Silkworm Genome Informatics Database

Gene

KWMTBOMO09904 Validated by peptides from experiments

Pre Gene Modal

BGIBMGA013258

Annotation

PREDICTED:_uncharacterized_protein_LOC101740626_[Bombyx_mori]

Location

Bomo_Chr16(-):11548625-11583733 View in EpiBrowser

Location in the cell

Nuclear Reliability : 3.943

CDS

ATGTTCTTTCAGGGTGATTGGGTGTATCCTTATCGTCCGGGAGATTATGCAACTCTAACGAGAAAGTACCTCGGCTCTTTGTACTGGTCCACGCTAACCCTGACCACCATAGGGGACCTGCCGACTCCGGAGACCAATGCCGACACGCAAGGAGGCCCCAAATTTCTGCCGCGCCGCGGACTGAAGTCCCGTTTACTGCAGTTCAGGTCCAACAGAGGGTACGTGTTCACAATAGTAAGCTATCTAATTGGGGTGTTTATATTCGCAACTATTGTCGGACAAGTCGGGAATGTCATCACTAATAGGAACGCGAACCGTCTCGAGTTCGAGAGGCTTCTGGACGGAGCCAAAACTTACATGAGGCACCATAAGGTGCCGGGTGGTATGAAACGTCGTGTATTACGATGGTACGATTACTCGTGGTCCCGCGGCAGGATCCAAGGAGGCGGTGACATCAACACTGCTCTAGGGCTGCTACCCGATAAACTGAAGACCGAACTTGCTCTGCATGTCAATTTGAGCGTACTTAAAAAGGTCACCATCTTCCAAGAGTGCCAGCCGGAGTTCCTTCATGACCTCGTCTTGAAAATGAAGGCTTACATCTTCACACCTGGCGATTCCATTTGTCGTAAAGGGGAAGTTGCTAGAGAAATGTTTATAATAGCCGATGGAATCTTGGAGGTGATATCGGAAACCGGACGAGTACTAACCACCATGAAGGCTGGAGACTTCTTCGGCGAAATCGGGATATTGAACTTAGACGGATTGAACAAACGGACAGCAGATGTCCGTTCCGTTGGTTATTCGGAGCTGTTCTCACTTTCGCGTGAAGACGTGCTCGCTGCGATGAAGGACTATCCTGAGGCGCAGGAGATCCTCCAGACCCTGGGCCGGAAAAGACTGCAGGAAGCCAAGAACATGTCAAGACAGAAAGTCAAGGGAGAAACCAGTCCGGATAAAAATGCTGGTGACGACAGCGGTCCCAAAAGAATAGTCCACAAACTGAGGAGTGATGTCAAGGGCATCCGTAACGCCATACGCAGCAGATCGCGCGGGGGGCGCCGCTCGGCGGACGAGGAGCGCGCGGGGCGGGGGGGCGGTGCAGCCAACGGGGGAGGGGGCGGCGAAGGGAAGGTGCTGCGACGAATGAACCGAGTTGAGAGTGATGACTCACAGGCCCACGGACCTCACGAGGATAACAATGGGGAAACAACATCAGGCAGCAAAGATGGTGAGAAATGCGTTTCTCCCATAGGTGCAGGACTACCATTATTATCGAGATTAAAACTTCTAAAGGAAAAACAGGATAGAGAAGAAAAAGTTGCAAAACAAAGGCATTCAACTTCATCAGTTGTATCGTTAAATATACAAACCCAGCCGATCCCATCCACAAGTGCGGCTCCTGATGAACCTGAAGTAATCGGAGCTGGTTTACCGCTTATTCAAAGGCTGATGCTCCTCAAAGCGAAAGAAGAACGCGAAAAAAATCAGCTAACCCCAACGACCAGCAACCAACCTTCCAGCTCCGACACAATAAGTCCCACCTCTATCAAAAGTCCGTTGAGTCCAACAGTTAAAACTTTAAGTCCCATTAGAAAAGGCTCTGAGTCCAGTTCCCCGGGAAAGCTTCAAAGTCCAACCACCAGGACTTCTAGAAAAAATTCCTCCGGCTCCAGTGACGGGACTTCTAGACCGAAAGTTAGCTTCAGAGACAAAATTCTGCAAGTCCAGAGTGACGGTACAGCTGTTTGCCAGCCTCTAAATAAAGATGGTAGCGAAAAACCGTCAGCAGTCGTTGAGCCCACACCTAAAACAGAAAGCAATTTGATTTCGATTCCACATTCTGTAGTGAGTAAGATAAAATCGCCAGCGAAAGTTGTTGGAACTACTTTCAGGGATAAACTAAAGCTTCTGCAAAGTGGTGGTAAAGATTCAGATACGACTGCAGAAAAGAAAGCTTCATCTTTTGAGAAAAATCCAATAGAAATACCTCCCATACAAATTACGGACAATAAAGAAGAGATTAAAAATAAAAAGCCGTGGTCGAAACTAAAAAAGGCCGCGATTTTAGGTGAATCAAAAAGCCAAAGTAAATCTAGCTTGGAAGAAAAGAAAGATGATGTAACTAATGAAACGCCCGAAGTAATCGTAGAGTCCTGTGTAAAAATATGTGTTCCCGTTGTAACAACTGCGGAACTGGTGAAGATAGACAATAATAATGTTCAAGTTATAAGTGATAGTGATAAGTCGGAAAACCCTAAGGTATGCTTAACGGGCCCTATAGAAACCGTCCAGGAGAAAAGCCTAGATTTGATGACATTATCGCCGAAAAGAAACGTAGCGAAAACTACTGAAACTAAAAATCTCGGCACCCTTTTACCCAAAGTTAAAAAGTATAGATCTATCGATGATCTCTCGCCAGAATACGGAGGATTGCCATTCGTTAAGAAACTCAAGATTTTGAACGAAAGACAGAAATTAGCTGAATTGGAAAAGGTGGTTAAATTTCGAAGTTCAAGCTTAGATTGCACCAGTTCTTCGGAGGATCTACTTTGCGACACATTAACTAGAAGTCATTCAGAAGGCAGCACAATGGACAAAAGGAAATATAAGCGAAAATCTACTGACTCAATCGGAAGTCATGAATCCAATGAAACCCTAGAAAGACGAACATTGAAATCTATATTAAAGAAGTTATCAGAAGACGTGACCCCAGCCGAGAGTCCTGAACGTAGTAATGAATTAAGGAAATTAATTCGAGCACCAACTCTCGAAGGATACGCAGCGAGACACTCAAAATTTGCCAAAAGTGTGACCTTTCATAGGCACACATTACCTTCACCTCCGGCTAGTGCTCCCGCTGACACTAAATGTGCCGTTTTTCAAATCCCAGACGTTCCCATTCAAGTTCCACAAATATCGCCTCCGTTGACGGAAGCTGAAGTGGTCGAACCTGATCCGTGTAATCAAATCACAAGACCGATAGAAGATACGATAGTCACCAAAGAGACGGGCCTGAATTTCAGAACGGAATATCATCTGCAACAGAATATGGATCCGATGTACGATTTCAAAAACTTGAGGCCCGAAGATATTAAAGTGCCCAAAGAAAAACCTAAACTTACTATAATATCGGCTGTTGCAAATCAAAGGAAACTACTCAGAGGCTCCATCGAAGAACAGGAGTATTTTGGGGAAGTTCTCTTGGGAATCAAACAAGTTATACAAGGACATCTACAAGACGTCCAGTTAAAATTTCAAGAAAGATTTACAAGTTTAGAAAATGAGGTTCGCAAGCGTGACGAGATCATCAGCCAACTGCAGAAGAGGATTCAGGAACTCGAGCGGCTCGGGCTCGCGTCCAGCGCGGGGGCGGTGCCTCTGGAACTACCTGTCGCCGTCACCATGAAAAACAGCTCCGGGAGTGAAGAAGAAGAAGACCTTGAAGAAGGATTTATGCGAGGTGATTCTTTAGACACGGTATTCGCCTCGTCTCCACCAACAGCCAGCGCTGAAGACGACAGTGCAGCGAGACTGGAACAGTCCCACGAAGAGATCCCAGAGAGCATCAGCGACGAGAAATTATCAGAGATGACTGAAGGCATCGAATTAGAAAAGCTTTCGTACTCAGAGCTGCAGAGTTTGGCTGAGTCTTTGACGAAAGGCGATAAAAGCTCTTCGAGTAAGGAGGAGTGGTCTATTAGCAAGTCGAAGAGGATGGACCTAAACCTGGACGGGAAGGCGGGAACTTATTCGAGGAAGCGGGCTGCTAAATTGAGGCAGAGAAAGTCTTGGGAAGATCAGAGCGATCAAGAGAGTGTTGAAATGCATGATCTCACGAGGCCATTATCCCCGCACACAATGTCTGAAGACCGCTCCTTGCTGAGTCCAGAACAGTCCAGCCTCCGCAGCAGCAGGAGGACCACTCCCTTCCACTTCTTCGGCTCGCATCTCGACAACACCAAATCAAAAATCAAAAAGACCTTGTCTGTTGACACCGGAATGCATCACACGGGCAGGAATGATAGAAAACAATCTGGTAAACGCGAACATCGGAAGTTCAGTCTCGGTTCGTTCTTTGGACAACAGCGTCGACCCGTCGCCAGGACTCACGACGACGTGGTGCTGGACATGGGCAGTGACCTCAGCTGGACAGATTCATTATCAACATCTTCCAGTAGCGACTCCGAGTCTCCGCCGCGGACGCCCGCCTTCGAAGAGTTCGCGAGTCGGTCCCGACACGCCCCAGTCAGCAGGTTGTCAGGGAGTGGCGGAGACTGGGAGGTGATGATGCTGGCCGACGAACTAGAGAAGAGAGAACGAGAAGAAGCCAGAAGACACCAGTACGAGACCACACTGCGGGAGCTTGAAGAGGAATCAGACACACCACTGCGTGATGAAAGCCCAGAGCGGTCACCGGCCTCTGTACCACTGCTCCCCCAATCATCTTACTTGCAAAGAACTCCTACGAGACAGTACAGAGTCGCTTCATTGGTTGAACCGCTAGGACCAGAGTCTTCGCTCCGACAATCAAGAGGGCTGATCCTCCGAGCGGCGAGTCTTGATCGAGAAACCACTCCATCCTCGGAAACTCGTCGATTCGGCTCCCTGAAGAACACCAGTACAGAATCGCATAAGCGACTCTGA

Protein

MFFQGDWVYPYRPGDYATLTRKYLGSLYWSTLTLTTIGDLPTPETNADTQGGPKFLPRRGLKSRLLQFRSNRGYVFTIVSYLIGVFIFATIVGQVGNVITNRNANRLEFERLLDGAKTYMRHHKVPGGMKRRVLRWYDYSWSRGRIQGGGDINTALGLLPDKLKTELALHVNLSVLKKVTIFQECQPEFLHDLVLKMKAYIFTPGDSICRKGEVAREMFIIADGILEVISETGRVLTTMKAGDFFGEIGILNLDGLNKRTADVRSVGYSELFSLSREDVLAAMKDYPEAQEILQTLGRKRLQEAKNMSRQKVKGETSPDKNAGDDSGPKRIVHKLRSDVKGIRNAIRSRSRGGRRSADEERAGRGGGAANGGGGGEGKVLRRMNRVESDDSQAHGPHEDNNGETTSGSKDGEKCVSPIGAGLPLLSRLKLLKEKQDREEKVAKQRHSTSSVVSLNIQTQPIPSTSAAPDEPEVIGAGLPLIQRLMLLKAKEEREKNQLTPTTSNQPSSSDTISPTSIKSPLSPTVKTLSPIRKGSESSSPGKLQSPTTRTSRKNSSGSSDGTSRPKVSFRDKILQVQSDGTAVCQPLNKDGSEKPSAVVEPTPKTESNLISIPHSVVSKIKSPAKVVGTTFRDKLKLLQSGGKDSDTTAEKKASSFEKNPIEIPPIQITDNKEEIKNKKPWSKLKKAAILGESKSQSKSSLEEKKDDVTNETPEVIVESCVKICVPVVTTAELVKIDNNNVQVISDSDKSENPKVCLTGPIETVQEKSLDLMTLSPKRNVAKTTETKNLGTLLPKVKKYRSIDDLSPEYGGLPFVKKLKILNERQKLAELEKVVKFRSSSLDCTSSSEDLLCDTLTRSHSEGSTMDKRKYKRKSTDSIGSHESNETLERRTLKSILKKLSEDVTPAESPERSNELRKLIRAPTLEGYAARHSKFAKSVTFHRHTLPSPPASAPADTKCAVFQIPDVPIQVPQISPPLTEAEVVEPDPCNQITRPIEDTIVTKETGLNFRTEYHLQQNMDPMYDFKNLRPEDIKVPKEKPKLTIISAVANQRKLLRGSIEEQEYFGEVLLGIKQVIQGHLQDVQLKFQERFTSLENEVRKRDEIISQLQKRIQELERLGLASSAGAVPLELPVAVTMKNSSGSEEEEDLEEGFMRGDSLDTVFASSPPTASAEDDSAARLEQSHEEIPESISDEKLSEMTEGIELEKLSYSELQSLAESLTKGDKSSSSKEEWSISKSKRMDLNLDGKAGTYSRKRAAKLRQRKSWEDQSDQESVEMHDLTRPLSPHTMSEDRSLLSPEQSSLRSSRRTTPFHFFGSHLDNTKSKIKKTLSVDTGMHHTGRNDRKQSGKREHRKFSLGSFFGQQRRPVARTHDDVVLDMGSDLSWTDSLSTSSSSDSESPPRTPAFEEFASRSRHAPVSRLSGSGGDWEVMMLADELEKREREEARRHQYETTLRELEEESDTPLRDESPERSPASVPLLPQSSYLQRTPTRQYRVASLVEPLGPESSLRQSRGLILRAASLDRETTPSSETRRFGSLKNTSTESHKRL

Uniprot

H9JUP5 A0A2A4JP39 A0A2W1BL48 A0A437B105 A0A194PKB8 A0A0N0PAS5 + More
A0A2H1X2P2 A0A212F241 A0A1I8M3P6 A0A1I8PTC8 A0A1I8PTB2 A0A1I8PTG4 A0A1B0D8F5 A0A1I8PTE0 A0A1I8PTF8 A0A1I8PTB7

Pubmed

19121390 28756777 26354079 22118469 25315136

EMBL

BABH01022809 BABH01022810 BABH01022811 NWSH01000876 PCG73761.1 KZ150072 + More
PZC74017.1 RSAL01000212 RVE44172.1 KQ459602 KPI93174.1 KQ461178 KPJ07787.1 ODYU01013000 SOQ59593.1 AGBW02010783 OWR47807.1 AJVK01012614 AJVK01012615 AJVK01012616

Proteomes

UP000005204 UP000218220 UP000283053 UP000053268 UP000053240 UP000007151 + More
UP000095301 UP000095300 UP000092462

PRIDE

H9JUP5

Pfam

PF00027 cNMP_binding + More
PF00520 Ion_trans

Interpro

IPR018488   cNMP-bd_CS        + More
IPR000595   cNMP-bd_dom
IPR018490   cNMP-bd-like
IPR014710   RmlC-like_jellyroll
IPR005821   Ion_trans_dom

SUPFAM

SSF51206 SSF51206

Gene 3D

2.60.120.10

CDD

cd00038 CAP_ED

ProteinModelPortal

H9JUP5 A0A2A4JP39 A0A2W1BL48 A0A437B105 A0A194PKB8 A0A0N0PAS5 + More
A0A2H1X2P2 A0A212F241 A0A1I8M3P6 A0A1I8PTC8 A0A1I8PTB2 A0A1I8PTG4 A0A1B0D8F5 A0A1I8PTE0 A0A1I8PTF8 A0A1I8PTB7

PDB

5H3O E-value=1.9246e-60, Score=595

KEGG

101740626 no KO assigned | (RefSeq) uncharacterized LOC101740626

GO

GO:0016021 GO:0005216

Length:

1548

Number of predicted TMHs:

1

Exp number of AAs in TMHs:

22.40708

Exp number, first 60 AAs:

0.12855

Total prob of N-in:

0.98748

inside

1 - 73

TMhelix

74 - 96

outside

97 - 1548

Pi

289.466153

Theta

178.083608

Tajima's D

2.411153

CLR

0.311082

CSRT

0.933503324833758

Interpretation

Uncertain

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics