Silkworm Genome Informatics Database

Gene

KWMTBOMO15954

Pre Gene Modal

BGIBMGA013376

Annotation

PREDICTED:_LOW_QUALITY_PROTEIN:_uncharacterized_protein_LOC101743303_[Bombyx_mori]

Location

Bomo_Chr27(-):3694485-3704610 View in EpiBrowser

Location in the cell

Nuclear Reliability : 3.536

CDS

ATGCCAGGTAGAGACCTTAATACCGAAGAAAGGTCTGCTACTGATATGGACGAGAGGAAATTGAAGAATGTCGCCACGAAAGTAATGGCTAATGGAGTGGAATTACTAGTTAAAGACAAAAGTGTTGATGGAAAACATGAACAGACAAAATATATGGAAGTGAAAACGATTCAACCAACAGCGTCACTGAGCAATATGTTCGTGAATAGTTTCCCAAAAGCTGACAAAAGGATTGACAACGAGGGAAATTTCGATATAATCCAACCTTCAGAAGTCAGTCATGTACCATGCACGACTTCATGCTCATGCAGCCATTCACAAACAGAAGGACTTAATACTAAGCATATAAATGTCGACATGGCATCATCAAACTTTGGCTTGAAAACCTCACAATATGGCGGTACAATTTTAGATTTTAAGTCCACAAAGAAAGAAACTCTCGATAAAAAAACTCAATATGAACCCTATGAGTATGAAAGCAGCTCACAATTGACACCCACAGATAGAATAGTAGAGAAATATACTGAAATAATTGGCGATTACTCGGATGAAAAAGATTCAAGTTCTGTAGAAGAAAGCGAATTGCTAACAAACGAACAGGCTCCAGGACCTCCGAAAACAAATAAAATTTACAAGTCTCCAGAGAAAAACAAACCAGACCAAGTCCAGAAACCAAACAAAAATAAATTTGTTGTCGCTGATTTGTTAAAATTAGGAACTCTAGGCATAAAAGGATTAACACGGCTAGCCCCAGTGTTGGAAAAGATGACAGGCGGTTTTATTAAGCGACATGACAACATAGCAGACAAAACAACGACAACTACTCAACAACCAGCTATGAAGCTGACTGCTTACAGTGCTAATAAAAGAATCGATACAGACATAGATGTAAAAAAAGATAATTTTCCTATATACATACCCGTTGATGAACTAGAAACATCTGAATCACAGTTGGTTTTTACTAATGCAACGTTACATCAAAATTTGGCATGGGTAACCGAGCATAAGTATCCAAAAGCACCAATCACCCCACCGAAATTCATTCATGAAAGCCCTTTAGTTAATGGCGGTATACCTATCAGTCCAGGTGAGATCATCACAGCGAATTCCGATCTGATAGTTGGGACACCAGCTGTCGGAAGACCGTTAACATTGGCTGCCAGTGGCATAAAATTACACAACCAAGTTAACCCACCACCAATTGATAGTTTCGTATCGGCTAATGAACAGTATTTAGTCAATGAAAAACCGATGAGTGATCAGCCAGAAGTAAAAGTAGACGATTCATTTGATTTAAGACCGCCTGATGTACCCAAGAACAAGCCTAGACCCCGGCCTCTGAATGGACAAAGGCCATATGGCTCTTATTCTGCCACAGAAAATAAGATGCCTTTTCGTAAACCCTCTCCAGGGCACACGGCTCACGATCAAGTAATAAAACCAGAAAAAATAAAAACTATAAATACAGTGTTGGGTAATCACGGTCGGCCTGTATTCTTAGATTATATTCCTTCGCTAGCCAAACCTGCAAAAAAACCTAATGGATATAACACAAATTTCAACCCGAGTACCGAAGACATGAAAGGAAAAGAGATATTGGATAACAGTCCAAGCTCATCAGAAATTGTGAACACACAAATAAAGACAGAGTCTGATTACACTATCACTGGGAGTCCAGATTCCAGTAAACCATTTTTGGTTGACATCCAACCTTCTAGGGTTGCTAATGTTTTAATTCCTCACGGGAGTTCAACTGCGTTAGTTTTTGCTGGTTCATCTGAACCACACAAAACTGGTGATTATGTGGATGATCCATTGCCTTATCCAGAACCAGGATACTTTGGAAGTTTCAGCATAGATGCTCCTCAAATGACAAACGTTCATAATGTAGCACCTAACGGTAATCAGATATTTAATGGCCCAAACGTGAATTTCCCATTAGAACCCCAAAACCAGAACTCAGCTACCCATAATAAGCCAGTGAGGAATGATGTGAAAGTAAAATGGAATGAAAATAAACGACCAGATATAAACAATTTTCCACCTACGCCGAATAACCAAGAAGGTCATGTACGAGTCAGTCCACAAATATCTGCTTACAAACCAAACCTCTATAGTGCAAATACTGATTTTGGCAAATTAAATCAAATAAAAGGAAAAGATGGCAAAGAATTTATCGACAAAGAATATGAAAATTTTCTGGCAGTACCCCCACCGCCGCTAAACGTATTTTATAATACAGAAAATACTCAAGAAAATCAAAATAAGCCGTACAACCAAAGACCAATTGTTCATACAAAACCGGTGCAGGATATGAAAGTGTTTCTAAATGCTCAACATCCTCAACATTCGCTTCCTAAAGAACAGTTACCCCCTAAGGTGACGTCGGAAATCTACTTTGCGTCTCAAGCACCAAATAATAAGCCAACTCCATCTTACACTATTCATATACCACCTGTAGCACCTTCCTTCGTAAATACGTACAATAAATTAGCTAATGTAAACAGGCCGGCACATAGACCATCGGTCTCAAGTGACCCAGCACATTCTTTTCCAATTTCGTCCTCATTGAATATGGTCAACAAATCCATTGCTGGTCATAGTGATAGTAAAGATGATACTAGTTATACTGTAACTTTGAATACAGCTACAAATGTTGCGGGCAATGTTGGCGATAGGCAAATTATTGGTTCCAGTGCCCCCGTTTCAATAGGTACATCCTCCAGCGTTGGCTTAAATACTGACATTCCTATTGGAACTAATTTCGCTATCCGAGTGGAAGATAATTCAGGTCTATATGAGACGCACAATGTACAAGGACAGAAAAATCCATTTATCTATGATGAACATGGTCGTGCTCCTAGCGTTATAGTTGGTGACAGTAAATGGATTAAGAGTGAATCAGACAAGATTGATGGCACTATTGTAGGTCATAAGTATTTCAACGAAAACGTTGAGAAACCTGCCCTTGATCAGGCACCTGCTGGGAATTATAAAATTAATAATCGAACGCCTGTAGGAGATTTCGTTGGAGATAATAGATGGAACAAGAGTTCCACAGGAAAAACGGAGTCGAGCATTTTAAGTCATTCGCACTACAACAACAATGCCGAAAGACCTATAGTGACAGAAATTGTACGCCCCACACTGCCACCGTCTCTTAACAGTCATGCTAATTTCCCCATGATCAATGAAGAAACCGGACCGGCTGCAAATAATGTAAAGCCGGTTCACGAAATAAATCGTGACGTTATAGCAGCTGATCAGAAGAGACCACCAAAACTAATTCCTAACATTCCAACAAACTCTCACGGGTGGTATTCTAGTATTTTAAACGATAACGTCATTCACAATATTAAAATCGATATCACAACACAGAAATCAATTCCTCTTATACACGATCATAATGAAAATGGTCCTGATTATGGAGAAAAACTTCCGGGTGTTGGAAAGCCTCCTCCGCATTGGCAACATTCTGGACATGTTCATAGCAACATGAACCTTGGCAAACCATTTACTAAAGCTACATTTAATGATCAACACCGCCCCACAACCCCACCGTTAACAACCAAACCAAATAAAATTAATTACATACCAGCTAATTTCGGGGCTATAAATCAACAAGCTTATGACATTCCTATTAGGGATAACAGTCATGAAACTACTACTAGTCACATATCAACAACAACATTAACGGAAAGGGAGAAACCGATTTATGAAAACTCTGAAGAGATTTATGATGGAGAAGATGAATCTGACAGTACGTACGATACCGACGGTGAAGTCAGTTTAGAATCAATGAAAGTTCCTGTTATTAGTGCTTCGAATGAATTGAAAGTTTCAACATCATCAACAGAGATAACTTTGCTTCAAGATGAAGTTTTTAATCCACCCAAGCAGGAATCTTCAAACAAAAATAAACAAGTGGATTTCAATCACGGGACCCAAACTGAGAAACCATTCATAGCGAACAATAGAACTGGCTTCAAAAGTAACGCAATAAAACCTATTTACGAAAATAAGTACCAAAGTATGAAACCGAGGCCATTTACCATGAATAATGGTGCGATAATTGACCACCAATTACAACAACCACATTGGCAGATAAACCATATGATGGAAAATTCAACTAACGCGTCTTACGAAAGTAATTTAGACTTGAATATTGGTGAAGAAATACCGTCCAGCCCAAAACCAGTTCCAAATGTGAACACTCAATACTATTATGGTCAATCACATTCGAAAGATAAACAGCATTCGAGACCAGAATTTTCCAAAAGCAATTATACTCAGGTATTTAATGATACCAATATTATTACTTCAACAGTCCATATTAAGGACAAAAAACCTTTGATTGTTGAAAAGGCAACAGAAAAGTCAACATTACATAAATTAACAATCACAACTGAATCAAGTTCAAATAAAACGTCAACCGAAATAATAGATCTTTCACCACCTCCCCCTACAATGGATTACAATTTCAAACCATCTACAAATGATGAAATGATTATGGGTATGAGTCCACCACCGAGAATGCCCCCTGCTGTTCGTTTACCTCCCAGAATGCCTATCACACCAAGGCCTATTCCAGTTAGAACACCTCCTTCTTATAGACTAAAACCTCAAAAAACAACAAGACCTTCAACGCAAAGACCTGTAAGAAAGCCTATTAATCGAGATGAAGTATCAACATACCGACCACATTTAAGAGAAGAAGTATCTACCTTCAGGCCTCATAATCGAGATGACATTTCAACCTATAGACCGATTTACGATATATTGAACAACGTACGTCGTCCCATTTATAATAACAATCAACCATCCTCCCAACTATTACCACCCCCAAGAGATATATCGAGTGAAATAAGTTCTGCTTCAATACCTAATATAGTGTTCCCAACCCCTACATCTTCAGGCTGGTTGACATCATCCGGTGTCGAATTCTCTTCTAGTTTTGACTTTGGCCCAACATCTGTACAATTCCCAGCAATCGACCAATCTTCAATTACGGCTCAACTACCCGAGGAACCCTCTTCTGATAATTCCTATTCTTATGAAGTAGATTATTCTTCTGAACGAAGTGAAGAGTTAAGTTCGCAAAAACCAGAAACTACTGAGAAATACGAACAATCAAATGAGGCTTCTAATTCTGAACCCACAACAACAGTGACAACTGAAAAAAATAAAACGAATGAAGAACATGATTCAGTTGCTAGTGAATCAGTTGAAGATACAACCACGGAGAACAAGACAATTCAATTAGACAATAAGAATCGAGTCCGTAAACCATATCCAGTTCGGCTGGATGATAGAAAATCTAGTACTTACAAATTTAAACTTCCTAAGCCGACTGCTATAAAACCAACAAGAACATTATCTCGATCTGATATTTTATACCCGACGAGACACACATCTATAAAGAAGATTATAAGACCAATACCTACACGGTATCCAGCCGTATCGCCGCCCAATATAATTGAAAGTTCTGAAAGCTCTGCCAACGAAGAGTTCATTAAGCCGACCGAGGTACTTAAAGAAAGTACTCCAACACCCATTCTGGAAATTCCGAATGTTATAGATCACCAATCAAATATAATAACCTCGAGCATGGAAAATATCAGTCCTAACCTACAACCAACACATCACGCCGGCAATGAAATCAGAATATCAGACGACATAGTTCCGACAAAGACCGAATTCAGGACCACGGTTGTTACACTTACGAAAACATTATCGGAACCACCGAAAACTGTATCCAGTATCGATTACGTGAACCTAACACATACATTGACGGTCACTCTGACAGAAACAAGTTTGTTGAGTCAATCGGAAGGGGCTGTAACTGAAACCCTAGTACTGACAAACACACACACGTCCACAATAGTCGACGTGGTTACAAAAGTACAGACACAAGTTCAACCGACTACCATAATCGAAACAGTGACCAAACATATTCCCATTCAAGTTGAACCAACGCCAGTGCAAGAGACTTCGGCTAAAACGAAAATAGCCTTAGATGACGTCACTATTTCTTCGGAAGAAAACGATAATTTCATTATTAGAGACAGCGACGTAACAGAAAACATACAGAAGATTGATACCGACGGAGCAAACGACAGTGATACATTCTTTGTTGTTATGAACAAGTCTCAGAACGGCGGTCACTCACCTCCAGTCAGCACTAGCGTTGAAACTGAATTTGATGACCTAACCAGAAACGAACAAGTCAATAGCAACGGTGTATCTCAAGTTCTATTTGGTGAGATCCTACTGGCTGGGGCACCTTACTTGGAGACAACAAACGTCGGTAATGCAAATGGACCAGGTTTTGGAAAAGAATGTCAGCCTGATTGTAAAGCTTCGAGAAACGAAAGATGCCAGAGAATTGATGGACTCATGAAATGTGTGTGCAGACCAGGTTTTGCTAGAATGTTCCCCGATAGACCATGCAAACCTACCTATACATACTCTGTGAAATTAGCACTGGCTTCTCAAGGGGAAAGCCGCTTGCAATTCCAAGAAAGCCTCTCTGATAACTCCAGTAAAGAATACCAAGCTCTAGCCGTGGCCACTCATGAAGGCATCAACAGGATGGTGATGCAATCAGATCTTAGGGACGTTTACCATGGTATCCATATTGCCGGCTTCCATCCAGTTGAAATTCAGAACGATACTGGAACTGGGTATCAGGGAGTAATGAACGATTTCTATGTACAGCTTTCTGACAATGCTCACGAGAACCGATTGAAGGAAGTTTTAGAGAAATATCTGCGAAATAATAACTACAGTCTCGGAGGGACTGATGTGCACGCTGCTAGCGAATTGTTGGACAAAATGGACGTTAGTGATTTCGACGAGTGTACAAGCGGCCAGTTCCATGACTGCTCAGAGCACGCGCAGTGCTTCAACCTACGAGGGACCTACACTTGTAGCTGCCTAGAAGGGTTCGCAGATCTCAGCGTGAACAATCTGTATCCCGGCCGAATTTGTTCTGCGGAGCCGGTGGGATGCGCGCGTTGCAACTATCACGGCACGTGCTACTCCAGAGACGACAAACGCGTGCTCTGCGAATGCTTCCAGTGGTACTCCGGCAGTACTTGTCAGATCAACTTGAAAGGTAGCTTTGACTCCATCGAATGA

Protein

MPGRDLNTEERSATDMDERKLKNVATKVMANGVELLVKDKSVDGKHEQTKYMEVKTIQPTASLSNMFVNSFPKADKRIDNEGNFDIIQPSEVSHVPCTTSCSCSHSQTEGLNTKHINVDMASSNFGLKTSQYGGTILDFKSTKKETLDKKTQYEPYEYESSSQLTPTDRIVEKYTEIIGDYSDEKDSSSVEESELLTNEQAPGPPKTNKIYKSPEKNKPDQVQKPNKNKFVVADLLKLGTLGIKGLTRLAPVLEKMTGGFIKRHDNIADKTTTTTQQPAMKLTAYSANKRIDTDIDVKKDNFPIYIPVDELETSESQLVFTNATLHQNLAWVTEHKYPKAPITPPKFIHESPLVNGGIPISPGEIITANSDLIVGTPAVGRPLTLAASGIKLHNQVNPPPIDSFVSANEQYLVNEKPMSDQPEVKVDDSFDLRPPDVPKNKPRPRPLNGQRPYGSYSATENKMPFRKPSPGHTAHDQVIKPEKIKTINTVLGNHGRPVFLDYIPSLAKPAKKPNGYNTNFNPSTEDMKGKEILDNSPSSSEIVNTQIKTESDYTITGSPDSSKPFLVDIQPSRVANVLIPHGSSTALVFAGSSEPHKTGDYVDDPLPYPEPGYFGSFSIDAPQMTNVHNVAPNGNQIFNGPNVNFPLEPQNQNSATHNKPVRNDVKVKWNENKRPDINNFPPTPNNQEGHVRVSPQISAYKPNLYSANTDFGKLNQIKGKDGKEFIDKEYENFLAVPPPPLNVFYNTENTQENQNKPYNQRPIVHTKPVQDMKVFLNAQHPQHSLPKEQLPPKVTSEIYFASQAPNNKPTPSYTIHIPPVAPSFVNTYNKLANVNRPAHRPSVSSDPAHSFPISSSLNMVNKSIAGHSDSKDDTSYTVTLNTATNVAGNVGDRQIIGSSAPVSIGTSSSVGLNTDIPIGTNFAIRVEDNSGLYETHNVQGQKNPFIYDEHGRAPSVIVGDSKWIKSESDKIDGTIVGHKYFNENVEKPALDQAPAGNYKINNRTPVGDFVGDNRWNKSSTGKTESSILSHSHYNNNAERPIVTEIVRPTLPPSLNSHANFPMINEETGPAANNVKPVHEINRDVIAADQKRPPKLIPNIPTNSHGWYSSILNDNVIHNIKIDITTQKSIPLIHDHNENGPDYGEKLPGVGKPPPHWQHSGHVHSNMNLGKPFTKATFNDQHRPTTPPLTTKPNKINYIPANFGAINQQAYDIPIRDNSHETTTSHISTTTLTEREKPIYENSEEIYDGEDESDSTYDTDGEVSLESMKVPVISASNELKVSTSSTEITLLQDEVFNPPKQESSNKNKQVDFNHGTQTEKPFIANNRTGFKSNAIKPIYENKYQSMKPRPFTMNNGAIIDHQLQQPHWQINHMMENSTNASYESNLDLNIGEEIPSSPKPVPNVNTQYYYGQSHSKDKQHSRPEFSKSNYTQVFNDTNIITSTVHIKDKKPLIVEKATEKSTLHKLTITTESSSNKTSTEIIDLSPPPPTMDYNFKPSTNDEMIMGMSPPPRMPPAVRLPPRMPITPRPIPVRTPPSYRLKPQKTTRPSTQRPVRKPINRDEVSTYRPHLREEVSTFRPHNRDDISTYRPIYDILNNVRRPIYNNNQPSSQLLPPPRDISSEISSASIPNIVFPTPTSSGWLTSSGVEFSSSFDFGPTSVQFPAIDQSSITAQLPEEPSSDNSYSYEVDYSSERSEELSSQKPETTEKYEQSNEASNSEPTTTVTTEKNKTNEEHDSVASESVEDTTTENKTIQLDNKNRVRKPYPVRLDDRKSSTYKFKLPKPTAIKPTRTLSRSDILYPTRHTSIKKIIRPIPTRYPAVSPPNIIESSESSANEEFIKPTEVLKESTPTPILEIPNVIDHQSNIITSSMENISPNLQPTHHAGNEIRISDDIVPTKTEFRTTVVTLTKTLSEPPKTVSSIDYVNLTHTLTVTLTETSLLSQSEGAVTETLVLTNTHTSTIVDVVTKVQTQVQPTTIIETVTKHIPIQVEPTPVQETSAKTKIALDDVTISSEENDNFIIRDSDVTENIQKIDTDGANDSDTFFVVMNKSQNGGHSPPVSTSVETEFDDLTRNEQVNSNGVSQVLFGEILLAGAPYLETTNVGNANGPGFGKECQPDCKASRNERCQRIDGLMKCVCRPGFARMFPDRPCKPTYTYSVKLALASQGESRLQFQESLSDNSSKEYQALAVATHEGINRMVMQSDLRDVYHGIHIAGFHPVEIQNDTGTGYQGVMNDFYVQLSDNAHENRLKEVLEKYLRNNNYSLGGTDVHAASELLDKMDVSDFDECTSGQFHDCSEHAQCFNLRGTYTCSCLEGFADLSVNNLYPGRICSAEPVGCARCNYHGTCYSRDDKRVLCECFQWYSGSTCQINLKGSFDSIE

Uniprot

H9JV13 A0A0L7LTQ2 A0A194PVP6 A0A0N1PHW1

Pubmed

19121390 26227816 26354079

EMBL

BABH01026488 BABH01026489 JTDY01000104 KOB78845.1 KQ459590 KPI97461.1 + More
KQ459933 KPJ19267.1

Proteomes

UP000005204 UP000037510 UP000053268 UP000053240

PRIDE

H9JV13

Pfam

PF07645 EGF_CA + More
PF15950 DUF4758

Interpro

IPR000152   EGF-type_Asp/Asn_hydroxyl_site        + More
IPR000742   EGF-like_dom
IPR018097   EGF_Ca-bd_CS
IPR013032   EGF-like_CS
IPR009030   Growth_fac_rcpt_cys_sf
IPR031866   DUF4758
IPR036364   SEA_dom_sf
IPR001881   EGF-like_Ca-bd_dom

SUPFAM

SSF82671 SSF82671 + More
SSF57184 SSF57184

ProteinModelPortal

H9JV13 A0A0L7LTQ2 A0A194PVP6 A0A0N1PHW1

PDB

4D0F E-value=0.000900925, Score=108

KEGG

101743303 no KO assigned | (RefSeq) uncharacterized LOC101743303

GO

GO:0005509 GO:0016021 GO:0031514 GO:0005515 GO:0007264 GO:0006811 GO:0005220 GO:0005783 GO:0006816 GO:0000287 GO:0006281 GO:0006259

Length:

2379

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.00529

Exp number, first 60 AAs:

0.00017

Total prob of N-in:

0.00024

outside

1 - 2379

Pi

192.545091

Theta

178.33485

Tajima's D

0.116712

CLR

0.250122

CSRT

0.400029998500075

Interpretation

Uncertain

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics