SGID Silkworm Genome Informatics Database
Gene
KWMTBOMO01218
Pre Gene Modal
BGIBMGA008806
Annotation
PREDICTED:_uncharacterized_protein_LOC101741769_[Bombyx_mori]
Location
Bomo_Chr3(+):5053615-5099890      View in EpiBrowser
Location in the cell
Nuclear   Reliability : 4.073
 

Sequence

CDS
ATGACCAAGGATCAGGCGGACATAGCACATTCAGCGAAAGGTTACGAATCAGAGGATGAAAACGCGGGCAGAAAGTGGCAGAAGGCCAACGACGACCGGCCAGCCAGCAAGACCACCATGTACTCTAAACAGGAGTTCAGAGAGCAGTACTGCATCAACAACAAACAGCTGGATCTGCTGGAATTGGAGAAGTCCAAGAAGGACAGATTCCTCGGATGTCTCTCCCAATACCACATCGAGAGCCCCTGCTCACGATCCAACAGAGCATCGTTCCTATCCGTGTGTGTCCGTCGTCGGGTACCCTCAGATGAGAACCTTAACACCGACTATGCACCGATACAGCGGTATCCCAGAAGGTTTGGCCAACCCACCCCGGTACCAGCGGAGCTATGCGCCTATGATGCCGACTTGGATTGTTCGTACTTCCGGCGCCGTCCACGGTCGGTGTGCAGCCAACCTGACCCCAAACGCTACACTTGGATGCCAGAGGATGAAGACTTCACCCGGATGGAGTGGCCACAATCGGTAATAGAAGATAACGCGGGTTGGCCCCAAAATTATAATGTGGACCAAATCGCGTCAGTCACTCGTGGTGGATCCTTGCCGAGGCCACCTTCAATAATTCCAACTAAGCATGTATCGTTCGCTCGTTCCCACACACTCACGACGTTTGATGACTCGGTGATGCCGGCTGCCGTAAGCAACCGATACCGGAGGGACTGCGAAAGACTAATAGATGGAAGAGCTGTTAAGCCTGAACCAAAACCGTACTCGACACTGCCAGTGATGTTCCAACCATTCCCGCCATATCCCCAGTTCATAGCACAGGCCGCGCCCGCTCCGATCCATTACCCTCCACCGATAGCACAAATACCGACACATCAGCAGCCAGCAACATTACCGAGGACTGCTCAACAAGAACAAACAAAAGTAGTAGTATTAGATTCACTAAAGAAAGGAGTCATGAGAACACAAGCCACGCAAACTGAAGTATGCTTAGGGAGGAAGCCACACCCACCAAATTATTTATCGCTCAGCCCTCGTACCATTAAAAGGGTAAAAATGGTGGCTGCTGGTGTGCAAACGAATGGATACACGATTGGCCCACGAAGACTAACGAAATCATTCTCAGAAGTAGGTGGTGATAGATTAACTGGTCGAGACACTCAAAGTGAAATTCCATTAACAGTCGAAAGTTTCATAGGCAACGATCACGAAAAGTTACATAGAACCCAATCAGAAGAGCCACCTAGATCTCCTCGTTCTCCTACTAGAGCTGAACCCAGTTCACCGCATCTTCAAAGAGGTGATTCAGACGATGTCACTTCGTCATCAATGAAATCTGTGGCTTCGTCACAAATCGACAAATCATCTGAGCTGAGTGCATTACAGAGGCAAGCTCAGGAATACTTTCAGCAAAACTTCCAATTTATACACGAAAGTGACAGAGACGACACTATAGATGACGATATAGAAACTTTAGAAAAAAGCATGTCTTTGAATAGAAGGAACCTGGAGTATTTACAGCAGGAGATCGCTAAGCAGAATAAAGCTGAAAAATCTTTGAGATCGATTTTGTCTAAAAGCACAAGTGATGCATCGCAAAAAACAGCGAATTCGACGCATCCATTTTCAAAGGCATCAACGTTCCAATCGGAATTATCAACTGAGACATCAGCAACGACCACAGATGATAGCGAAAAAAATGAAAAGGAGATCATTATAGATTTCGAGCCGCGACCAGATGATGAAGCTATACCATTTACAACTCTACGTAGAAAAAATAAAAGAATTTTACAAAAGACAATGTCAGAGGGAGAGATTCTTTTAGATGTTAGGAAATCTGAAATTCTCACTAGCGGGGAAGGAGCCAAAGATGCTCCCTTAGTAATGTCAACAAGTCAGGAAAACATGACCAGAGAAGATCGCGAGCGTGAGGCTGTATATCGGCAATACATAAGTCAGGATTACAACCAAACTCCCATCAAAGATGAGGGCATCTTCGGTTTTGAACCTGATGGTTCATTTAGCACTGCTAAGTCCAGTCCAGGATCACCGGAACCTAACACTTTAGGTAAAGACAATGATGAAAACTCAAAGAGGACAATCACTTCAAATAACTTAACGACGATCTTAGCGCCTTTAGAAAAAACTTCACCGTGTGCTTCTAATGAGTCACTTACTGTAGACCCTACTAGAGACCATTCCGACGGCATGTGGAACGAATCACAAACGACTGTTTTACAAGTGGATTCAGGTACTGAAAATGGAACTGTTATAAGCTCCTCAGATGTCAGTTCACTAGCTGCGTCGCCAGGAGCTCTGGCACTATTAACTCCTACATCGAGAAGAAAACAACTTCTATTATTGCAACATCAACAACGATCTTCTTTAGATACTGACGTTTTGGACGAAGAGTTTGATGCTTCACAGAGCCAATCACCGACATCGCCAAGAAACAAATTAGACACATCAAGTTCGAGTTCCGCCCAAGCTAGATCATCATTATCGCCTCCTGCAGTTGTACCTAATGTTTTACCAATTACAAAACAACCAACCATTTCCAAAGCGGTGTCACAGATAGGTTTACCAAAATTAAATCATACACCTGCTATTGCCATTACTCATCCAAGCGTGGATTTGGCAGATGTTCCTTTTAAGAGGACTCCCAGTTTCATTAACAAAAAACGTGAAAGAGCCCTAAGTCCATCGAGGAGAAGAGATTTACAAAAAAAGGCACAGCAGAAAGAACCAAATGGAACTATTCCCAATCAAATCATCGAGTCTCCATCTGAACCATCTCTAAGTAAGCCGGCGAGTAGTGAAACAAGTTTAGCTAGGACAGATTCGGGTAAGATAAATACCACTGATGTATCAGAAAGTACAACAACTACTGAAGACTATGTGACAGCGAACTCTGATAGCTCAAAGAAAAGTAATTGTAAGAATCAAAATCAAAATCCCGAAAACAAAGCACAAGAAGGATCGTCATTTGAAAGTGCATCTAGTTTGTATTCCTCAACTCGTACTGATAATATTGCTGAAGATTTAATTTTACCAAGTTATTCGCCTCCTCTTCGACTCAATGACGATTTCATAGTGCCAGACTTATCTTCACCTCCATTACCAGTACCAGATAGAATCCCAAGAGCTTCAGTTGAAAGAATTGAGGTCAAGGCTGAAATCACTCCAGAAAAAATAAAGAGAGAAAAGACTGAGATTAAAAATAAGGAGATCCCTCTAAAGGTTTCAAAAGTAACACGTGTTGCGATGAGCGGGAAAAGCAGCTCCAGTGGGAGTTACAGCATAGGAGGTTCCAATCCTAACGTAACCGAAGAAGTACAAGAAGAGACTCCTACAGAAAAGCTAGCAGATTTACCAGAAAAAGTAGAAAGTAAACCAAAAGAGGAAAAAGTTAAAACACATATGACCGAAAATGAACAACTAGTACCCAAAATGATCGGTTCATTATCTGATGATGAACGAAGCGTCCATTACTCCTCATCCGGATACTATGAAAGCCCTGTTGAAGATGATGATGATGGTGGTTTAACTTATAAACATTCTCAAAAGTACCGGTCCACTAGCAGACCAAAACTATCGCTAAGTGAAGAAAAGAGACGAAAAAAGAAAGCATTTACTTTGGAATTCTCAAAATCGTATGATGATTCCTTATCTACCTCTCAAGACGATTGGGGTAGGAAGACGAAAGACCCCGACAGTATCAGCCAAAAGTCTGAGCGCTCTGCTCTAAAACCGTCGAACACAAAATTTCCATTAGAAGAGAAGGCTTCTGAAATACGTAAAAAGAAAACTCATTTCGTAGAAAAACCCAAAAGCGTCCAATCTTCACCTAGAGAAATGATTGAAGTAGAAAAATCTATTAAGGATAAGCTATCAAAAGAAAAAGAAGAAGCCAAGCGACCACCGGAACGAGAACGTTACGTCAAAAGAACTAAGCTGAAACCAAAAAGTCCTACACAATCTAAAAGTATTGACAATCATAGTTACCATAGGCCACAACTTTACGATCGAAGAGAAGGTATGGGTTCTAACATGAAATTGCATTTTAACATTCCTACATCCGATGACTCTAGTGAGCAATATCGTAAAGAGGGTACGAGTAACGGGAATATTTCTCCCAGAAAACATAGAAGATTGCGTGATAGTCCTAGAAGAAAAACAGGTGCTAATTCTAACAATGCTAAATCTCCTACAGCCGCTAACAATCATTCAGGATACAGGCCGAGGAGGAAAAGTGGTTCAAACGAAAGCATATCATTACCCGGTAGTTTGCCTAGAAGAAAACAATCTATTCCAACAATACCGTGCTTGAGTTCTTTAGAAGCAGAAGATATTGAAACTGCTCGGACTCTTACCAATGCAGGATCTAGATTGACTCCTTTACGTTACATAAAAAGTCCGACTACTTCACCACGGCATCATCGAAAACAAGAAACTAAGTTTGCAAAAGCCGCATCAGCCGAGTCCTTGCGTTCCGTATCCCCGGGATCCGATTCCGTCTTCTATTCTGAGCAAACAGAACAGAGTTTGGCTGGTGCTGATGGAGAAGCTAAAGCACATTGTTTGCACTGCGGCAAAGAAGTTCATATTGTGACAGCTGCCCACGAACACGACAGTGTGGCTTCAAGGACTTCACACACAGATGAATCGTACGCAGATGCTACTCCAGATATAGTACCAGCTCCGGCGGGGTTCGCTGATTCACCATCATGTATTTCATCCAAAAAGCACACAAGTGGTGCGAGACTGTACAAGAAACTTGACAAACGATATCGGTCTGAGGATAAATCGAGGCATCATTATCGCAACAGACAGGATGTGCGAGCTAAGTCGGAAGAAAGAGGCAAAGAGGAATATGCTTATTCTGATAAACCTACAGACACACGCATTGCAAGATCTGCAGGAAATAGCTTAGATAAACTCGGTAGCACCAGCGCAGGCGTTGATCCTGATGAGCAAGAAGAATGCTCTGGAAGCTCTGAGGGTGCAGAAGGCATTCGAGACGAAAAAGGAATCTACGCCTCACCCTGGTGGTGTGGCAACTGGATCCTTCTATCGGAGAATGATGATCAATGGACGAGGATCCCGCCAGACGTTATAGAAACATTAGAGACCGGTAAAGACGACCCAACTGACTCCGAGACGGAATTCAACAAGAGATATGTCGCGTTGACACACCGTCTAGTACACAGAAGAGCCTGTATTGAACTACACCGTCGACAGGCTAACAACACATTCGAAAGCGATAAGGCAGTGGTAGTGAAGCGTGGAAACGAAGAATTCGGTTTCCGGATTCATGGGAGTAAGCCTGTCGTTGTATCGGCCATTGAACCCGACACTCCTGCCGAAACCTCCGGCCTAGAAGTCGGCGATATTGTCATCGCTGTGAACGGGATCAACGTTTTGGATAAAACACATTCGGAAGTCGTAAAGATTGCCCATTCCGGATCAGAAATACTCGAACTAGACGTAGCCAGGACTTGTGACGTGGTCGCCTCTTTGGCCCACGAAGGGGGTCCGGCGGCTCTGTACTCCGGGTACTTGTGGCGAGCCGCTCCCTTGCGCCCGCACCATCCCCCGCGCTGGACCCGCCGCTGGTTCGTCCTGAAGAGGGACAACTGCTTGTATTATTATAAAACGGATTCGAGTATACATCCCGTTGGAGCTCTAATGCTAGTGAACTATCAGTTGACTGAAGAAGATGTAGGTAAGCCTCACGGATTCCGACTGCAGCGCGGCGGCGGCGTGAGACTGCAACTAGCCGCGGACACTGCCGAAGCGGCGGCTAGATGGCGCGCAGTGCTGGCACATGCCATTGACGCTAGTAATCAGCGAGACGGTTGGCTAGAGCAAGAGCGCTTTCGGGATGGCGTGCCTACACGGCTACAGAATACAGACCTGCGCCCCGGGCGGAAAGAAATATGCATTCGAAGTGATGCCCACCGAACCTAA
Protein
MTKDQADIAHSAKGYESEDENAGRKWQKANDDRPASKTTMYSKQEFREQYCINNKQLDLLELEKSKKDRFLGCLSQYHIESPCSRSNRASFLSVCVRRRVPSDENLNTDYAPIQRYPRRFGQPTPVPAELCAYDADLDCSYFRRRPRSVCSQPDPKRYTWMPEDEDFTRMEWPQSVIEDNAGWPQNYNVDQIASVTRGGSLPRPPSIIPTKHVSFARSHTLTTFDDSVMPAAVSNRYRRDCERLIDGRAVKPEPKPYSTLPVMFQPFPPYPQFIAQAAPAPIHYPPPIAQIPTHQQPATLPRTAQQEQTKVVVLDSLKKGVMRTQATQTEVCLGRKPHPPNYLSLSPRTIKRVKMVAAGVQTNGYTIGPRRLTKSFSEVGGDRLTGRDTQSEIPLTVESFIGNDHEKLHRTQSEEPPRSPRSPTRAEPSSPHLQRGDSDDVTSSSMKSVASSQIDKSSELSALQRQAQEYFQQNFQFIHESDRDDTIDDDIETLEKSMSLNRRNLEYLQQEIAKQNKAEKSLRSILSKSTSDASQKTANSTHPFSKASTFQSELSTETSATTTDDSEKNEKEIIIDFEPRPDDEAIPFTTLRRKNKRILQKTMSEGEILLDVRKSEILTSGEGAKDAPLVMSTSQENMTREDREREAVYRQYISQDYNQTPIKDEGIFGFEPDGSFSTAKSSPGSPEPNTLGKDNDENSKRTITSNNLTTILAPLEKTSPCASNESLTVDPTRDHSDGMWNESQTTVLQVDSGTENGTVISSSDVSSLAASPGALALLTPTSRRKQLLLLQHQQRSSLDTDVLDEEFDASQSQSPTSPRNKLDTSSSSSAQARSSLSPPAVVPNVLPITKQPTISKAVSQIGLPKLNHTPAIAITHPSVDLADVPFKRTPSFINKKRERALSPSRRRDLQKKAQQKEPNGTIPNQIIESPSEPSLSKPASSETSLARTDSGKINTTDVSESTTTTEDYVTANSDSSKKSNCKNQNQNPENKAQEGSSFESASSLYSSTRTDNIAEDLILPSYSPPLRLNDDFIVPDLSSPPLPVPDRIPRASVERIEVKAEITPEKIKREKTEIKNKEIPLKVSKVTRVAMSGKSSSSGSYSIGGSNPNVTEEVQEETPTEKLADLPEKVESKPKEEKVKTHMTENEQLVPKMIGSLSDDERSVHYSSSGYYESPVEDDDDGGLTYKHSQKYRSTSRPKLSLSEEKRRKKKAFTLEFSKSYDDSLSTSQDDWGRKTKDPDSISQKSERSALKPSNTKFPLEEKASEIRKKKTHFVEKPKSVQSSPREMIEVEKSIKDKLSKEKEEAKRPPERERYVKRTKLKPKSPTQSKSIDNHSYHRPQLYDRREGMGSNMKLHFNIPTSDDSSEQYRKEGTSNGNISPRKHRRLRDSPRRKTGANSNNAKSPTAANNHSGYRPRRKSGSNESISLPGSLPRRKQSIPTIPCLSSLEAEDIETARTLTNAGSRLTPLRYIKSPTTSPRHHRKQETKFAKAASAESLRSVSPGSDSVFYSEQTEQSLAGADGEAKAHCLHCGKEVHIVTAAHEHDSVASRTSHTDESYADATPDIVPAPAGFADSPSCISSKKHTSGARLYKKLDKRYRSEDKSRHHYRNRQDVRAKSEERGKEEYAYSDKPTDTRIARSAGNSLDKLGSTSAGVDPDEQEECSGSSEGAEGIRDEKGIYASPWWCGNWILLSENDDQWTRIPPDVIETLETGKDDPTDSETEFNKRYVALTHRLVHRRACIELHRRQANNTFESDKAVVVKRGNEEFGFRIHGSKPVVVSAIEPDTPAETSGLEVGDIVIAVNGINVLDKTHSEVVKIAHSGSEILELDVARTCDVVASLAHEGGPAALYSGYLWRAAPLRPHHPPRWTRRWFVLKRDNCLYYYKTDSSIHPVGALMLVNYQLTEEDVGKPHGFRLQRGGGVRLQLAADTAEAAARWRAVLAHAIDASNQRDGWLEQERFRDGVPTRLQNTDLRPGRKEICIRSDAHRT

Summary

Uniprot
H9JH09   A0A2H1V800   A0A0N0PDA6   A0A194PZ76   A0A212EYV7   A0A2W1BQ76   + More
Pubmed
19121390    26354079    22118469    28756777   
EMBL
BABH01039259    BABH01039260    BABH01039261    BABH01039262    BABH01039263    ODYU01001130    + More
SOQ36916.1    KQ460317    KPJ16021.1    KQ459583    KPI98637.1    AGBW02011428    OWR46679.1    KZ150022    PZC74880.1   
Proteomes
UP000005204    UP000053240    UP000053268    UP000007151   
PRIDE
H9JH09   
Pfam
PF17820   PDZ_6        + More
PF00169   PH
PF00595   PDZ
Interpro
IPR001849   PH_domain        + More
IPR041489   PDZ_6       
IPR011993   PH-like_dom_sf       
IPR001478   PDZ       
IPR036034   PDZ_sf       
SUPFAM
SSF50156   SSF50156       
Gene 3D
2.30.29.30    
ProteinModelPortal
H9JH09   A0A2H1V800   A0A0N0PDA6   A0A194PZ76   A0A212EYV7   A0A2W1BQ76   + More
PDB
2KV8     E-value=8.95184e-08,     Score=142

Ontologies

KEGG
101741769    no KO assigned | (RefSeq) uncharacterized LOC101741769
GO
GO:0005515   GO:0016715   GO:0004497   GO:0005507   GO:0006000   GO:0004553   GO:0005634   GO:0006334   GO:0003779   GO:0016021  

Topology

Length:
1991
Number of predicted TMHs:
0
Exp number of AAs in TMHs:
0.000590000000000001
Exp number, first 60 AAs:
0
Total prob of N-in:
0.00001
outside
1  -  1991
 
 

Population Genetic Test Statistics

Pi
264.163344
Theta
172.118379
Tajima's D
1.606573
CLR
0.297059
CSRT
0.810409479526024
Interpretation
Uncertain
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