SGID Silkworm Genome Informatics Database
Gene
KWMTBOMO14191
Pre Gene Modal
BGIBMGA011137
Annotation
PREDICTED:_uncharacterized_protein_LOC101746620_[Bombyx_mori]
Location
Bomo_Chr23(+):20124862-20170359      View in EpiBrowser
Location in the cell
Nuclear   Reliability : 3.955
 

Sequence

CDS
ATGTTAGCAATATAATGCACTGTCGTTCTGTACAACGTGAGAAAGAACCGACAGTCGCACGTTTTGAATTCGTCCCGGAAGAGCGTCACCTGCGTCTCGTTCTCCCCGGACGGGCGGTACCTCGCCACCGGGGAATGCGGACACGCGCCCGCCGTCCGGGTATGGGACCTCCAGGATCCTACAGCGTCCGGCGCTGTACAGATCGCGGAGTTCCCAGGACATACGCACGGAGTCAGCTGCGTGGCATTCTCCACGTCGTCGAAATACCTAGTATCCGTTGGCTCTCAACACGACATGATCGTGAACGTTTGGGACTGGAGAGCGAACCTCAAGCTGGCCAGCAATAAGGTGTCGTCTCGCGTGAAGGCCGTCAGCTTCGCGGAGAACGGCAACTACTTCGTCACGGTCGGCTTCAGGCACGTCAAGTTCTGGTACCTGGAATATTCGAGAAACGCTAAATTCAAAGAGCCGGTTCCGTTGATGGGCAGATCAGCGATACTGGGCGAGCAGAAGGACAATGAGTTCTGCGACGTGGTCTGCGGCCGGGGCGAGTCCGCGGACAGCACCTACGCGATCACGAGGGGCGGCCTGCTCTGCGAGTTCAACAGCAGACGGTTGCTGGACAAGTGGGTCGAGCTCAGGACGCAGTCCGCCAACTGTATGGCGGTGGGCGCTAATTTCATATTCGTCGGCTGCGCCGAGGGCATAGTTCGGTGCTTCGCCCCCGACACGCTCCAGTACATCACGACGCTGCCGAGGACGCACTACCTCGGCGTCGACGTGGCGCAGGGCACCAACATCAGCCACATGTTCTCGCAGCCGCCGCGCGCGCGGTACCCGGACGCGACGGCGCTGGCGTACGACGAGCGCGCCCACCGGCTCACGTGCGTCTACAACGACCACAGTCTGTACGTGTGGGACGTGCGCGACATCCGCCGGGTGGGCAAGTCGCACTCGGCGCTGTACCACTCGGCGTGCATCTGGGGCGTGGAGGTGTCCGGGGACGGCACGCTGCTGACCTGCTCCAGCGACGACACCGTGCGCATGTGGGGCCTGGAGCCGCGCGCGAGGAACATCTACAGCAATGAGCTGAATAAAATAGTGTACATAGACCCGGAGCTGAAGTTCCTGAAGGACGTGGACCTGACCGCCTCCAGCGAGAAGGACAAGTCCAAGTCGTACGACGACAAGACCGGCGTCAGGTGCGTGGCGGCGTCCGGGGACGGCGCGCACGTGGCGTGCGGGGACCGCGCCGGCAACGTGTGGGTGGTGTCGGCGGGCGGCGCGCTGCTGCACACGCTGGAGGCGCACGACGCGGAGGTGCTGGCGCTGCAGTACGCCGCGCGCCCGCGCCTGCTCGCCTCCGCCTCGCGGGACCGACTCGTGCACGTCTTCGACGTCGACAAGGGCTACCAGATCCTGCAGACGCTGGACGAGCACTCGTCCTCCATCACGGCGGTGCGCTTCATCGCGTCCGGCTCCGGCCTGCAGATGGTCTCCTGCGGCGCCGACAAGACCATCCTCTTCAGGCAGCTGAAGACCGACGGCAGCCGGCAGTTCGCGCGCGGACAGAACGTGTCCGGCCGCACCACGCTCTACGACATGGAGGTGGACGCCGGCGGGCGACACGTGCTCACCGCATGCCAGGACCGCAACGTGCGCGTGTACAGCACGGCCAACGGGCGTCACACCAAGACCTTCCGGGGGACCACGGCGGAGGACGGGACCCTCATCAAGGTGGCTCTGGACAGCAGCGGGATATATCTGGCGACGTCGAGCACGGACAAGATCTTGAGCGTGTACGACTACTACTCCGGGGAGTGCATGGCGACCATGTACGGGCACTCCGAGATAGTCACCGGCCTCAAGTTCACTCCGGACTGCCAGCACCTGGTGTCGGGGTCCGGGGACGGCTGCATCTTCGTGTGGAGGGTCCCGCACGACATGGTGGTGACGATGCGGGCGCGACTGGCGCAGCAGGCCATACGACAGGGGAAGAAAGTAGGTACGGTCAGCAACGGCACGTCGGGGCTGGAGAGCGAGGGGGAGTCGCAGTGGGGCTCGCCGCCGCGGGAACACTTCGCGCCGCCCCGCGTGCCCGACTACACTCTCCGCATAGGGCGGCTCCCGTCGTGGGCCAAGAAGAGCTTAGGGGACGACTTGGCGGCCCCCGAGAGCCCGGCGCCGGAGCCCCCCGCGCGGGGCAAGTGGGCCACCAGGATACACCCGGCAGAGAAACGTGTTGATTCAGACGGGTCCAAGGACAGCTCCCTCGACAGTGGTACCGACACAAGGTTCATTGAGAAGAGAAAAGAGAACCAATCGAAACAGGTTACGATTAACATTTCGAAGACCAGTGCACAGGATGGTCGTGTGAGGCATCACACGGACGACTCTTCCCTTGGCAGTTTTAAATACGAGGATCAAGAGTCGACGGAGCACGACGGTGACGTGGAGGACATCTCGGACGGCGAGAGGACCTCGTCTTCGGAGAGGGCGTCCCGGCCTACTTACTACCCCGGCAATAACGACGACGACACCCCGGGCGAGTTCATGGTGAACGCCATGGACGCTGAAGAGTTGAGGCAGTCGATTCGTCGCTCGAAGCGCTGGAAGACCGACTCCCCCCGGCTGGAGATACCACCCACCACCACCTCGCTCAGCGGCTCCGGCCACGACTCCGACGATGACGAGGTGTCCACCCCGTCCGGCGACAACGCGGACCGGAACCCTCTGTCGGCGTCCTGCGAGTCGCTGCCCCGCGCCGCCCTGCGCGAGACCTACGTGCGCGCCGCCTTCGACAGCCTGGGGGGGACCGACGCCGCGCCCGGCGCAGGACACAACTCACTGTCGTCGCAGCACCGCGCGCCCACGGTGTCTCGCAACAAGCTCCTGGACCCGGAGGCTGCGAGGAAACGAGAGGAACTCAACAGAAGGATACTGGAGACCAGGAGGCAGCTGGAGAATGTCGCGTTCAGATCGAACCTGAAGTCCAGCCAGTCCACGACGGACCTCTCCTACATCCCCGAGAAGGACAACGCGCGCAGGTCGCGACCCATGTCCATGGCCGTGCCAAGCAACACTCGACCTTACGGACTCGCCAATGCATTCCCGGAGGAAACTTTCGATAGTTTAAACTCGAATTACTTTGACAGCCTTAATCCTTGTCAGAATCCTATTCAGGATTACAGAAATAAGAATCTTTACGCCATACCGGCGAATCTGAACCACAGACTCCCGGAGTATAACGAAACTCCCCCATATGTACCACCACATTCGAACATCCACCCGATATCGAGCGATAAAAGACATTTGAACTTCATTCCCTATTCGAAACCGGTTTTCAAAGAGCAAACCCAACAGAAGCCTTCAGCGTTCACGGTGGACACGAAACCGGTTCAATCGAGGGTTTTCAACCGACTCTTCCCGGATAAAGAACCGCCTAAGGTTCCGCCTAGGAATTTCCACCTGAACCTAACGAAACCGGAGGAGAAACCTCCGCAGAAGTCACTAAAGCCAAACGCCAGGAGCATCTTCAAGAACTACAAGTCTTGTCCGGTCTCGCCAGTCTCTGAGGAGTGCAAATGGGCTGATAAAGTCGCCCAAAACGCCAAATGCGAAGGAAAAACTCACGAGACTAACTCTTTAGATCCGAAAAAGAGGAATTCTTTAAGCTTCTTCATCGGCATGGAAGTTAACAGCGGGAAAAGTGTCGTTGATACAATTAAAACCAACACAGAGAAAATGATAGCAGAAATTACGGAAAAATACGGAGATCTAGATGAGTTCACTCCCGGCGATAGGAGTGATCTGGATTTGAAACCGACTAGAGGAGAAAGAGACGACGGAAACTTCTCCTCGGACTCGCTGGAAGACTGCAGCTTGAGCCAAGACGCGAGCTGCAAGAACAAATTGTTTTCGAAGAAAGTCTGTAAAAAACACAATAAGAATCAACCCAGACGGGCCGTGTCCGATTATGAGATATACGGGGCATACGAGAAACCAGCCGTGCCCGCGAAACCCGCGAATATCGGGCAAAAAAGCTCGACTTTGCCAAGAAATATGCCGTCAAACCTCGACGAAGCCGAGGAGAACAATGCTGAATACATTTATAGATGCCAGAGCGTCTTAACGAAACGCTGCGTGACTAGATCCAATGAGTCGGTTTTGAGCGATAACTCCAATTGCTCGAGTGTCTCAAATGAGGTCTTTCTCAAATACGGAAACGAGGTTGCGTTCCAGCAAGCCAAATATGACAGCAGATACAATCTGGACGGCTCACAGAATTGTTCCTACGAAAATGTCAACGATGAGTATTTGGATCGACACAGACACAGCAGCGCCAGTTTCTTCTTAAACCAGAAGAAGTACATGAAATCCAGCTGCAGTCAGGAGTCTATATTGTCGGACGAAATGTATTTGGACAATGACAATCAACTGTCAAGGACGAATTGTAATTCGCTTGAAAGTGTCCTGTCTGACGACTCTGATTGTACCAAGAGCGCTCCACTGGAGATGCTGTTCGAAGGTGCCAGACCTAAGAGGCCAATGAAGGGCCAAGCCATACCCCGCAACAGTAAAAGCTGTTACGAATTCGACCACGCTTCGAAGAGCTACGGTTGCAGCCCGAATAATGCGCCCCAATTCGGCAGCTACATGATCAATAACTACATGGAAGTCAGTCCCAATTACCAAACCCCGAAGAGTCCAATAGGAAACATTAGCGTGCCGACCAATAAAGTTTATGGATTCAATGTGGACGCCGAGATATCAGGGCACAAGACGATAACTAGGTCTAAGAGTCTGTACGATTCGGGCAGTAAACAACCGCCGGTAGCTAAAAACATCGCTTACTATTTCGATGGTAGTAATGTCCAGCAGTACACGAAAGAAAAGAAGCCGCCCGATGAGATACCGAGGTTGAACAAGTCTGAATATATGTCAAATAAAACGAAATCCCTGCAGCCGAATTTCGCTGAAAAACAAAAATACAAAAGCGATTTATCCGCTTGCGAACAGAATACTATGATCAAATCGAAGAGTTGCAGCTTCGAAGTGGTTTTAGAGCCGGCTTCCAAACCTAATCCCCTGAAGAGCTTAATGGAGAAACGCAATTCGCACGTTCAGAAGAATCTGGAGAAATTCGAGGAGCAGATTCGCAAAAATACACAGAGCAAAACGACGAAGAACCAAATGAACAAAGACAAAGCGAACGGCTCAAAAAATAACAACGCCACCAAAAGCTTGGAGCGGGGTTCTGGACAGAAAAACAACAGTAAAATCACTATGGAATTCGTGCCCCACAAGCCGCCGAAACCGATCAAAAGAACCTCGTCAGTTAAAATGAATAACAGATTGAAGGCAGGGCTGGATAAACAGGGACTAGTCTCTTCCATATCGTCGCAGTACAAAGCAAAGTTAGATGGCCTTCATAACAAGAACTACATGGCCCACAAAAGGCAGGAAGACAAGAACTCCAACAACAACATAGACTCGAGTGAGAACCCCGAGAAAACCATAGAGGTTTTTGTTAAAGAGAAAGACGTCAATGAGAATAAATCAGAGATTCAGATGGACAGTCTAGAAGTTTACAGCCTGCAAAGAATGAAAGAAGTTAGCATGGATTCGCTAGACGTTTTAGAAGAATTCACAAAAGATTCATTAGACTATTACGCGGAGCAAGACAGTAAATTTTCCTTCGGAAAATCTATAAAAGACCAGATAAATTTGAAAATAGCTAGGAGTGATCGTGAAGCGCCATGTCACAGTCGACAGGCGGACGCCAAAGAAAACATAGCGCCGCCAGACGACGAAATAAAAAAATACAAGTACATCGAAAGAAAACTCGAGATAATCAACAAACTAGTTGAAATGGAAGAGCGGAAGATACTGCAGGAGAAAATATTGAAAGAATGGCGCATGAGACCACTGAAAGCTAACATAAACGACGGTACAGGTGTCGTTAAAGTGTTATCCAGAAAATTCGAGAAGTTAGCTACAAAACAATCAGCTAATTTCGCTTCGTTAACATTAGAAGAAGCGGACACGGATACAGAGAACAGCGAGAACAAGGAAATTAAACGTAATCTGAGCTTGCCCGATATTTTGGATACGGACCACATAAGCTTGGTTACCGCGGAAGGCGTAGACTCCGGTAAAGACAACGATTCGATGAACTTCCCTTACGAACAACCATTAAACAACACAGTACGAACAGATGCTCCGAAATCCTTGAAGCAACGGGTTTACAACGAAACGATAATACCGAAAACTGACGTTCATATAGACAGCGAAAACTATGAATCATCCACGACAAGCTCGAGCTGCACCAACTCCCCAAAAAGACTGTCTTTCTATGCTGGTCGCAACTATTTGTCGGCATCGGACCGCGAGGAGGAGGGGACCGGTATGAGGAGGGCGATATCTCTGTCGGACCTCGCCGCCAAGCCGATGCCGGCTCCCAGGACGCCGCAAGGTCAGACTAAGCCGGTCGCTCAGCAGCCTAGCAGTCAAAGCAAGTCCAGCTTCGTCCGCCCCCCACCGAGGTACAGCAACAAATCGAACATGACGAGGAGTTCCAGTGTCGGAGTACTGAACCAGAGTGACTCAGAATCGGATCCTCAGCCGTCCAGACCACAGTCGAGCCGTGCTCAAGGATTGATGCGACCAACGATTAGCTCCATGAATAAGGCGGCAGCCAACACGGCCAGGAGACGTGGCCTGTCGAACGCCTACAGCGCCGTGAGTCTCGCAACGGGAGGGCAAGAGGAGTCCAGTTCTGAAGCGGATGAGAGGAGGGGAGACGAGAAACCCTCGGCGCCGAGGCCCAGGTCCGGCTCCGTGGATGCCCAGAGGAGGATCGCGTCGTCGTCCCAGCTGTGCGCGGCGCTGACGGAGCAGCTGACCCGCACGGCCGGCAAGGTGGCGCAGCTGTACGCCAGCCTGCGCCGCGCGCCCGCCGCCGCCGCCGACCTCAGCGGTTTGGAAGCCGCGATACTGGAGACGCAGAAGGTCCTGCGCAGCGCCGTGTCGGGGGGCGAGCCGGGGGGCGCAGGGGGGCTGGGGGACGCGGGACCCCACAGCCTGACCCCCGCCGAGGGAGACGCGGGAGTACTCGATGTGGACTCCACAAGAGAGAAACTTGAAAATTTAGTTGCTAAAGAGGTCAACGCAACGAATCCAGCCATGTCTCTGATCGAGCAGTACTCCGACCTCCTCCTCAATATGATGCAGAACAAAATGGTGAACCAGTTCTCGTCCAGTCCGCAGAGTCTGCCGCCCAGCGCGTCCCGGGGGGCCGGCCGGGAGAGTTAG
Protein
MLAIXCTVVLYNVRKNRQSHVLNSSRKSVTCVSFSPDGRYLATGECGHAPAVRVWDLQDPTASGAVQIAEFPGHTHGVSCVAFSTSSKYLVSVGSQHDMIVNVWDWRANLKLASNKVSSRVKAVSFAENGNYFVTVGFRHVKFWYLEYSRNAKFKEPVPLMGRSAILGEQKDNEFCDVVCGRGESADSTYAITRGGLLCEFNSRRLLDKWVELRTQSANCMAVGANFIFVGCAEGIVRCFAPDTLQYITTLPRTHYLGVDVAQGTNISHMFSQPPRARYPDATALAYDERAHRLTCVYNDHSLYVWDVRDIRRVGKSHSALYHSACIWGVEVSGDGTLLTCSSDDTVRMWGLEPRARNIYSNELNKIVYIDPELKFLKDVDLTASSEKDKSKSYDDKTGVRCVAASGDGAHVACGDRAGNVWVVSAGGALLHTLEAHDAEVLALQYAARPRLLASASRDRLVHVFDVDKGYQILQTLDEHSSSITAVRFIASGSGLQMVSCGADKTILFRQLKTDGSRQFARGQNVSGRTTLYDMEVDAGGRHVLTACQDRNVRVYSTANGRHTKTFRGTTAEDGTLIKVALDSSGIYLATSSTDKILSVYDYYSGECMATMYGHSEIVTGLKFTPDCQHLVSGSGDGCIFVWRVPHDMVVTMRARLAQQAIRQGKKVGTVSNGTSGLESEGESQWGSPPREHFAPPRVPDYTLRIGRLPSWAKKSLGDDLAAPESPAPEPPARGKWATRIHPAEKRVDSDGSKDSSLDSGTDTRFIEKRKENQSKQVTINISKTSAQDGRVRHHTDDSSLGSFKYEDQESTEHDGDVEDISDGERTSSSERASRPTYYPGNNDDDTPGEFMVNAMDAEELRQSIRRSKRWKTDSPRLEIPPTTTSLSGSGHDSDDDEVSTPSGDNADRNPLSASCESLPRAALRETYVRAAFDSLGGTDAAPGAGHNSLSSQHRAPTVSRNKLLDPEAARKREELNRRILETRRQLENVAFRSNLKSSQSTTDLSYIPEKDNARRSRPMSMAVPSNTRPYGLANAFPEETFDSLNSNYFDSLNPCQNPIQDYRNKNLYAIPANLNHRLPEYNETPPYVPPHSNIHPISSDKRHLNFIPYSKPVFKEQTQQKPSAFTVDTKPVQSRVFNRLFPDKEPPKVPPRNFHLNLTKPEEKPPQKSLKPNARSIFKNYKSCPVSPVSEECKWADKVAQNAKCEGKTHETNSLDPKKRNSLSFFIGMEVNSGKSVVDTIKTNTEKMIAEITEKYGDLDEFTPGDRSDLDLKPTRGERDDGNFSSDSLEDCSLSQDASCKNKLFSKKVCKKHNKNQPRRAVSDYEIYGAYEKPAVPAKPANIGQKSSTLPRNMPSNLDEAEENNAEYIYRCQSVLTKRCVTRSNESVLSDNSNCSSVSNEVFLKYGNEVAFQQAKYDSRYNLDGSQNCSYENVNDEYLDRHRHSSASFFLNQKKYMKSSCSQESILSDEMYLDNDNQLSRTNCNSLESVLSDDSDCTKSAPLEMLFEGARPKRPMKGQAIPRNSKSCYEFDHASKSYGCSPNNAPQFGSYMINNYMEVSPNYQTPKSPIGNISVPTNKVYGFNVDAEISGHKTITRSKSLYDSGSKQPPVAKNIAYYFDGSNVQQYTKEKKPPDEIPRLNKSEYMSNKTKSLQPNFAEKQKYKSDLSACEQNTMIKSKSCSFEVVLEPASKPNPLKSLMEKRNSHVQKNLEKFEEQIRKNTQSKTTKNQMNKDKANGSKNNNATKSLERGSGQKNNSKITMEFVPHKPPKPIKRTSSVKMNNRLKAGLDKQGLVSSISSQYKAKLDGLHNKNYMAHKRQEDKNSNNNIDSSENPEKTIEVFVKEKDVNENKSEIQMDSLEVYSLQRMKEVSMDSLDVLEEFTKDSLDYYAEQDSKFSFGKSIKDQINLKIARSDREAPCHSRQADAKENIAPPDDEIKKYKYIERKLEIINKLVEMEERKILQEKILKEWRMRPLKANINDGTGVVKVLSRKFEKLATKQSANFASLTLEEADTDTENSENKEIKRNLSLPDILDTDHISLVTAEGVDSGKDNDSMNFPYEQPLNNTVRTDAPKSLKQRVYNETIIPKTDVHIDSENYESSTTSSSCTNSPKRLSFYAGRNYLSASDREEEGTGMRRAISLSDLAAKPMPAPRTPQGQTKPVAQQPSSQSKSSFVRPPPRYSNKSNMTRSSSVGVLNQSDSESDPQPSRPQSSRAQGLMRPTISSMNKAAANTARRRGLSNAYSAVSLATGGQEESSSEADERRGDEKPSAPRPRSGSVDAQRRIASSSQLCAALTEQLTRTAGKVAQLYASLRRAPAAAADLSGLEAAILETQKVLRSAVSGGEPGGAGGLGDAGPHSLTPAEGDAGVLDVDSTREKLENLVAKEVNATNPAMSLIEQYSDLLLNMMQNKMVNQFSSSPQSLPPSASRGAGRES

Summary

Uniprot
A0A2W1BMV8   A0A2A4K135   A0A2A4K1G7   A0A2A4K013   A0A194PZ07   A0A194RIF0   + More
A0A212F738  
Pubmed
28756777    26354079    22118469   
EMBL
KZ149959    PZC76402.1    NWSH01000303    PCG77604.1    PCG77603.1    PCG77605.1    + More
KQ459593    KPI96390.1    KQ460152    KPJ17337.1    AGBW02009929    OWR49555.1   
Proteomes
UP000218220    UP000053268    UP000053240    UP000007151   
Pfam
PF00400   WD40
Interpro
IPR036322   WD40_repeat_dom_sf        + More
IPR015943   WD40/YVTN_repeat-like_dom_sf       
IPR001680   WD40_repeat       
IPR017986   WD40_repeat_dom       
SUPFAM
SSF50978   SSF50978       
Gene 3D
2.130.10.10    
ProteinModelPortal
A0A2W1BMV8   A0A2A4K135   A0A2A4K1G7   A0A2A4K013   A0A194PZ07   A0A194RIF0   + More
A0A212F738  
PDB
2YMU     E-value=5.17675e-17,     Score=222

Ontologies

KEGG
101746620    K21763 mitogen-activated protein kinase binding protein 1 | (RefSeq) uncharacterized LOC101746620
GO
GO:0016301   GO:0005515   GO:0016891   GO:0051287   GO:0005488   GO:0005507   GO:0004713   GO:0016491   GO:0015930  

Topology

Length:
2437
Number of predicted TMHs:
0
Exp number of AAs in TMHs:
0.0364500000000001
Exp number, first 60 AAs:
0
Total prob of N-in:
0.00173
outside
1  -  2437
 
 

Population Genetic Test Statistics

Pi
17.6773
Theta
18.267071
Tajima's D
-0.872791
CLR
1.266928
CSRT
0.157542122893855
Interpretation
Uncertain
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