SGID Silkworm Genome Informatics Database
Gene
KWMTBOMO13319  Validated by peptides from experiments
Pre Gene Modal
BGIBMGA004675
Annotation
PREDICTED:_uncharacterized_protein_LOC101744556_[Bombyx_mori]
Location
Bomo_Chr22(+):13547573-13559436      View in EpiBrowser
Location in the cell
Nuclear   Reliability : 3.736
 

Sequence

CDS
ATGGAATACAAAGTGAATTTAATATTCCTTGTGGTATTTAGCTCTAAAATTGTTGTATCTATTCCTTATAATGAGGAAAATGTGAGACAAAGAGCATACCCTGCTATCAATTGGCCATCAAACCTTCAAGCAAGGGAAAATCCAAATTTTGCACCACCTCAAAATTTTCATGCTGCAGTATATCAAAAACCTTATTATCAAGAAATGGCGCAACGTAGAATAAATTCTCCCAATGAAGAATTCCGTGCACCACCACTTGCCGCATTGCCGAAAGCGTTTGAAACTCCAACGGGATATAGAGTTACTGGTACGAGAAATGATCAGAATTATTATCAAAACAACGGACAAAATGGATTGAGGCAATTCCAACAAATCAATGTACCCCCAGTCCGACAAAATCCTGTTATTGAGCAGACTTATTTTCAACCGATTCGGGAACCTTTAACTTCAGTTTCACAAAATGGAAATCCACAGGGGCAATACCCTAGATCGGTCCTTCCCAATTACTATAACCAACAACCCCTACCTCGACTACAAGCGTCACAATTTAGATCAAATTACATGAATGTTCCTAATGCAGAAGTACAGCGACCGTGGGTACAAAACATGCGCGGGGCTTATGACAATAAAACCCAATATCTAAGTAATGAACCTTCAGTAAATCCTAAAGAAATAGCCAGGAGCGCTATTGAGTTACAAAATAAATATCAATCCCCAATGGAACACCTACCTCGAATTGTAAACAGAAATCTAGCAACAAACTCACAGATGAATTCTGGATATATACCTGGAGATAATAGACGCCCAGAAATGCGGAATATACTGGCGGCTGGAACAAATACTAATTTGGATAAAAACCATAAAACGTTTATGATAGATGACCCTAGAGGAAATGTAGAACTGGTAGGGAACTTGAGACCACATGAAAATAAGAACGATGTTTTGGTAAATGCGAAAGACATCCTGGGAAAGACAAATGAAGGCCAATCACATCCAACTTTCAGGCCTCAAGTGATAAACCAGCCTCAAGTGATATCATCAACTACTGGCACAGATATTTTTCTGCATAATGATGTGCAAGACACCGTTGCCAATACTGTACTTAACGCGAAATCAGTACCATACAATAAACCTTTATTACAAGAAAATGCGGTTCAAAATCCTGCTGTTTTAGATTCAATTTCAAGTTACAGAAGCCAACCACGGGTGAAGTCATCAAATACAAAATTTTTGCTACGTGATGATTTACAAGACACTGTTCCCAATACTGCGCTTAATACTGCGCTTAATACTGCTTATACGAAATCAGTACCAGATAGTAAGCCTTTGGTGCAAGAACAAGGGATTTCGAATTTTGCCGCTCTAGATTTGAATCCAAGATATAGACCCTCGGGACAAAATGTAGACCACCCTCGGGTGACGTCATTAAGTACTGATACAAAGATTTTGCAACGTCAAAATTTTCAAGATACAGGTTCTAATACTACATTTAATATCAAATCAGTACCAGACAATAGACCTTTAGTACAAGAAACTGTGGTTCTGAATCCTGCTGCTGTGGATACGATTCCAAGTCACAAAGAGCAGCCCCAAGTAATATCAACTATTCAAACAGAATTTTCACGGGGCGATCGTCTAGAAGATACGGCTCCCAATACTGCATTTAATACGAAATCAGTACCATACAATAAGCCTTTGGTACAAGAAGAGGCAATTCCAAGTTTTTCTGCTCTAGATTCGGACCCAAGTCATAGAAATCAGCCTCGGGTAACGTCATCAACTGCCGACACAAAAAACTTGCTACGCCATGAGTTACAAGATAAGGGTCCCAATACTGCATTTAATATAAAATCAGTACCATACAATAAGCCTTTGGTACAAGAAGAGGCAATTCCAAGTTTTTTTGCTCTAGATTCGGATCCAAGTCATAGAAATCAGCCTCGGGTGACGTCATCAATTGACGACACAAAAAACTTGCTACGTCATGAGTTACAAGATGAGGCTCCCAATACTGCATTTAATATAAAATCAGTACCAGATAATAGACCTTTAGTACAAGAAACTGTGGTTCTGAATCCTGCTGCTGTAGATATCATTCCAAGACACAAAGAGCAGTCTCAAATAATACCAACTATTGAAACAGAAATTTCACGGGGCGTTCGTCTAGAAGATACGGCTCCAAATACTGCATTTAATATGAAATCAATACCATACAATAAGCCGTTAGTACAAGAAGAGGCAATTTCAAGTTTTTCTGCTCTAGATTCGGATCCAAGTCATAGAAATCAGCCTCGGGTGACGTCATCAATTGCCGACACAAAAAACTTGCTACGTCATGAGTTACAAGATGAGGCTCCCAATACTGCATTTAATATAGAATCAGTACCAGATAATAGACCTTTAGTACAAGAAACTGTGGTTCTGAATCCTGCTGCTGTAGATATCATTCCAAGACACAAAGAGCAGTCTCAAATAATACCAACTATTGAAACAGAAATTTCACAGGGCGTTCGTCTAGAAGATACGGCTCCAAATACTGCATTTAATACGAAATCAGTACCATACAATAGGCCGTTGGTACAAGAAGAGGCAATTCCAAGTTTTTCTGCTCTAGATTCGGATCCAAGTCATAGAAATCAGCCTCGTGTGACGTCATCAATTGCCGACACAAAAAACTTGCTACACCATGAGTTACAAGATGAGGCTCCCAATACTGCTTTTAATATAAAATCAGTACCAGATAATAGACCTTTAGTACAAGAAACTGTGGTTCTGAATCCTGCTGCTGTAGATATCATTCCAAGACACAAAGAGCAGTCTCAAATAATACCAACTATTGAAACAGAAATTTCACGGGGCGTTCGTCTAGAAGATACGGCTCCAAATACTGCATTTAATATGAAATCAGTACCACACAATAAGCCGTTAGTACAAGAAGAGGCAATTTCAAGTTTTTCTGCTCTAGATTCGGATCCAAGTTATAGAAATCAGCCTCGGGTGACGTCATCAATTGCCGACACAAAAAACTTGCTACGTCATGAGTTACAAGATGAGGCTCCCAATACTGCATTTAATATAAAATCAGTACCAGATAATAGACCTTTAGTACAAGAAACTGTGGTTCTGAATCCTGCTGCTGTAGATATCATTCCAAGACACAAAGAGCAGTCTCAAATAATACCAACTATTGAAACAGAAATTTCACGGGGCGTTCGTCTAGAAGATACGGCTCCAAATACTGCATTTAATACGAAATCAGTACCATACAATAGGCCGTTGGTACAAGAAGAGGCAATTCCAAGTTTTTCTGCTCTAGATTCGGATCCAAGTCATAGAAATCAGCCTCGTGTGACGTCATCAATTGCCGACACAAAAAACTTGCTACACCATGAGTTACAAGATGAGGCTCCCAATACTGCTTTTAATATAAAATCAGTACCAGATAATAGACCTTTAGTACAAGAAGCTGTGGTTCTGAATCCTGCTGCTGTGGATACGATTCCAAGTCACAAAGAGCAGCCCCAAGTAATATCAACTATTCAAACAGAAATTTCACGGGGCGATCGTCTAGAAGATACGGCTCCCAATACTGCATTTAATACGAAATCAGTACCATACAATAAGCCTTTGGTACAAGAAGAGGCAATTCCAAGTTTTTCTGCTCTAGATTCGGATCCAAGTCATAGAAATCAGCCTCGGGTGACGTCATCAATTGCCGACACAAAAAACTTGCTACGCCATGAGTTACAAGATGAGGCTTCTAATACTGCATTTAATATAAAATCAGTACCAGATAATAGGCCTTTAGTACAAGAAAATATGGGTGTAAATTCTGCTACTTTAGATATAATTCCAAGACATAGAGAGCAGCCCCAAGTAATATCAACTATTGAAACAGAAATTTCACGGGGCGTTCGTCTAGAAGATACGGCTCCAAATACTGCATTTAATATGAAATCAGTACCATACAATAAGCCGTTGGTACAAGAAGATCCATCTGCAGTTGATAATTTCCCACAGAAAGCTCCTCATGTAAGCTTGTTTAGTACAGAAGCCCATCAACTTAATAAGGAGGTAATGCCTAATATGCGGATATCGGCACAAGACAATGAACACGACAAACCAAAATCTATTTTTGATGAATCTATTATTCCCATTGCTGCAACAGAGAAATCTATCGAAACTAGTACATTGTCCACGAATTATGTTACTAAGAACAATAGTGAACACAATTCAAATCCAGATGATTATAATCCAAGTGAATTTTTAAGACAAAACATATCTTTCGATAAATATAAATCTCAAGCAAAAACGGTTAATTTACAAAATGAGACAACCACAACTGATACACCAAGTGACACGGGTCGACCAGTTGTAAAGCATCATCATCATCATAGTTCAGTAGGTCGCGAAATCTTAGATTCCGTTTTGGATGATAATATATTTAATCAACCTAGTTCTCCTATGGAGAAGTCCTTAGAAAAAGCTACTTTCGATGAACCGCTGAATGAACCACTTATTCCAAACAACGACCACTCAACACCAGAACCCTGGTACTTAAACTCTGAGCCACTTAGAAGCAGTAATATCACTGAAGAAGATCACTTTTCAAACAATAAAACAAAAATCCCCGAAGAAACTACATTTACATTTAGTACAGTTCCAGAAATAAAAGAAGCGAAAGATATAGAAAATGAAAAACCTGTTGAAGTTATAGAAAAAAAAGATTTTTTCGTTAATGAGGCTAATTGGTTTAGGGAACAAAGTGAAGATGGTGCTACAAATAGTAATGTGGTATCTCCGCTCACAAGTGACGAAGATAAAGAAAGGGAAAAAGTACAGAGCACCACAGTGAGTTCACTGTTAAGTCCATTGAACAACTTAATTAATCTTTTTAATAATGGTTTACAAGTTCTCAGTCCATTGAACAACAAGAAAAATGATACTTCAAAGCCGACTGTTGCTGAAAGTTATGTAGCGCCAACAATTAGTTCATTACACAATCGTTCCACAGTTGAAGATAATCGACAAACTGAAAGTACTGAAACTCTTACTGTAGATGCCAGAAACGATGATATTCTTGATCTTTTGTCTAGTAAAACTGATAATTCTGAAGATCAATTGAATATTATTCTGACTGATAGTACTGAAAATATATTGAATGAAATGAAATACATTGATTCAATGATTCCATTGTCAGAAAATAATAACATTGCTAATGAGCCCATAAATTTAGAGGACGATCAAATGAATTTTGATGATGTGGCTATTTTATTTAATACGGACAGTATGCCTACTGTTAGTACAGAGAGTCTTGATGAAGAAGTAGACGTATTCTCTCAGGAAGTTAAAGCTATCGACAACGAAGAAATACCCAATCCATTCATTGGCAGTGATGAAACCTTTAATATTTTTAACGAGAATAACGCAAACGGAAATAATAGAACACCTTCCGTTTTGACGTTGGACACTCAGGATGAAGTTGATCTAGATGTAAGGGAGAGGATTGTGAATCCCACTGTAATCCAATCCAGTATAAAAGGCGACGAAGAAGATCAAACGATTACTTCAAATACGAAACCGGATACGCTTCCGGATATTTTCACTTTAAACGATGATGCAGTCGCGAATCCTGCTGACAATAACACCGTTATGTTCAAAGTCGATGCTGACTTCTGGCAGAAGATAAAAAACGGAAACATCACGTACGATGTTGTGTATTTGTTTCAAGCTTATGATCAGCCTGTCGTTGAAAAGGAAACACAGACGATCATTCATCCGAATGGCACTATAGTTCAGCAGTATGTTGAAAAGACTTGGAAGAAACAAGGAGTTCAATTGTTTCAGATACCCAACCGATAA
Protein
MEYKVNLIFLVVFSSKIVVSIPYNEENVRQRAYPAINWPSNLQARENPNFAPPQNFHAAVYQKPYYQEMAQRRINSPNEEFRAPPLAALPKAFETPTGYRVTGTRNDQNYYQNNGQNGLRQFQQINVPPVRQNPVIEQTYFQPIREPLTSVSQNGNPQGQYPRSVLPNYYNQQPLPRLQASQFRSNYMNVPNAEVQRPWVQNMRGAYDNKTQYLSNEPSVNPKEIARSAIELQNKYQSPMEHLPRIVNRNLATNSQMNSGYIPGDNRRPEMRNILAAGTNTNLDKNHKTFMIDDPRGNVELVGNLRPHENKNDVLVNAKDILGKTNEGQSHPTFRPQVINQPQVISSTTGTDIFLHNDVQDTVANTVLNAKSVPYNKPLLQENAVQNPAVLDSISSYRSQPRVKSSNTKFLLRDDLQDTVPNTALNTALNTAYTKSVPDSKPLVQEQGISNFAALDLNPRYRPSGQNVDHPRVTSLSTDTKILQRQNFQDTGSNTTFNIKSVPDNRPLVQETVVLNPAAVDTIPSHKEQPQVISTIQTEFSRGDRLEDTAPNTAFNTKSVPYNKPLVQEEAIPSFSALDSDPSHRNQPRVTSSTADTKNLLRHELQDKGPNTAFNIKSVPYNKPLVQEEAIPSFFALDSDPSHRNQPRVTSSIDDTKNLLRHELQDEAPNTAFNIKSVPDNRPLVQETVVLNPAAVDIIPRHKEQSQIIPTIETEISRGVRLEDTAPNTAFNMKSIPYNKPLVQEEAISSFSALDSDPSHRNQPRVTSSIADTKNLLRHELQDEAPNTAFNIESVPDNRPLVQETVVLNPAAVDIIPRHKEQSQIIPTIETEISQGVRLEDTAPNTAFNTKSVPYNRPLVQEEAIPSFSALDSDPSHRNQPRVTSSIADTKNLLHHELQDEAPNTAFNIKSVPDNRPLVQETVVLNPAAVDIIPRHKEQSQIIPTIETEISRGVRLEDTAPNTAFNMKSVPHNKPLVQEEAISSFSALDSDPSYRNQPRVTSSIADTKNLLRHELQDEAPNTAFNIKSVPDNRPLVQETVVLNPAAVDIIPRHKEQSQIIPTIETEISRGVRLEDTAPNTAFNTKSVPYNRPLVQEEAIPSFSALDSDPSHRNQPRVTSSIADTKNLLHHELQDEAPNTAFNIKSVPDNRPLVQEAVVLNPAAVDTIPSHKEQPQVISTIQTEISRGDRLEDTAPNTAFNTKSVPYNKPLVQEEAIPSFSALDSDPSHRNQPRVTSSIADTKNLLRHELQDEASNTAFNIKSVPDNRPLVQENMGVNSATLDIIPRHREQPQVISTIETEISRGVRLEDTAPNTAFNMKSVPYNKPLVQEDPSAVDNFPQKAPHVSLFSTEAHQLNKEVMPNMRISAQDNEHDKPKSIFDESIIPIAATEKSIETSTLSTNYVTKNNSEHNSNPDDYNPSEFLRQNISFDKYKSQAKTVNLQNETTTTDTPSDTGRPVVKHHHHHSSVGREILDSVLDDNIFNQPSSPMEKSLEKATFDEPLNEPLIPNNDHSTPEPWYLNSEPLRSSNITEEDHFSNNKTKIPEETTFTFSTVPEIKEAKDIENEKPVEVIEKKDFFVNEANWFREQSEDGATNSNVVSPLTSDEDKEREKVQSTTVSSLLSPLNNLINLFNNGLQVLSPLNNKKNDTSKPTVAESYVAPTISSLHNRSTVEDNRQTESTETLTVDARNDDILDLLSSKTDNSEDQLNIILTDSTENILNEMKYIDSMIPLSENNNIANEPINLEDDQMNFDDVAILFNTDSMPTVSTESLDEEVDVFSQEVKAIDNEEIPNPFIGSDETFNIFNENNANGNNRTPSVLTLDTQDEVDLDVRERIVNPTVIQSSIKGDEEDQTITSNTKPDTLPDIFTLNDDAVANPADNNTVMFKVDADFWQKIKNGNITYDVVYLFQAYDQPVVEKETQTIIHPNGTIVQQYVEKTWKKQGVQLFQIPNR

Summary

Uniprot
NA  
ProteinModelPortal
NA  

Ontologies

KEGG
101744556    no KO assigned | (RefSeq) uncharacterized LOC101744556
GO

Topology

SignalP
Position:   1 - 20,         Likelihood:  0.817625
 
 
Length:
1953
Number of predicted TMHs:
0
Exp number of AAs in TMHs:
1.83129
Exp number, first 60 AAs:
1.83129
Total prob of N-in:
0.09800
outside
1  -  1953
 
 

Population Genetic Test Statistics

Pi
203.26562
Theta
169.073496
Tajima's D
0.653241
CLR
0.029616
CSRT
0.563721813909305
Interpretation
Uncertain
Peptides ×
Source Sequence Identity Evalue
25860555 INDVDCSDKYAFICEK 100.00 1e-12
24093152 EQQQGIFR 95.83 2e-08
25860555 IRDAVIDEAFGSIDR 95.45 9e-08
25860555 VAISPISPSGANIKPNSITDIR 100.00 2e-07
27102218 SAIEIQNK 100.00 2e-07
24093152 ENPDIVVNMIQIIK 100.00 6e-06
25860555 ENDKNHDGIIDFHEFMMATQR 100.00 2e-04
27102218 AYPAINWPSNIQAR 100.00 2e-04
25860555 YVENVSNSREINIIDGVSIIGQGSPR 100.00 4e-04
27102218 AFETPTGYR 100.00 4e-04
25860555 SNAYYNRDSDGSESAGISDR 100.00 5e-04
25860555 SNAYYNRDSDGSESAGISDR 100.00 5e-04
25860555 SNAYYNRDSDGSESAGISDR 100.00 5e-04
27102218 IEDTAPNTAFNTK 100.00 5e-04
27102218 IEDTAPNTAFNTK 100.00 5e-04
27102218 IEDTAPNTAFNTK 100.00 5e-04
25860555 GCPTGQVDFPAFTR 100.00 0.003
24093152 IPEDTIR 100.00 0.003
25860555 TIIEENGCR 100.00 0.018
24093152 SIEYESQGQGSIVQNVVNNIIIDK 100.00 0.018
25860555 GQIIEIWK 100.00 0.032
24093152 EQPQVISTIETEISR 100.00 0.032
27102218 FIIRDDIQDTVPNTAINTAINTAYTK 100.00 0.032
24093152 EQIVDAQGQIVAHPK 100.00 0.034
24093152 EQSEDGATNSNVVSPITSDEDKER 100.00 0.038
24093152 EQSEDGATNSNVVSPITSDEDKER 100.00 0.038
24093152 EQSEDGATNSNVVSPITSDEDKER 100.00 0.038
25860555 YISIAVADGAANIPDPTYYISDNKPTIHEDI 100.00 0.048
24093152 YRPGTVAIR 100.00 0.048
27102218 HREQPQVISTIETEISR 100.00 0.048
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