Silkworm Genome Informatics Database

Gene

KWMTBOMO08552 Validated by peptides from experiments

Pre Gene Modal

BGIBMGA009316

Annotation

PREDICTED:_LOW_QUALITY_PROTEIN:_neurobeachin-like_[Bombyx_mori]

Location

Bomo_Chr14(-):12808333-12850481 View in EpiBrowser

Location in the cell

Nuclear Reliability : 2.983

CDS

ATGTTGATATTGTTTCAGGCTGTAGTACTACCGCCGTTGGCGCGGTGGCCGTACGAGAACGGCTTCACGTTCACCACCTGGTTCAGACTGGACCCCATCAACTCCGTCAACATCGAAAGGGAAAAGCCTTATTTGTACTGCTTCAAGACAAGTAAAGGCGTCGGCTACACAGCGCACTTCGTCGGTAACTGCCTCGTGCTTACATCCATGAAGATCCGAGGCAAGGGATTCCAGCACTGCGTGAAATACGAATTTCAACCGAGGAGATGGTATGCCATAGCAGTCGTCTATATATACAATAGATGGACGAAAAGCGAAATCAAGTGTCTAGTGAACGGTCAGCTGGCATCGAGCACTGAGATGGCCTGGTTCGTCTCCACCAATGATCCATTCGACAAGTGCTACATCGGTGCTACAGCTGAATTGGACGAGGAGAGGGTGTTCTGCGGACAGATGGCAGCCATATACCTGTTCGGAGAAGCTCTAACTACTCACCAGATATGCGCCATGCATAGATTAGGGCCCGGATACAAGAGTCAGTTCCGTTTCGACAACGAATGCAACATCAGTTTACCGGAGAACCACAAAAGGGTGTTATACGACGGTAAGCTGTCGTCTGCGATAGTGTTCATGTATAATCCGGTCGCGACGGATGGCCAGCTGTGTCTCCAATCAGCACCCAAGGGCAACGTTTCTTACTTCGTGCACACGCCCCACGCCCTAATGTTACAGGAAGTGAAAGCAGTCGTGACGCATTCGATACACAGCGCTCTGAACTCGATAGGGGGAGTGCAAGTCTTATTTCCGCTGTTTTCTCAACTCGACCTACAGCACGACGCGCCGCCGAACGATCCCAAACGAGATCCCTTGCTATGTTCGAAGCTGCTTGGGTTCGTTTGTTCCTTGGTGGAATCCTGCAGCACGGTTCAGCAACACATGCTGCAGTGTCGCGGGTTCCTCGTGATCTCTCACATGCTGCAGAGGTGCTCCAGAGACCACCTGACGCCTGATACGCTCGCCTCCTTCCTGCATTTAACGAAACATCTTGTAACTTGCTGCTCTCCTAATTCTGATCTGCTATTAAAACAGCTCCTGGACCACATATTGTTCAACCCCGCGCTGTGGATCCACACTCCTGCTGCAGTACAGGCCAGGCTTTACTGCTACTTGGCGACGGATTTCCTCGCTGACGCCCACATATACGGAAGCGTCAGAAGAGTGAGCACGGTCTTGCAGACTGTTCACACGCTGAAGTTCTACTACTGGGTCGTGAACCCGAGGGCCAAAAGTGGAATCGCACCCAAAGGACTCGATGGTCCTCGACCAGCTCACAAAGATATATTAACAATCCGAGCGTACATTTTGTTGTTTTTGAAACAACTGATCATGATCGGGAATGGCGTCAAGGAGGACGAACTGCAATCTATACTCAACTATCTAACTACCATGCACGAGGATGAAAACTTGCATGATGTTCTGCAGATGTTGATCTCATTAATGTCCGAGCACCCCAGCTCCATGGTACCTGCTTTTGACGCGAAAGGCGGAATAAGGACAATATTCAAGCTGTTGGCGTCAGAAAGTCAATTAATAAGGTTACAGGCGCTAAAACTTCTCGGTTTCTTTCTGAGCAGAAGCACGCACAAACGCAAATACGACGTAATGTCGCCACACAACCTGTACACGTTGCTGGCAACCAGACTGGGGGCGAGCGGCGAGGGACTGGCCCTGCCCGTCTACAACGCCCTGTACGAACTCCTCACGGAGCACGTCGGGCAGCAGATACTGTACACCAGCCACCCGGAGCCGCAGCCACACTTCAGACTCGAAAATCCTATGATCCTGAAGGTGGTGGCCACGCTGATAAGGCAGTCGAAGCAAACGGAACAGCTGCTGGAAGTGAAGAAGCTGTTCTTGTCGGACATGACCCTGCTGTGCAGCAACAACCGCGAGAACCGACGCACCGTGCTGCAGATGTCCGTATGGCAGGAATGGCTCATAGCGATGGCTTATATCCACCCAAAGAACGCCGAGGAACAGAAAATCTCTGACATGGTCTACTCGCTGTTCCGGATGCTTCTTCATCACGCCATCAAACATGAATACGGAGGCTGGAGAGTATGGGTGGACACATTAGCCATTGTGCATTCAAAGGTTTCGTACGAAGAATTCAAGTTGCAATTCGCACAAATGTATGAACATTACGAGCAAAGACGAGCTGACAACATCACAGACCCAGCCGAGAGACAACAACGACCCATCTCCACTATATCCGGCTGGGACAGGCACGCCGACACCCAGCACACCCCACGCGTCATCCCGGACACAGACGACAGCATGGACAGCTCTCCCGCGTCCATCAGGAAGCAGAATGTGCTCAATCACGGCGCGCAGACCGAAATCGGAAAAGGGCTCTCGTTGCGAGAAGTCGAATCGTGCAATTGTACCACAGTTAAAGCAGAAAGTGATAAAAGTGAGGAAGAATCCGATCGGACTACACAAGTCGTTTATAGTGAAGTGTGTAAAGTGCATAGTCCCGTTAAAACTGTTGAAGCCGCAGTGCCCTCCGCCGATGGCTGTGATGCTGTGATCCGCGACTCTGAAGTCGAACACGCAATCGATGAAGCCGAGTCTGAGAATGAACAGACAATCTTCAACCCTGCTATACAGTCCAGTAACGAATTAGTAGAATCTATTATAAGTGAAGATACTATTTTGGGCACTGAATCTGGATTAGGGACGTTAGAGAAACCCGAAAAACTCAACCGACAAGGAAGTTTAGATTATATTCCAGTCAGAGATGTAGGCGACACCGTATCTAAAGATGACAACACAGATAAGAGTGAGGGAATACCGTCAAGTTTATCTGTGAGTGAAACAGCTAGTCCCGAGAGAGTAGCGGACTTAAATATCGTTACTGAGAGAGAATCTGAGCTTTCAGATCCATCCGAACTATACTTAACCCCTAGCGAAGCCACCAGCCCAAAGGAAGTTGAGGAAAAAGTTGAAGTTTTAGATGAACCAACAGACGGTATCGACGATCCGAGGCACGTCGCTGTAAACATTGTCAATGACGTACTCAGTGTGGCGCTGGAGACCGTTAGGCTGAAAGCTGACGACGACACCGACTCTGGTGCGATATCCGGCGGATTGCAATCCGAAGGTAACACGCCAAACGGTCGCGATGACTTCGATCAAGAAATCGAAGAAATCGTTAGCGAGAAACAAGCTGCTGAGTCTATAGCTAATGAAATCGTTATGGATATTGTAGAATCTGCATTGGCTAAGGGCGCTGAGAATACTGAACCATCCGAAGAGAATAGCCCGCAAAGGGTGTTACCCTCGGATCATCCTCACGAAGGGAACGTTTTGCCACTAGACGGTGAATTCTTGGTTAGTCCCAGAGAAGAGGATGCTGAAAAACTTGAGGTTGAAGAAGATTCTGAAAAGATTCCTGAAGAAAATATGAACATTGAAATTGAAAATGCCGATACTGAAGAACCAGAGCAACAGAAAACGACGGAAATTCCACCAATCTCGACTATCAGTGAAAACATATCTTTAGCGAACAAGAAAGAACAAGAAACCGATGAAGATAGAGGTAGAGAGGGTGAGAGAGAAAAAAGACGGGTCAGTTTACCCGAAGACAGCGAGAGTAAGCAGGATAGTGCTAGAGGTGAGGGTGTGGCCTCGCACGGTACCAACACGTCATCATCACCCAAAAGGCCTCGAAGTGCGTCCACTAGTACACAAGTGGACTCTAATCATTTTGAATCGAAACGTCCATCGAAATGCTCCAGACCTATGTTCTCCCCGGGACCCACTCGCCCCCCGTTCCGCATCCCCGAGTTCCGCTGGTCCTACATCCACCAGAGGCTGCTGTCGGATGTGTTATTCTCATTGGAAACTGATATTCAGGTTTGGCGAAGTCATTCCACTAAATCTGTCATAGACTTCGTCAATAGCAGCGAGAACGCCATCTTTGTCGTGAATACCGTACACCTGATCAGTCAGTTGGCCGACAATCTGATCATCGCTTGTGGAGGGCTCCTGCCGCTCCTAGCGTCGGCCACGTCACCCAATAACGAGCTCGATGTCATCGAACCGACCCAGGGTATGCCGGTGGAGGTGGCTGTGACCTTTCTACAGCGACTGGTCAGCATGGCGGACGTTTTGATATTTGCAAGCGCCCTTAACTTTGCCGAGCTGGAGGCTGAGAAGAATATGTCCAGTGGCGGTATCCTGAGGCAGTGTCTCCGACTTGTGTGCACGTGTGCGGTGCGCAATTGCCTCGAGTGCAAGGAGCGCCAGCGGTACGCCGCCGCCAGGGCTGCACGTGCCGGAGACTCGCCCTCGCCGAAGAGCGTCGTGGCGAGTCTTGCGGACGCCTCCAGCCCCGTCAAAGATCCGGAAAGGCTTCTGCAGGACATGGACGTCAATCGACTTCGAGCTGTTATCTACAGGGATGTTGAGGAGACGAAACAAGCGCAGTTCTTGTCGCTTGCCATCGTTTATTTCATCTCGGTACTGATGGTTTCGAAGTACCGCGACATCTTGGAGCCGCCCGCCCACGCGCCTCCGGAATGTTCCAGAAGACCGCACCACTCCCACGAGCATCACGGGTCTAGGCCTCTGTTCCCCCAGTGGTCGCACCACGTGTACCCGCAGTTCCTGCCGGGTGGGCATCCCGCTCACCGACATCCACACTCGCACTGCAAGCTCGACTGCAGCCAACACGTTAACAATAACACGCACGCACACTCACGCATCGCTAGTTACCACCGCACACACGCAGAACACAACGGGGATGATGTGGAATACGCCATGATTGTTGTTGACGAGAACAATTCTACAATAAACGAATTAGATTCACCATCGATGAAGGAGTCGGAAGCCAAGGAAGATGCTGTGGCAAAAATAGAAACAACGGCCATAGAATTGAAGCCGCCGTCTCCGGAACAGCCCGAGCTGAGTAAGCCGGCTGAGACGCCCACCCCAGAAAAGGAAGAACCGCTTTTCAAGTCGAGCCTCCGAGTGAAACCGCAGCCCAAAATAAAGAGCGTGGATTCGATCGAAGACGCCGGCTCGTTTCATCTCAACTCTAATGAGACTACTAACAATGATCCTGAGACCTCCAGCGAGATCGCTCTAGATGATAACAAACACGCGGCCAGTAATGACGAATCTTGGACCGATGTCAACTTGAATGAAGAGGGTGAAAGGGGTCCGGCCACCATTACTGGGAGAACGAGAGACCACGAAGGGAACATTCATGAAGATATCGACAAACAAATTCATATGAGGAATACAGATTCACATCACCACATTCAACAACGACAGAACAGAAACCTTCAGGCTGCACAACGGCATTTACATCCGGACAATGAGACCCTGGCTGGTCTAAATGCAATGAACGCTTCGATGTCCGCCGACGGAGTGTCCCGGGAAGCCTCTCTGACCCACAAGCTTGAGACAGCCCTGGGCCCTGTCTGTCCGCTTTTGAGAGAGATAATGCTAGATTTTGCTCCTTTCCTTTCTAAAACCCTGGTAGGAAGCCACGGACAGGAGCTCCTGATGGAGGGTAAAGGTCTCCAAACATTTAAATCCAGCACTTCGGTAGTGGAACTCGTGATGTTGCTCTGCTCGCAAGAGTGGCAGAACTCCCTCCAGAAGCACGCCGGCCTCGCCTTCATCGAGCTCATCAACGAGGGACGGTTACTGTCCCACGCCATGAGGGACCACATTGTCCGCGTTGCGAACGAAGCTGAGTTCATCCTCAACAGAATGAGAGCTGACGATGTTTTGAAACACGCCGATTTTGAGTGCCTTTGCGCCACGAGTAGCGCGGAGCGAGCTGACGAGGAGCGGACCTGTGAGCGGCTGATCGCGGCGGCGAGGAGGAGAGACACCGCGGCCGCCGCCCGCCTGCTGGACAAGCTCCGCCACGCTGCAGCACACCAGGCCGGGACCGGCACGCAGTTCTGGAAGCTAGACTCGTGGGAGGACGATGCCCGGCGCCGGAGGAGACTGGTGCCCGACCCACGCGGACACCGACACGACGACGCCGTGCTCGTGCGCCAACACGCGCAGCCGCCGCCCCACGACGCCATCCTCCAGGTCAGCACGCTCTGCAACGCCGCGCTACATCTACCGCCAGGGGATAATGGGCTCCTGGTTGAAGAGTGCCACCCAACATTCTAA

Protein

MLILFQAVVLPPLARWPYENGFTFTTWFRLDPINSVNIEREKPYLYCFKTSKGVGYTAHFVGNCLVLTSMKIRGKGFQHCVKYEFQPRRWYAIAVVYIYNRWTKSEIKCLVNGQLASSTEMAWFVSTNDPFDKCYIGATAELDEERVFCGQMAAIYLFGEALTTHQICAMHRLGPGYKSQFRFDNECNISLPENHKRVLYDGKLSSAIVFMYNPVATDGQLCLQSAPKGNVSYFVHTPHALMLQEVKAVVTHSIHSALNSIGGVQVLFPLFSQLDLQHDAPPNDPKRDPLLCSKLLGFVCSLVESCSTVQQHMLQCRGFLVISHMLQRCSRDHLTPDTLASFLHLTKHLVTCCSPNSDLLLKQLLDHILFNPALWIHTPAAVQARLYCYLATDFLADAHIYGSVRRVSTVLQTVHTLKFYYWVVNPRAKSGIAPKGLDGPRPAHKDILTIRAYILLFLKQLIMIGNGVKEDELQSILNYLTTMHEDENLHDVLQMLISLMSEHPSSMVPAFDAKGGIRTIFKLLASESQLIRLQALKLLGFFLSRSTHKRKYDVMSPHNLYTLLATRLGASGEGLALPVYNALYELLTEHVGQQILYTSHPEPQPHFRLENPMILKVVATLIRQSKQTEQLLEVKKLFLSDMTLLCSNNRENRRTVLQMSVWQEWLIAMAYIHPKNAEEQKISDMVYSLFRMLLHHAIKHEYGGWRVWVDTLAIVHSKVSYEEFKLQFAQMYEHYEQRRADNITDPAERQQRPISTISGWDRHADTQHTPRVIPDTDDSMDSSPASIRKQNVLNHGAQTEIGKGLSLREVESCNCTTVKAESDKSEEESDRTTQVVYSEVCKVHSPVKTVEAAVPSADGCDAVIRDSEVEHAIDEAESENEQTIFNPAIQSSNELVESIISEDTILGTESGLGTLEKPEKLNRQGSLDYIPVRDVGDTVSKDDNTDKSEGIPSSLSVSETASPERVADLNIVTERESELSDPSELYLTPSEATSPKEVEEKVEVLDEPTDGIDDPRHVAVNIVNDVLSVALETVRLKADDDTDSGAISGGLQSEGNTPNGRDDFDQEIEEIVSEKQAAESIANEIVMDIVESALAKGAENTEPSEENSPQRVLPSDHPHEGNVLPLDGEFLVSPREEDAEKLEVEEDSEKIPEENMNIEIENADTEEPEQQKTTEIPPISTISENISLANKKEQETDEDRGREGEREKRRVSLPEDSESKQDSARGEGVASHGTNTSSSPKRPRSASTSTQVDSNHFESKRPSKCSRPMFSPGPTRPPFRIPEFRWSYIHQRLLSDVLFSLETDIQVWRSHSTKSVIDFVNSSENAIFVVNTVHLISQLADNLIIACGGLLPLLASATSPNNELDVIEPTQGMPVEVAVTFLQRLVSMADVLIFASALNFAELEAEKNMSSGGILRQCLRLVCTCAVRNCLECKERQRYAAARAARAGDSPSPKSVVASLADASSPVKDPERLLQDMDVNRLRAVIYRDVEETKQAQFLSLAIVYFISVLMVSKYRDILEPPAHAPPECSRRPHHSHEHHGSRPLFPQWSHHVYPQFLPGGHPAHRHPHSHCKLDCSQHVNNNTHAHSRIASYHRTHAEHNGDDVEYAMIVVDENNSTINELDSPSMKESEAKEDAVAKIETTAIELKPPSPEQPELSKPAETPTPEKEEPLFKSSLRVKPQPKIKSVDSIEDAGSFHLNSNETTNNDPETSSEIALDDNKHAASNDESWTDVNLNEEGERGPATITGRTRDHEGNIHEDIDKQIHMRNTDSHHHIQQRQNRNLQAAQRHLHPDNETLAGLNAMNASMSADGVSREASLTHKLETALGPVCPLLREIMLDFAPFLSKTLVGSHGQELLMEGKGLQTFKSSTSVVELVMLLCSQEWQNSLQKHAGLAFIELINEGRLLSHAMRDHIVRVANEAEFILNRMRADDVLKHADFECLCATSSAERADEERTCERLIAAARRRDTAAAARLLDKLRHAAAHQAGTGTQFWKLDSWEDDARRRRRLVPDPRGHRHDDAVLVRQHAQPPPHDAILQVSTLCNAALHLPPGDNGLLVEECHPTF

Uniprot

H9JIG6 A0A2A4J806 A0A2H1W4B4 A0A194Q8R0 A0A194RBQ5

Pubmed

19121390 26354079

EMBL

BABH01027240 BABH01027241 NWSH01002630 PCG67808.1 ODYU01006172 SOQ47796.1 + More
KQ459337 KPJ01365.1 KQ460436 KPJ14705.1

Proteomes

UP000005204 UP000218220 UP000053268 UP000053240

PRIDE

H9JIG6

Pfam

PF15787 DUF4704 + More
PF06469 DUF1088

Interpro

IPR023362   PH-BEACH_dom        + More
IPR016024   ARM-type_fold
IPR010508   DUF1088
IPR031570   DUF4704
IPR013320   ConA-like_dom_sf

SUPFAM

SSF48371 SSF48371 + More
SSF49899 SSF49899

ProteinModelPortal

H9JIG6 A0A2A4J806 A0A2H1W4B4 A0A194Q8R0 A0A194RBQ5

KEGG

101744498 no KO assigned | (RefSeq) neurobeachin-like

GO

GO:0005488 GO:0022857 GO:0005215 GO:0016020 GO:0022891 GO:0004812 GO:0006418 GO:0003676 GO:0016876 GO:0043039

Length:

2066

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.0568399999999999

Exp number, first 60 AAs:

0.00904

Total prob of N-in:

0.00090

outside

1 - 2066

Pi

220.807861

Theta

178.720159

Tajima's D

0.828431

CLR

0.359576

CSRT

0.610669466526674

Interpretation

Uncertain

Source	Sequence	Identity	Evalue
27530593	RPSSSAGRPSSPLSPTRQ	100.00	5e-05
26822097	HADFECICATSSAER	100.00	0.005

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics