Silkworm Genome Informatics Database

Gene

KWMTBOMO08214

Pre Gene Modal

BGIBMGA009498

Annotation

PREDICTED:_uncharacterized_protein_LOC105842936_[Bombyx_mori]

Location

Bomo_Chr14(+):1958527-1969249 View in EpiBrowser

Location in the cell

Nuclear Reliability : 3.163

CDS

ATGACCTTAACCGATGAAGAAATTATCCGAAAATGCATGTTTTTCATAGCACTGCGAACAAACAAAAGCGAAGAAGAGAAAATAAATGACATCAACAACTACTTGGAAAGCGGAGGGAACATCAACCATGTGGACGGCTATGACGAAGATAATTCTCCTCTTCACATAGCTGTCAAGAGGTCAGAAAAAGATGTCGTACGTCATTTAGTGCAAACAAGAGCGTTTGTGACACAGAAGAACAAGGCCGACAAGACACCAATGGATCTAGCTTTAGGAATAAACACTGAAGCCGGTCGCGAAATCGTGGATATACTAAAAAATTGCAATGTCGGTCCTCCCCAAATTAAAAACGCAGTCGAGAAAGTCAAGTTGCCGCCAAAAAAGGCGAACGCCGGTAAAACATCCAAAGAGATCCTATTCCCGAAAAGGGTCGGGACATCGGCCGTCGGCGGACAACTTTACGAGACGAAACTGCTAAGTTTAATTTTAATGAGAGCAGCGAACGACAAAGACATCGCTAAGTTTTGTTTGGCCACAAATGTGCGACACATAGGGGCTTTGGACGACATATTTTTTATGTACAAAGTGAAAAACGACAATAAAGTCGTTGTATTGGCTCTCCAGGCGAAGCACAGAGAAGATATCGACAAGGGAAGGCTATCAGTCAACGATTTATTTCGCGATAACAGCGACTTTAGTTTGCCGCAATACTTCGACAGCTATTTACGAATCAAAGATAAACTGCAGGCGACAATCAGTAAAACGTTGATAGCCGATGAAAATGTTGATACGGAACTTAATTTGGTGCTATATACTCCCGTTAAAGACATTTTCGATATGAAATCAGATAAGCACAACGTTCAATGTCACAAAATTCATAATCTCATACGCAGTGGAAAAAACAGTACAAATTTTCAATTTAAGTACAATGATGAACATATAAGTTTTTTAACTCGTTCAATACAAGAGGAACGTGTTAAGTTATTAGGTAAAACGTTTCTGAATTTCATAATGTCACCCAAAAAAATTGATATGATCATGACCGACCAGCTAATAAGGAAATATCACGTGATTCTATCAAGAAAAGTTATTCAAATAATTGCTACACAATCTGAAGATTATATTACATGTAAATTCAGTCAAGAGTTTTTTGCTACTAATGAGGATATATTTGTTTTATTGAGAGACACAATTTTTAATGAAACAGTTCAGAACTATTGCAAAGATACGAATCTTCGTAAAGAAGAAATTATCACTTTATGTAAGAAGTTAATGAAAGAGCCCTCTAGTTTAAGTATCAGTGAAATTATCGGCAAAATAGTGACGTACGAAGATAAACTCGGTAAACTTAAATTGATCGAATCAAATTTAACATCCAAAGAATTCAGCGGTGAAGAGAAAAAAAGACTGAACCAGGACATTTTTAATGTTGAAGTTACTTCGTCTATTGTACAGGAAGCTATAAATATAGCAGCCAAAGCACGGTTACAGCCACTAGTGTTCAAACTACCGTCATATTTCGGAACATTTGACTTATTGAAGAAAAATGATAACAAAATAAAAAAGCAACTGAATTTCATGGCGTCGAAATTTAAAACCCTTTTCGAATGTGAAAATAATGTTATTGAGATAACTGAAAATGAAATAAAATCTAATACAGAATCGAACGAAAGTAAATTAGATTATCGCTTTTTCGAAATAAGCGATGGTATAGGTGGAGCGGTCGGCAACCTGATTGTATGCGATAACGATACGAAAATGTTAAAATTTAATACTTCGGAAGTTTTACCGGAAAGGGCTAATAAACTATTGCTCGTACTAAAATCAGTTCTGCCCGAAGGTAAAAACATAGAGGACTACAGGCTAAAAATATGCCTAAAGAATTTCCCTAGACTTTCGTTTCTCGAAGATGAATATGATAAAATGGAGGCCAAACAGTTCCTAGATCGACTTTGGTTTTACACGAACCAAGCGAAAGAGGACGAGGTTGAGAAGATTGTGAAAAAAGAAGTTGATAAATTCTACAACGCTGAGAGAGGCGAAGATCATTTTCTATTCAGGATTCATTCGGATGCTGTGTATCTTCGATTTCATGACGAGATACAAAAATGGTGGATGCTTCCCTCCGAAGCTGCGTATTTAACTAAAGACAGCGAGATATTCGAAAAATCCAAAAGGGATATTGTCGACAGTCCTTTATTGACAGTCCTGAATATAATGTATGTGAATAAAGTGAAGAAGTTTGGTATAGAATTTTCTATGGATGCAGTAAAAGCGCTCAATCTAGACGAATACAAGACTGGTCTTGTGAACGTCATCACGGACTCAAACATACTCACGGGAATCAAAATAAAACAATTTTTCAGAAGCGCTAATGATTACATATTCGTGGACTTCGACTACGTTCTTAGTTTGCCTCCGAACGATTATAACAGCATGTTCTTGGAGCTGCAGTATTCCAACGTTAAAACTCTGATAGTCGTTTACGAGCCACCTAAGAACACGAACGGGATAGACGGGAGACTGAAGCTTATTGTGGAAAAATTTAACGGGCCAAGAATTATAATTGTCACGAATCAAGTTCTGGGGTCTGAACTCGAAAAGGAGTTCGAATTAAAGTACAATAAGGTCGCGGACGAGCTCAATGGTTTTGATCAGTTCGTACCGAAATCTCAGAGGAAATTCTTCGAAGATTCAACGATTGTTTTTCAAGGGGAAGATGTGGATCTCGCAACAGTTGTAGACGACGATTCGAAATACCTATTAAAAGCTCCCACATTAACCAAATTGATCAATAAAGAGAAAATAGAGATAGGGAAATCTATAACGGACGCTAAATACGAAGACATCAAGAAATATTTCGTTAAAAGGTGTTTGAAAAAAGATGACGTCAAAGTTGAAGTAAACACTTTCCAAGACATTGATGATGATGTCACAGTCATTATAGCGAAGCCTAATATGGGGAAAGCTACTCTTCTTACCCATTTGTCAGTGGAACATAAAAAGCTGTATACTTCTAGTTGGATAGTACGAGTTAACTTGTCGGACCATTTGAACGATTTCGAAGTCTGGCGAAGGGGTAACGTAATATTGGACAAAAAGAAGATAGTTAAATTTATGTGTACTGTAGCTTTGAAGTCGGTAAACAACAAAACGGTGTTCGAATTAGAAGAACGCGACTCGGAAATCGTTTTAGTTTCTCATGATAATCTCGACCCGTCGATATTACTGGAGCTAGATTTGTTCCTGTATTATTACAATAAACGTAGGATAATCTTTTTATTTAATGGATTCAGTAACGCCTGCCCCCCTTATGAGAAACAGACTATGAGCATTTTACGTAACATACACAACGATAAAAATAGATTGTGGATTACGTGTTCTTTGTATGTGCACGCGGTTAATGTCTTAAAAAATGTTTTCGGTACGCCTTATAGTTTGGAGCCGATAGATCACGAAGGTCAGAAAGGTTTCTTTTACAAATTTTTCAGTACAAATCTGAAACTGGAAAAACTCAATCACGAACAGTTCATGAACGTTAGCGACTTCTTCGAATATTTCACCGGGATCGATAGTTTCGGTAACGACGAACGTAAAATGATGCCATGGATTAGCACACCCCTACATTTGCTCTATTTCGTGGCCATGGACTTCTTTAAAAGCGAATTAAACAGCATCACAACTAAAAACGTAAGCGACAAATTAAAAGAGAAGTTTAATTTCGATATGGACAAACTAACGACGCTAGGGACGTACTTAGACAAGGCCCCGGACGCGGAAGATGCCGTCGAGTTAGCCGGTACACCGCTGCACATGTATTTGGCGGCGAATTACTTTGAATGCAAAGTAAAAGATGGGAACAAGAAAATGAGAATTGACTTCGACAGTAGGGAGGTTAAGAGTAAATGGGACTTAATCTTGAATAGTTTGTCCTTATATAGACAATTCCTTGAGGCCAACTTGCAGAACTTGTGCGGCGATGGCAGCGTATGCGAAACGATTGAGGACCAAAAACGTACGGAATTCTTTGTGAAACATAAAAGGTTGGCTCTCTTGGCCGTATGCAAAGAGGAACATCTGAAGCAGTTACTTTCTGACGACGAAATAAAAGAAGTAAAAGAAACCGTGACACGTCTGCAAACCGGCGAGGAGAAGTCGGAGCTGGTCGACTGTGTTCTGAACGATGTTCCCAGGTTTTTCCACGCAGTGCTTGCCGAGTACTGCTTGTTGGATTGTGTTATTGAAATTATGAAGACCGCAGATCCGAGAAATGTAATCAGAAACCGGCAACTATGGGATTTCGTTGTTAATATATTTCTTCTTAACTGTCCAAAATCGGTTAGAAAGGCTTTCGATTATAAATTGAAGAACGATTCAGAATTGTCGACTTTAACCGCATCGGATCAGTGTAGGAAGATTGTGTTCGATCTACTAATAAGAGATAATGATAAAGAAAATGATTCGGGAGACGGTACGCAGTCTCCTCTCAATTTGGCTGTGAATGAAGGCCTATCAAATTTGGTGAACGTCCTCGTTAAAAGTATCGAAGTTAATTTGGACAAAGAGAATGTTACTAGCATATCACGGTTCTTCGATAAGACCTCTTTACTGTTGGCCTTGTTCGATTCTGACTACAAGCACGTTGGCAGAGAACTAATGCAGATTATTAGGGATTTTGATAAAGACCTATTCACAAGCATGATCAATTCCCACGATCTAATAAATTTATCCACTCAATTCTTTTCTTGTATCAACGAAGAAGCCGCCAAAGATATCCAAAAAGACCTATTTAAAGCCCGAGATGCGTTACTAGATCAGCTAAAGCCGGAAACAGTTGACTTAATAAGGGGCGTTTGCGATATGTTTAAAAATGTCAGAAAAAACAGGTTGAAAGAATGA

Protein

MTLTDEEIIRKCMFFIALRTNKSEEEKINDINNYLESGGNINHVDGYDEDNSPLHIAVKRSEKDVVRHLVQTRAFVTQKNKADKTPMDLALGINTEAGREIVDILKNCNVGPPQIKNAVEKVKLPPKKANAGKTSKEILFPKRVGTSAVGGQLYETKLLSLILMRAANDKDIAKFCLATNVRHIGALDDIFFMYKVKNDNKVVVLALQAKHREDIDKGRLSVNDLFRDNSDFSLPQYFDSYLRIKDKLQATISKTLIADENVDTELNLVLYTPVKDIFDMKSDKHNVQCHKIHNLIRSGKNSTNFQFKYNDEHISFLTRSIQEERVKLLGKTFLNFIMSPKKIDMIMTDQLIRKYHVILSRKVIQIIATQSEDYITCKFSQEFFATNEDIFVLLRDTIFNETVQNYCKDTNLRKEEIITLCKKLMKEPSSLSISEIIGKIVTYEDKLGKLKLIESNLTSKEFSGEEKKRLNQDIFNVEVTSSIVQEAINIAAKARLQPLVFKLPSYFGTFDLLKKNDNKIKKQLNFMASKFKTLFECENNVIEITENEIKSNTESNESKLDYRFFEISDGIGGAVGNLIVCDNDTKMLKFNTSEVLPERANKLLLVLKSVLPEGKNIEDYRLKICLKNFPRLSFLEDEYDKMEAKQFLDRLWFYTNQAKEDEVEKIVKKEVDKFYNAERGEDHFLFRIHSDAVYLRFHDEIQKWWMLPSEAAYLTKDSEIFEKSKRDIVDSPLLTVLNIMYVNKVKKFGIEFSMDAVKALNLDEYKTGLVNVITDSNILTGIKIKQFFRSANDYIFVDFDYVLSLPPNDYNSMFLELQYSNVKTLIVVYEPPKNTNGIDGRLKLIVEKFNGPRIIIVTNQVLGSELEKEFELKYNKVADELNGFDQFVPKSQRKFFEDSTIVFQGEDVDLATVVDDDSKYLLKAPTLTKLINKEKIEIGKSITDAKYEDIKKYFVKRCLKKDDVKVEVNTFQDIDDDVTVIIAKPNMGKATLLTHLSVEHKKLYTSSWIVRVNLSDHLNDFEVWRRGNVILDKKKIVKFMCTVALKSVNNKTVFELEERDSEIVLVSHDNLDPSILLELDLFLYYYNKRRIIFLFNGFSNACPPYEKQTMSILRNIHNDKNRLWITCSLYVHAVNVLKNVFGTPYSLEPIDHEGQKGFFYKFFSTNLKLEKLNHEQFMNVSDFFEYFTGIDSFGNDERKMMPWISTPLHLLYFVAMDFFKSELNSITTKNVSDKLKEKFNFDMDKLTTLGTYLDKAPDAEDAVELAGTPLHMYLAANYFECKVKDGNKKMRIDFDSREVKSKWDLILNSLSLYRQFLEANLQNLCGDGSVCETIEDQKRTEFFVKHKRLALLAVCKEEHLKQLLSDDEIKEVKETVTRLQTGEEKSELVDCVLNDVPRFFHAVLAEYCLLDCVIEIMKTADPRNVIRNRQLWDFVVNIFLLNCPKSVRKAFDYKLKNDSELSTLTASDQCRKIVFDLLIRDNDKENDSGDGTQSPLNLAVNEGLSNLVNVLVKSIEVNLDKENVTSISRFFDKTSLLLALFDSDYKHVGRELMQIIRDFDKDLFTSMINSHDLINLSTQFFSCINEEAAKDIQKDLFKARDALLDQLKPETVDLIRGVCDMFKNVRKNRLKE

Uniprot

H9JIZ7 A0A2H1V5N1 A0A2H1V4L5 A0A2H1VR56 A0A2A4JIV3

Pubmed

19121390

EMBL

BABH01023075 ODYU01000805 SOQ36137.1 ODYU01000653 SOQ35795.1 ODYU01003947 + More
SOQ43325.1 NWSH01001406 PCG71353.1

Proteomes

UP000005204 UP000218220

PRIDE

H9JIZ7

Pfam

PF12796 Ank_2 + More
PF05729 NACHT

Interpro

IPR020683   Ankyrin_rpt-contain_dom        + More
IPR036770   Ankyrin_rpt-contain_sf
IPR002110   Ankyrin_rpt
IPR027417   P-loop_NTPase
IPR007111   NACHT_NTPase

SUPFAM

SSF48403 SSF48403 + More
SSF52540 SSF52540

Gene 3D

1.25.40.20

CDD

cd00204 ANK

ProteinModelPortal

H9JIZ7 A0A2H1V5N1 A0A2H1V4L5 A0A2H1VR56 A0A2A4JIV3

PDB

5EID E-value=0.0124575, Score=97

KEGG

105842936 no KO assigned | (RefSeq) uncharacterized LOC105842936

GO

GO:0005515 GO:0016706 GO:0031418 GO:0016491 GO:0016705 GO:0005634 GO:0030145 GO:0006412 GO:0016876 GO:0043039

Length:

1632

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.00584

Exp number, first 60 AAs:

0

Total prob of N-in:

0.00007

outside

1 - 1632

Pi

289.220907

Theta

197.431971

Tajima's D

1.562387

CLR

0

CSRT

0.803809809509525

Interpretation

Uncertain

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics