR036397   RNaseH_sf
IPR022048   Envelope_fusion-like
IPR005312   DUF1759
IPR001995   Peptidase_A2_cat
IPR000477   RT_dom

SUPFAM

SSF53098 SSF53098 + More
SSF81338 SSF81338

Gene 3D

1.20.1080.10 3.30.420.10

ProteinModelPortal

A0A2A4K6T9 Q8I7Q1 A0A1Y1LBZ3

KEGG

105841303 no KO assigned | (RefSeq) uncharacterized LOC105841303

GO

GO:0003676 GO:0015267 GO:0015074 GO:0016021 GO:0004190 GO:0006351 GO:0005634 GO:0022857 GO:0007165 GO:0006418 GO:0003707 GO:0006281 GO:0006259

Length:

1976

Number of predicted TMHs:

1

Exp number of AAs in TMHs:

26.31095

Exp number, first 60 AAs:

0.0003

Total prob of N-in:

0.00005

outside

1 - 1890

TMhelix

1891 - 1913

inside

1914 - 1976

Pi

223.608433

Theta

135.178003

Tajima's D

2.215935

CLR

5.416862

CSRT

0.910404479776011

Interpretation

Uncertain

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics