SGID Silkworm Genome Informatics Database
Gene
KWMTBOMO05237
Pre Gene Modal
BGIBMGA002483
Annotation
PREDICTED:_uncharacterized_protein_LOC101744043_isoform_X2_[Bombyx_mori]
Location
Bomo_Chr9(+):11796101-11809572      View in EpiBrowser
Location in the cell
Nuclear   Reliability : 4.102
 

Sequence

CDS
ATGATAAAGTTTCGGTACAAACGTAAAGAGGCGAGCGATGGTGGAGGAACTAGTGGAACGGCGATACAGAAGCAGAAGATCGAGGGTCTGCGAGACCGGGAACTGTTACCTCCTAAGGACATGCTGTTAGCTGGCTCGCTGGCCGGAGTGAGACATAATACGCTCCCGCGCTCGCGTCCGCCGTCATCCTGCAGACGCGACGCACCCGAACTTCAGCTTATCAGTTCAACGACATTGTCTTTGTTTAGAGAACTATTCTCACAGTTACAATGGTCCGCGGAACGCGCGCCCGCTGCGGACGCACTCCGCCGAGCTTTGGGAGGTGGTGGGGCAAGATTTCAATTAGGCTGCATGGCGGACGCTAGCGAGTGCTTCGAGCATCTCCTGTTGAGGGTCCACGCTCACGTGGCGGCCGCGGGGGACAGGAGAGACGACGATGCCTGCAGAGCCCCACACTGTGTGCCACATCGCAAGTTTGCGATGATGCTCGTTGAGCAATCTGTATGTGGTGCATGCCAGGCTACGTCTGAACCACTGCCCTTCACCCAGATGGTACACTACGTGTCAGCTACAGCTTTGACAGCTCAGGCAGCTTTAGGGGAACATGGAGATAGCTTTGGACTTTTGTTAAAAAAGGCTGGCGGAATGGGTGACATCAGAGATTGTCCTAACGCATGTGGTGCTAAAATACAAATTTGCCGAACTTTGATGAATCGCCCCGAAGTGGTGTCGATCGGGATGGTGTGGGATTCAGAGCGTCCTTCTGCAGAGCATGTTGCCGCCGTATATGCAGCCATCGGCACAGAGCTGCGGCCCACCGACGCATTCCATGCCTGCGTCGATCGGGCTTGGGCCGCCCGAGCCACTCATCATCTCGTTGGAATTGTGACTTATTACGGGAAACACTACTCAACGTTCTTTTTTCATAGCAAATTGCGCCTATGGATATACTTCGACGACGCTGACGTGAAAGAAATTGGCCCGGAGTGGTCTTACGTGGTCGATAAATGTAGAAGAGGAAGATTTCAACCTCTGCTATTACTTTACGCAGCGGTCGATGGAACGCCGTGCGACACCAGGAATGCACCGAAAGATGTCGTGCCGTTCCCCGCGCCAGAACCCAGACGCGCTATTACACCTGCGCCGGAACGCCCCGCTAATGGGTACGCGAGACGAGCTGTCACTCCGGGACCAGACAATGATAGCGATTACATGAATAGAAAGGTCATGGAGAGTGCAAACATTTTAGACGCACAAGCCGCCAGGCGAGCTCCGTTAGTGCGAAGTCTCAGCACGGGCTCCACATCGGACTCTAATGAACGACCTCGGGCTAGAAGAGATTCTGGCAACTGGAGTGGCGATCGTAACAGTGCATCGTCAGCCTCGTCCTCTACAGCAGAAAGCCCGTACATGTACACTAGGGGTCGCGGCCCTGGGAGTGTTCCAAGTAGTCCCACTCGCAAAGGGGAACTCTCAAGTGGTGGTTCATGCGATGCCGGCTATGATTCGTATTCGCTTTCATCGACAGACAGCTTACCGCTTCAGCAGGGACTGCGCCATAACTTGCAACGCGCACAACAAATGCCGGAGATAAAAACACGAGGTGATTGTGAAGCGCTGTGTTCAGAAGCTGATGCGCTTTTAGAGAAAGCGCGTAAAGCCGAAGAGGCGGCGGATTTTGAAACAGCTTTGGTACTCTGTGACGCCGCTATAGCAAAATCCCGCGAGGCCATGGATGCTCCTTACAACAATCCTCACATGATGGCATTCGCACGAATGAAACAGAACACTTGCGTGATGCGGTCTCGTAATCTTCAAAGGAGAATGGGAGGCATGTCCCGAATATCAGAAGCGCAGCAAACGGCTCCCGTGAGGAATACAAAAAGTGGATTGGAAAACTCACCGGTCACCATTGAAATATACGCAACGCTGCCCAAAAAGAAAAACTCGAAGAAATCTCCAAAAAACATAGACGATGACATTGACAATGTGACCCGTGAGCGGCCGCCTCGTCACAAGTCGCGTGACGAGGAGAAAGGTAGAGAAAAACGCTCGAGAAGCGAAGACAGAAGCCGGGCCAGAAAGGAAATAACTGTCACGGCAGAAAAAAAGGAAGAAGTAACCGAAGACAAAAAGACTAATAAAAAGCAACACAAGATTCGAAGAAAGTTATTAATGGGAGGATTGATACGAAGGAAAAACCGATCGATGCCCGATTTAACAGAGGGTGCTGACGGCAACAAAGAAAATTCTAATAAAGAAAAACGTGTCTCCTCCGTTGACGACACTGACGTAGGACGAAAGACGAACGATGATAAATCTCCTTTAAGTGGTTATCTCTCCGAGGGGCACTTGGAGTATTCTGCTGCAAGTGGGACGAACCCTAACTTGGAACGAAGTAAGCTTATGCGCAAGAGTTTTCATGGTAGCGCCGGTAAAATATTGACCGCTGCTAAAGTTCCTCCACCACCACCGGTGCGCACCACATCCCAGCTTAGCGGGACTAAGTACGGATATGTGGATCACAATAATGACAACTACTGCCCCGAAATAGAGGAAGACGGTGGCTTCTCTGAACAATACGGAGATGAACCACAATCTATGCCTTTCCTACATTCCTACGACGATTCACACGTTAATCATTATGATATAATGGAGAGTCCGCAGTCACAAAACTTTCACACTGTTGTCACGAAAGCCATGATCCACCAAGAACAAAGCCCTGTGAAGAGAGACTTCATGCCACCAATACAGCCCTCGCATAACAACATCCAAAACATGAACTTGGCATTTGACAACGGTATGGACGTGGTTGATTGCGCGTTGCCTATGAGTAGATCACCGCCAACATTTGAGCTACCCCCTTATCCCAGTCCCATGAATTCTGTGAGTCATTCACGTCAGCCTAGTGAAGAGTTTCCGCCACCTCCACCGCCGATAGATTTAACACCGCTGCAAGAGGAACTGCAGAAAATACAAAATATAAATGAAGTTTCAAATACAAATGAAACGCAAGCACCGCAGGGCACACTGTTAGCGCAGTTGCAAGAGAAGCGTAACCAAATTCTTAAAAACGAAAATCTGACTAAACCGCATCAAGTGGAAACAGTTAATCACACTGGCGATAGTTTAGTGAGAGAGCTGCAGGCTGCGTTGAAACTTAAAAGATCTGGGTCTCTAGAAGGCCAGCTGTCCAGTCCTTCTGAAAAAACTATCGAGAACAACATCAACGTTAGAAACATTGCGTCCAGATTTGAAAACAACACACAGAACGCACATCCGGATAACGAAAGACCGCATATTTCATTAGCGGGGATGAGCGGAACCCGAGACGTCATAAACTGTTCCGATCAATGTAATATCGGTATTTACAGCAGAAGAGCATCGTCCTCGTCCATTGATGCGAAACAAATGGACCAAGAGATAGCGGATCAGAGACCCGTCCACAATACATATTCCGATCGAAGCAAACCTAAAAAGAAATCGGTCTCTTTCTGTGATCAAGTGATTTTAGTTTCGACCGCTGAAGATCAAGAAGACGATAGCTATATCCCTAATCCGATCTTAGAAAGGGTTTTGAAATCTGCAATGAACAAGCCAGAGCTGACAACGATGCCGTTACAATCGGAAAAGCCCGCATTGCAGCGGCAAGATTCATTCGACAGTCAGTCGTCGCGGTCTACCATATCCTCGCTCTCGCAGAACTCGTTCGTCGGTGCCGATGGAAACCACGCTGAATACGTCCGTCTCCAGAACACTTACCCGACATACCAGACGGCGCAGTCGCGACTCCAACCTCAGTATAACGTGCAGAAAAGTGTTGGAGTGTACGGTACAAGCCCTACAGCACCGCCCAATCAAACGCCAAACGCATTAAACGGCAATCAAATATACCAATCATTGCCGACGAGTGTACCTCAAAACGTTCAGAGCCCGATACCGTACACGCAGCCGCCGCCAGTTTATTCAAACCAGAGTAACGCGAGCCCACCGAACTTTAGTCAAAACCCTGTGAATAGACTGACGCCGACCGCGCAAAACGCCACCTACCCGATAAAACACGCCGCAAACTTGCAACGGAACGTTCCTAACCAATACCCACCAAACCAACGCGCTCAAATTAATCAATTGCCTACGAACGCGTATTACCACAGATTACCCCAAAATTCGACGTCTTCCAATATACCTAACAATAGTCACAATATCAATCGTCAGTATGGCAACACTGTTCCACAAAGCAACACATTACCGTACCAGAGCGTATCGAGCAATACGTCCGCATACCAAAACTACCACAACCCACCGACGAGCTACATCACTGCTGAATATTCTAGTCGATTTCCGCAAACGAACGCGAACCATTATAACCAATCGCCTTATCAAAGGGTTCCGCCGCCGCATGGCGATGTCCCTGTTGACGGTTACAATAACAATACATACCAGAAACTGAATACCAATTATTATGTTGATAATGCGAGTCAACCGCGTGCTGTAGACACGAGGCCGTACCCTCCGGCGCAACGTCCGATGTATAATCAAAACGTTGAAACATCTAACAACGAACAACATGGTCAATTTCAATATACACAAAATAATTATAATAATAATTCGTATCAACACGTGCCAGCCTTGAAGCAATTGCAGAAAAAATCTGTATCGTTTGAGCCCGGCACAAAAGGCGGCACCGATTCACCGGTGCCTCTTCAGTTCAATCCATACCCCTGTGTGGACAACAGTGGAGATAAGACTCCTTGTAATTTGTGCCGTAAAAGAATTGTCACATCTCCCGCCATGTACTGCACGGATTGTGATTACTACATGTCTAGGTTTAAACCTCGTTCGTAG
Protein
MIKFRYKRKEASDGGGTSGTAIQKQKIEGLRDRELLPPKDMLLAGSLAGVRHNTLPRSRPPSSCRRDAPELQLISSTTLSLFRELFSQLQWSAERAPAADALRRALGGGGARFQLGCMADASECFEHLLLRVHAHVAAAGDRRDDDACRAPHCVPHRKFAMMLVEQSVCGACQATSEPLPFTQMVHYVSATALTAQAALGEHGDSFGLLLKKAGGMGDIRDCPNACGAKIQICRTLMNRPEVVSIGMVWDSERPSAEHVAAVYAAIGTELRPTDAFHACVDRAWAARATHHLVGIVTYYGKHYSTFFFHSKLRLWIYFDDADVKEIGPEWSYVVDKCRRGRFQPLLLLYAAVDGTPCDTRNAPKDVVPFPAPEPRRAITPAPERPANGYARRAVTPGPDNDSDYMNRKVMESANILDAQAARRAPLVRSLSTGSTSDSNERPRARRDSGNWSGDRNSASSASSSTAESPYMYTRGRGPGSVPSSPTRKGELSSGGSCDAGYDSYSLSSTDSLPLQQGLRHNLQRAQQMPEIKTRGDCEALCSEADALLEKARKAEEAADFETALVLCDAAIAKSREAMDAPYNNPHMMAFARMKQNTCVMRSRNLQRRMGGMSRISEAQQTAPVRNTKSGLENSPVTIEIYATLPKKKNSKKSPKNIDDDIDNVTRERPPRHKSRDEEKGREKRSRSEDRSRARKEITVTAEKKEEVTEDKKTNKKQHKIRRKLLMGGLIRRKNRSMPDLTEGADGNKENSNKEKRVSSVDDTDVGRKTNDDKSPLSGYLSEGHLEYSAASGTNPNLERSKLMRKSFHGSAGKILTAAKVPPPPPVRTTSQLSGTKYGYVDHNNDNYCPEIEEDGGFSEQYGDEPQSMPFLHSYDDSHVNHYDIMESPQSQNFHTVVTKAMIHQEQSPVKRDFMPPIQPSHNNIQNMNLAFDNGMDVVDCALPMSRSPPTFELPPYPSPMNSVSHSRQPSEEFPPPPPPIDLTPLQEELQKIQNINEVSNTNETQAPQGTLLAQLQEKRNQILKNENLTKPHQVETVNHTGDSLVRELQAALKLKRSGSLEGQLSSPSEKTIENNINVRNIASRFENNTQNAHPDNERPHISLAGMSGTRDVINCSDQCNIGIYSRRASSSSIDAKQMDQEIADQRPVHNTYSDRSKPKKKSVSFCDQVILVSTAEDQEDDSYIPNPILERVLKSAMNKPELTTMPLQSEKPALQRQDSFDSQSSRSTISSLSQNSFVGADGNHAEYVRLQNTYPTYQTAQSRLQPQYNVQKSVGVYGTSPTAPPNQTPNALNGNQIYQSLPTSVPQNVQSPIPYTQPPPVYSNQSNASPPNFSQNPVNRLTPTAQNATYPIKHAANLQRNVPNQYPPNQRAQINQLPTNAYYHRLPQNSTSSNIPNNSHNINRQYGNTVPQSNTLPYQSVSSNTSAYQNYHNPPTSYITAEYSSRFPQTNANHYNQSPYQRVPPPHGDVPVDGYNNNTYQKLNTNYYVDNASQPRAVDTRPYPPAQRPMYNQNVETSNNEQHGQFQYTQNNYNNNSYQHVPALKQLQKKSVSFEPGTKGGTDSPVPLQFNPYPCVDNSGDKTPCNLCRKRIVTSPAMYCTDCDYYMSRFKPRS

Summary

Uniprot
H9IYZ8   A0A2H1WK23   A0A194RNU8   A0A194QBF9   A0A212FB46   A0A0L7KZU7   + More
D6X4D4  
Pubmed
19121390    26354079    22118469    26227816    18362917    19820115    + More
EMBL
BABH01010818    BABH01010819    ODYU01009163    SOQ53399.1    KQ459984    KPJ19000.1    + More
KQ459220    KPJ02878.1    AGBW02009383    OWR50943.1    JTDY01003990    KOB68742.1    KQ971410    EEZ97283.2   
Proteomes
UP000005204    UP000053240    UP000053268    UP000007151    UP000037510    UP000007266    + More
PRIDE
H9IYZ8   
Pfam
PF00443   UCH
Interpro
IPR038765   Papain-like_cys_pep_sf        + More
IPR028889   USP_dom       
IPR001394   Peptidase_C19_UCH       
SUPFAM
SSF54001   SSF54001       
ProteinModelPortal
H9IYZ8   A0A2H1WK23   A0A194RNU8   A0A194QBF9   A0A212FB46   A0A0L7KZU7   + More
D6X4D4  

Ontologies

KEGG
101744043    no KO assigned | (RefSeq) uncharacterized LOC101744043
GO
GO:0016787   GO:0016579   GO:0036459  

Topology

Length:
1614
Number of predicted TMHs:
0
Exp number of AAs in TMHs:
0.08422
Exp number, first 60 AAs:
0.00032
Total prob of N-in:
0.00429
outside
1  -  1614
 
 

Population Genetic Test Statistics

Pi
202.143981
Theta
177.861101
Tajima's D
0.608512
CLR
0.507422
CSRT
0.545972701364932
Interpretation
Uncertain
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