SGID Silkworm Genome Informatics Database
Gene
KWMTBOMO11519  Validated by peptides from experiments
Annotation
PREDICTED:_titin_[Amyelois_transitella]
Location
Bomo_Chr19(+):7638395-7648501      View in EpiBrowser
Location in the cell
Nuclear   Reliability : 3.463
 

Sequence

CDS
ATGAGTTTTGAAACAGATTTGGGTACAAGGCGTCACCGTTGCCCACACAACGATGTCCCGGAGCCATTGTTCGATGTGGAGCACACGACGAGCGTGGTCTCCGCGTACAAAACTGACTATGACGAAAAGCACGTTAGTCGCACCACTGCTGTTCATCATGAAGATCACTTGCGTCTTGAAGGTGATTTCCAAGAACCGGAGCGCCCAAAGTGGCAACCGGCTGAGAGGCAAAAACCAAAAAGGCCCGAAGACAATCTCAAACCAGAAGGCGAATTCGAAAGAAGAAAGCCCGAGGAGTGGCGTCCAGGCGATAGAGCTCCCGTACGACGTCCGGAAGATAATCTGAAACCGGAAGGTGAATTCAATACACCAGAAAAAGAATCATGGCGACCAGCAGAAAGACAGAAGCCGAAGAAACCTGAAGATAATCTAAAACCTGAAGGAGATTTTGAAAAACGTGAACCGGAGCAATGGAGGCCAGGAGACAGAGCGCCAGTCCGCCGTCCTGAAGATAATCTTAAGCCTGAAGGAGATTTTGAAAAAAGAAGACCTGACGAATGGCGCCCTGGGGATAGAGCTCCTGTACGCCGCCCTGATGATAATTTGAAAACCGAAGGAGAATTTTGGGAACCAGAAAAGGAACCATGGAGACCAGCCGAAAGACAAAAACCTAAGAAACCAGAAGATAATCTAAAACCTGAAGGTGATTTTACTACACCAGATAAAGAAAAGTGGAAACCGGCGGAAAGACAAAAGCCTAAAAAGCCAGAGGATAATTTGAGGCCAGAAGGTGAATTTGAAAAACGACAAACAGATGAATGGCGCCCAGGCGACAGAGCTCCAGTACGCAGACCAGAAGACAATCTTAAGCCTGAAGGAGACTTTGAAAAAAGAACCCCTGATGAATGGCGTCCAGCTGAAAGACCTACGCAAAAAAAACCTAAAGATAATCTTAAGCCTGAAGGTGACTTCCAACAACCAGAATCTGAAGAATGGAGACCCGCCGAGAGACAAACTCCTAAAAAGCCTCAGGATAATCTCAAGCCTGAAGGAGAATTCGAAACGCCTAAACCAGAAAAGTGGCGTCCAGCAGAGCGTCCAACTCAAAAAAGACCACAGGATAATCTTAGACCAGAGGGAGAATTCGAACAACCCGAACAAGAGGAATGGAAGCCTGCTGAGCGTCCTAAGCCTAAAAGGCCTCAAGACAACTTACGTCCAGAAGGTGACTTTGAAAAACGCCAACCAGATGAGTGGCGCCCAGCTGAAAGATCAGTTCAAAAGAAACCAAAAGATAATTTGAAACCAGAAGGCGATTTTGAGAAACGAGAGCCAGAAGAATGGCAGCCTGGTGACAGAGCCCCCGTTCGTAAACCTGAAGACAATCTCAAACCAGAAGGTGATTTTACGACACCTGAAAAAGAAACATGGCGACCTGCTGAACGACCGAAGCAAAAAAGACCTGAAGACAATTTACACCCGGAAGGTGAATTTACAACCACTAGAGCTATCACTGAAGATTACAAGGTAGTCATTGGTGAAAGAGCAGAAATTGTTCGCCGCGTAGACAACATCATAACCGAGGGAGAATTCACTGATACCACAACTAGCCGTACCGAATACACTGCAAAACCAGTAGAGAGGCCGAAACCAGTCCGTCGTAATACGTTCACGAAAATTGAGGGTGATTTTACGACAGAAACCACATCGAAATCGGAATATGTCGATCATACTGATGTTGTCGAAAGAACAACGATTGTTTCTAAGAAAACTGATAATTTGATCCGAGAAGGTGAGATAGAATTTGTAACATCAAATCAGACAGATTTCACTGAAAAAAGCACTCCTATTGAACGACCACACAGGCGTCGTACCTGGACGAAAGAGGATTTCGAAAAATTCTACTCAACAGAAGATGTGCAGACAGTTTCAACTACACAAGAAGAATATAGGATCTACGAAGAAACCGATGTGCGGCAAACTTATAAGAAGCCAATAGATAATTTGAAACCGGAAGGTGAGTTTGAAACTCCCAAACAAGACAAATGGCGCCCAGCAGAGCGACAAACCGCTAAAAAACCTGAAGATAACTTAAAACCGGAAGGTGAGTTTGAAACTCCAAAACATGAAGAGTGGCGACCAGCTGAGAGACCTAAACAGAAAAGACCACAAGATAATCTCAAGCCAGAAGGTGAATTTGAGAGAAGACAACCAGAGGAGTGGCACCCAGCTGAAAGGCCAACTCAGAAAAAGCCCAAAGATAATCTGAAACCTGAAGGTGAGTTCGAACAGCCGAAACCTGAAGAGTGGAGGCCTGCAGAAAGACAAACCCCTAAAAAGCCTCAAGATAATCTCAAGCCTGAAGGTGAATTTGAAACACCCAAACCAGAAAAATGGCGTCCTGCTGAACGTCCAACTCAAAAAAGACCACAGGATAATCTTAGACCAGAGGGAGAGTTTGAACAACCTGAACAAGAAGAGTGGAGGCCTGCTGATCGTCCTAAGGCTAAAAAACCTCAAGATAACCTTCATCCAGAAGGTGACTTCGAAAAACGCGAACCTGAAGATTGGCGTCCAGCTGAAAGACCAATTCAAAAGAAACCGAAGGACAACCTAAAGCCTGAGGGAGAATTCGAACAACCAAAACATGAAGAATGGAGGCCCGCAGAAAGGCAAACTCCTAAAAAGCCACAAGATAATCTAAAACCAGAAGGTGAGTTTGAAACACCCAAACCTGAAAAATGGCGACCAGCTGAACGACCAACCCAAAAGAGGCCCCAAGATAACCTTCGACCCGAGGGAGATTTCCAACAACCTGAACAAGAGGAATGGAGACCAGCTGAGAGACCTATTGCAAGAAAGCCAAAAGATAACCTAAAACCAGAAGGTGACTTTGAACACCCAGAACCAGAAGAATGGCGCCCAGCCGAACGACAAACACCTAAAAAGCCCAAAGATAACTTGAAGCCCGAAGGAGAATTTGAAACACCTACACATGAAAAATGGCGACCAGCCGAACGTTCATTGCCGAAAAAACCAGAAGATAATTTACGTCCTGAAGGAGATTTTGAAATTAGACGACCTGATGAATGGCGGCCAGCAGAAAGACCGCAACAAAAAAGACCAAAAGATAATCTTAAACCTGAGGGCGAATTCCAACAGCCTGAACAAGAAGAATGGAGACCAGCTGATCGCCCTAAACCTAAAAAGCCACAAGATAACCTTCATCCAGAGGGTGACTTCGAAAAACGCGAACCTGAAGATTGGCGTCCAGCTGAAAGACCAATTCAAAAGAAACCGCAGGATAACTTAAAGCCTGAGGGAGAATTTGAGCAACCAAAACATGAAGAATGGAGGCCTGCAGAAAGACAAACGCCTAAAAAGCCACAAGATAATCTAAAACCAGAAGGTGAGTTCGAAACGCCCAAGCCAGAAAAATGGCGACCAGCTGAACGACCAACACAAAAGAGGCCCCAAGATAACCTCCGACCAGAAGGTGAATTCCAACAGCCTGAACAAGAGCTGTGGAGACCGGCTGAGAGACCTATTGCAAGAAAGCCAAAAGATAACCTAAAACCAGAAGGTGATTTTGAACACCCTGAACCAGAAGAATGGCGCCCAGCCGAACGACAAACACCTAAAAAGCCCAAAGATAACTTGAAGCCCGAAGGAGAATTTGAGCAACAGAAACCTGAAGAATGGAGGCCTGCTGAAAGACAAACACCTAAAAAGCCACAAGATAATCTCAAGCCTGAAGGGGAATTTGAAACGCCCAAACCAGAAAAATGGCGTCCGGCTGAAAGGCCTACACAAAAGAGGCCCCAAGATAATCTTCGACCTGAAGGAGAATTTCAACAACCCGAACAAGAGGAATGGAGGCCAGCCGATCGTCCTAAACCCAAAAAACCCCAAGATAATCTTCATCCAGAAGGTGACTTCGAAAGACGCCGTCCAGATGAGTGGCGTCCAGCTGAAAGACCAATTCAAAAGAAACCGAAAGACAACCTTAAGCCGGAAGGTGAATTTGAGCAACAGAAACCTGAAGAATGGAGGCCTGCTGAAAGACAAACACCTAAAAAGCCACAAGATAATCTGAAACCGGAGGGTGAGTTTGAGTCACCTAAACCAGAGAAATGGCGTCCAGCTGAACGACCTACCCAAAAGAGGCCACAGGATAATCTTCGACCCGAAGGCGAATTCGAACAACCTGAACAAGAGGAATGGAGACCTGCTGACCGTCCTAAGCCTAAAAAGCCACAAGACAATCTTCGTCCAGAAGGTGACTTTGAAAAACGCCACCCAGATGAGTGGCGTCCAGCTGAAAGACCAACTCAAAAGAAACCGAAAGACAATCTTAAGCCAGAAGGTGAATTTGAACAACCGAAACCTGAAGAATGGAGGCCTGCTGAAAGACAAACACCTAAAAAGCCACAAGATAATCTGAAACCCGAGGGAGAGTTTGAGACACCTAAACCAGAAAAATGGCGTCCAGCTGAACGACCTACCCAAAAGAAACCGAAAGACAATCTTAAGCCAGAAGGTGAATTTGAACAACCGAAACCTGAAGAATGGAGGCCTGCTGAAAGACAAACACCTAAAAAGCCACAAGATAATCTGAAACCCGAGGGAGAGTTTGAGTCACCTAAACCAGAAAAGTGGCGTCCAGCTGAACGACCTACCCAAAAGAGGCCACAAGATAATCTTCGACCCGAAGGTGAATTCGAACAACCTGAACAAGAGGAATGGAGACCTGCTGACCGTCCTAAGCCTAAAAGGCCGCAAGACAATCTTCGTCCAGAAGGTGACTTCGAAAAACCGAAACATGAAGAATGGCGGCCTGCTGAAAGACCAACTCAAAAGAAACCGAAAGACAACCTAAAACCGGAGGGCGAGTTTGAGTCACCTAAACCAGAAAAGTGGCGTCCAGCTGAACGACCTACCCAAAAGAGGCCACAAGATAATCTTCGACCCGAAGGTGAATTCGAACAACCTGAACAAGAGGAATGGAGACCTGCTGACCGTCCTAAGCCTAAAAGGCCGCAAGACAACCTTCGTCCAGAAGGTGACTTCGAAAAACCGAAACATGAAGAATGGCGGCCTGCTGAAAGACCAACTCAAAAGAAACCGAAAGACAACCTTAAGCCGGAAGGTGAATTTGAGCAGCCGAAACCTGAAGAATGGAGGCCTGCTGAAAGACAAACACCTAAAAAGCCACAAGATAATCTGAAACCGGAGGGCGAGTTTGAGTCACCCAAACCAGAAAAGTGGCGTCCAGCTGAACGACCTACCCAAAAGAGGCCACAGGATAATCTTCGACCTGAAGGTGAATTCGAACAACCTGAACAAGAGGAATGGAGACCTGCTGACCGTCCTAAGCCTAAAAAGCCACAAGACAATCTTCGTCCAGAAGGTGACTTCGAAAAACCGAAACACGAAGAATGGCGGCCTGCTGAAAAACCTGTTGTAAAGAAGCCTAAAGATAACTTGAAACCAGAAGGGGAATTTGAGAAACCAAAGCAAGACGAATGGCGCCCTGCTGAGCGTCAAACCCCTAAAAAACCTGAAGATAATCTCAGGCCTGAGGGAAAATTCGAGACTCCTAAACACGATAAATGGACACCAGCAGAGAGGCAAACACCTAAGAAACCCCAGGATAATCTAAAACCAGAAGGTGATATGGAGGTTGTTAGACGAACCGATTACACGGCAACTCGAGGTGATCGTGTCGATATAGTGAGACACGAAGATCATTTGAAAATGGAAGGAACCTTTGATATTCATCGCTCTAGAGATGACTACAAACGCATAGAAAAAACCGAAAAGGTGGTAATACAAAGACATGAAGATAATTTGCGCACTGAAGGTGAGTTTATTGATCTTCAAACTCGCAATGATTATAGTGCAACTAAAGGCGAGAGAGCGCCTGTTGTAAAACCTCAAGATAACCTGAAACCTGATGGTAAATTTTATAAGCCGGAGGTGGTTCCATCACAACCGGCTGAAAAACGTAAGCCTTTCAAACAAGTCGATAACATTACAATTGAACGAGATGTTGACTTACTTCATAAACAAAAAATCGAGCGACTCGATATTATTAGAAGAGAAGATAATTTGAAAATAGAAGGAGAATTTGTAGACATGAAGCAAAGAAATGACTACAATGTTACAACTGGTGAAAGAACAGCTGTTGTTCGTCACGAAGATAATTTAAAAATGGAAGGAAAAACGGAACATGTTCGTACCTCTGATACATATCGTGTTGTAAAAGGACAAAGAGTGAAATTAACTCGCAGAGAAGACAACCTTAAAATTGAAGGAATATTTGAAGATCACACTAGAAGAGATGATTATAAAATCATTAAAGGCGAACGGTCAGCTATTGTGTACCCTACTGACAATTTAAGGCCTGAAGATGAACAGAAACCTAAAGATGGTCCAAGAGTAGATCAAGAACCCAAAACCACTAAGCCATCAGATAAAACAAAACCGACTGATAAAATTAGTGATTCTCGACGCAAACCAGATGAGACAGATGGTACAAAAATATATGATAGTCCTCATAAACGTATTGATGATAAGCGTAAACCCACGACTGTACAAAAACCCGAAGAACAATTTTCAGAATCACTTCCCAGAGATAATAGAAAACCGGGTGAAACAGAAAAATCACAGAGACCTAAATGGAGTACACCTGAACGTCCCGATCAGATTAGACCAAAAGATAATCTGCACCCTGAGGGTGATTTTCAAGATAGACCTAAAACACAATGGCAGCCTGGTGAGATTCCAGAGCAAGTAAGACACAAAGATAATTTGAAACCTGAAGGTGATTTTGACCGTCCGTCGAAACCCCAATGGCAGCCTGGAAATCGACCCAGTCCTGTGAAACCTAGAGATAGCCTTTACCCAGAAGGAGACATGAGATCACGCTCTCCGCCAAGATATACTCCTGGTGAAACTGCTACTCCGGTTAGGCCAAAGGACAATTTGAAACCCGAAGGAGATTTTGAACATTCATCTCGGCCAAAATGGCAACCAGGAGACCGACCGAGTCCCGTTAAACCAAAAGATAATCTTTACCCAGAAGGTGAAATGAGGTCGCGATCACCATCACAATATATTTCGAGTGAAACGTCGACACAGATAAAAACGAAACACAATTTGAAGACAGATGGCGACTTTGACAATTCATCTAAGCCAAAGTGGCAACCGGGCGATAGACCAAGCCCAGTTAAGCCTAAAGATAATTTGTATCCAGAAGGAGATATAAGATCTCGTTCTCCGACACGATACACTCCAGGTGAAACACCGTCTCAGATTAGACCTAAAGATAACTTGAGACCTGAAGGCGATTTTGATCGTCCGGATACTCAGAAATGGGTGCCATCTGAAAAGTCTGGTCCCTTCAGGCCCAAAGACAATATAACCAGGAATGGAGAAATCATTAGAGAAGACAGTTACAAATCGAGTGAAGGGGTTAAAAAAATTGTAGGTTCAAAAATAATAACAACTCGGGATGACAATGTGAAATCACAGTTCAATAATCGTAAAACCACTGCTATCCATCAAGATAATAAAACGTTTAGCACGCAATCAGAAACTCACACAAAACAATCTCATACTGAACATTCTTCTATCAAACATGTTCACTCTGGGACCCATAAATATATCAGTACGTCAGAGGATATAAACAATCGCACCACGTCAGAAGATATAAACGATCGCACAATTTCACAAAAACGACCCGAATCAACATCATCTTCGGATATCATTGAGAGAACTCGATCACCAAGCGTAAATGATCGCAACGTAGTTCGATCATCAACGGATAGAAAAATTATAAACAAAACAGACATCAAAAATGTTAGTACGTCTGTCAAGAAAACAATCAAACAAATAACGGAAAAGAAACTTAGAGGCGGTAAGTGGGTTACTGTTACAAGGAATGTAGAAGTAGATCTTGTAACTGATGGCGAAAAAGGAGGACCAAGGAACGTACATCCAATTCAATCACCCAAAGATCAGCCGCATGATCAACCTTCTAATTTTAAACAGAACGATGGACAGACGATTTCAAAAATGGTCACGAGTGACCAGAAAACTACATCAACAAGTCAAGATAAATCACAGCGTTACGACTTAGACACTAATAGACAAGATGTCACTAGCATTCGACATGTCTCCAGCGGTCAGAAAATTAACCAAGATACGGATAGCAATATTCGTCATCTAGCATCAGAACGCACCGTGACTTCTAGTGACCACGGAATTACATCACACCAGCATACGCAGCAACATAAAAATATTTCAGAAAGTCACACCCATCAAACTATAGGCTCCACTACTTTAACAAGTAAAACTGATCAAAATACCTCTCATTACACTCAACATTCTTCTTCGGACAGCCATGTGAATAGACAATTGCGAGGAGAGTCTACACAGAGAGTACTAAGTTCTGACCAATCATCGACGACAAATCAGCGTCACGTTTCAGAAAAACATACTCAACATTCGACTATCGATAGCAATGTCAATAGGCAAGTGAGAGGAGGATCTTCACAGAGAATTGTATCTTCAGATCAAGTCGCTTCCACAAACCAACATCATACTTCTGAAAACAAAGCACAGCGGAACATAAATTCGACAACATATATTACATCAGGAAGCCGCGTAGAGCAGAACGTCACATCTGCGCAACATTTAAACAGTAGAAATCTTAGTGATAATGTTACTAAGACAAGCATTGAATTTCAAAGAGCGATGCACGGTGGTAATGATGCGAGCTATTCAACAACTGACAATTCTACTCGTAGTGGTCACCATAAGCGCACCTCCGATTTAATCACGGACTCTACTTCGACGAATTCAATTCTGCATCGCAAAGGTGTTTCTTCAGCCACTGAAGCTCATCATACCACCAGTACAGCGGCAGCTGCTCAAAGAAAGAGTATCGGCAATCTATCCGAACGTGGAGAATATATAAGCAATTCAACTCAGAGCACTGACAGAAAAAGCATCAGTTCCATGCATCGTTCCACACGAGACAACATAGGCGTGATTTCGCAACACTCGGAAAGTGACTCCCATCGCCATCAGATTAAAAGAGACGGCCAGTCAACTATGACAGTTGATCGTCAACCTAAGGCGGTTGTTCGAGACAATCTTCGCATCGGCGGAGAGTTTTATGGTCAGTCAGAAGCGCGTTACGGTAGCTTCTCTCGATCTGAACAAACACAAAGAACCGATAGGTCAGAACGCGTCGAGCGAGTAGAAAGAGTCGCTCGTCATGGCCATAACACATCGCATTTTGTACTGGGTGACGGTAACACAAGTTATAAGAGAGAATACACAGCACATGTGCACGGTGTGTGTCCAGCTACCCTGATCGAGTCTCCACGCACGCCATACAAGCATACACGAGACTCTCGAGAACATAAGTTCTACGCACAAAGAACGACTAAGACTCCACAGTGA
Protein
MSFETDLGTRRHRCPHNDVPEPLFDVEHTTSVVSAYKTDYDEKHVSRTTAVHHEDHLRLEGDFQEPERPKWQPAERQKPKRPEDNLKPEGEFERRKPEEWRPGDRAPVRRPEDNLKPEGEFNTPEKESWRPAERQKPKKPEDNLKPEGDFEKREPEQWRPGDRAPVRRPEDNLKPEGDFEKRRPDEWRPGDRAPVRRPDDNLKTEGEFWEPEKEPWRPAERQKPKKPEDNLKPEGDFTTPDKEKWKPAERQKPKKPEDNLRPEGEFEKRQTDEWRPGDRAPVRRPEDNLKPEGDFEKRTPDEWRPAERPTQKKPKDNLKPEGDFQQPESEEWRPAERQTPKKPQDNLKPEGEFETPKPEKWRPAERPTQKRPQDNLRPEGEFEQPEQEEWKPAERPKPKRPQDNLRPEGDFEKRQPDEWRPAERSVQKKPKDNLKPEGDFEKREPEEWQPGDRAPVRKPEDNLKPEGDFTTPEKETWRPAERPKQKRPEDNLHPEGEFTTTRAITEDYKVVIGERAEIVRRVDNIITEGEFTDTTTSRTEYTAKPVERPKPVRRNTFTKIEGDFTTETTSKSEYVDHTDVVERTTIVSKKTDNLIREGEIEFVTSNQTDFTEKSTPIERPHRRRTWTKEDFEKFYSTEDVQTVSTTQEEYRIYEETDVRQTYKKPIDNLKPEGEFETPKQDKWRPAERQTAKKPEDNLKPEGEFETPKHEEWRPAERPKQKRPQDNLKPEGEFERRQPEEWHPAERPTQKKPKDNLKPEGEFEQPKPEEWRPAERQTPKKPQDNLKPEGEFETPKPEKWRPAERPTQKRPQDNLRPEGEFEQPEQEEWRPADRPKAKKPQDNLHPEGDFEKREPEDWRPAERPIQKKPKDNLKPEGEFEQPKHEEWRPAERQTPKKPQDNLKPEGEFETPKPEKWRPAERPTQKRPQDNLRPEGDFQQPEQEEWRPAERPIARKPKDNLKPEGDFEHPEPEEWRPAERQTPKKPKDNLKPEGEFETPTHEKWRPAERSLPKKPEDNLRPEGDFEIRRPDEWRPAERPQQKRPKDNLKPEGEFQQPEQEEWRPADRPKPKKPQDNLHPEGDFEKREPEDWRPAERPIQKKPQDNLKPEGEFEQPKHEEWRPAERQTPKKPQDNLKPEGEFETPKPEKWRPAERPTQKRPQDNLRPEGEFQQPEQELWRPAERPIARKPKDNLKPEGDFEHPEPEEWRPAERQTPKKPKDNLKPEGEFEQQKPEEWRPAERQTPKKPQDNLKPEGEFETPKPEKWRPAERPTQKRPQDNLRPEGEFQQPEQEEWRPADRPKPKKPQDNLHPEGDFERRRPDEWRPAERPIQKKPKDNLKPEGEFEQQKPEEWRPAERQTPKKPQDNLKPEGEFESPKPEKWRPAERPTQKRPQDNLRPEGEFEQPEQEEWRPADRPKPKKPQDNLRPEGDFEKRHPDEWRPAERPTQKKPKDNLKPEGEFEQPKPEEWRPAERQTPKKPQDNLKPEGEFETPKPEKWRPAERPTQKKPKDNLKPEGEFEQPKPEEWRPAERQTPKKPQDNLKPEGEFESPKPEKWRPAERPTQKRPQDNLRPEGEFEQPEQEEWRPADRPKPKRPQDNLRPEGDFEKPKHEEWRPAERPTQKKPKDNLKPEGEFESPKPEKWRPAERPTQKRPQDNLRPEGEFEQPEQEEWRPADRPKPKRPQDNLRPEGDFEKPKHEEWRPAERPTQKKPKDNLKPEGEFEQPKPEEWRPAERQTPKKPQDNLKPEGEFESPKPEKWRPAERPTQKRPQDNLRPEGEFEQPEQEEWRPADRPKPKKPQDNLRPEGDFEKPKHEEWRPAEKPVVKKPKDNLKPEGEFEKPKQDEWRPAERQTPKKPEDNLRPEGKFETPKHDKWTPAERQTPKKPQDNLKPEGDMEVVRRTDYTATRGDRVDIVRHEDHLKMEGTFDIHRSRDDYKRIEKTEKVVIQRHEDNLRTEGEFIDLQTRNDYSATKGERAPVVKPQDNLKPDGKFYKPEVVPSQPAEKRKPFKQVDNITIERDVDLLHKQKIERLDIIRREDNLKIEGEFVDMKQRNDYNVTTGERTAVVRHEDNLKMEGKTEHVRTSDTYRVVKGQRVKLTRREDNLKIEGIFEDHTRRDDYKIIKGERSAIVYPTDNLRPEDEQKPKDGPRVDQEPKTTKPSDKTKPTDKISDSRRKPDETDGTKIYDSPHKRIDDKRKPTTVQKPEEQFSESLPRDNRKPGETEKSQRPKWSTPERPDQIRPKDNLHPEGDFQDRPKTQWQPGEIPEQVRHKDNLKPEGDFDRPSKPQWQPGNRPSPVKPRDSLYPEGDMRSRSPPRYTPGETATPVRPKDNLKPEGDFEHSSRPKWQPGDRPSPVKPKDNLYPEGEMRSRSPSQYISSETSTQIKTKHNLKTDGDFDNSSKPKWQPGDRPSPVKPKDNLYPEGDIRSRSPTRYTPGETPSQIRPKDNLRPEGDFDRPDTQKWVPSEKSGPFRPKDNITRNGEIIREDSYKSSEGVKKIVGSKIITTRDDNVKSQFNNRKTTAIHQDNKTFSTQSETHTKQSHTEHSSIKHVHSGTHKYISTSEDINNRTTSEDINDRTISQKRPESTSSSDIIERTRSPSVNDRNVVRSSTDRKIINKTDIKNVSTSVKKTIKQITEKKLRGGKWVTVTRNVEVDLVTDGEKGGPRNVHPIQSPKDQPHDQPSNFKQNDGQTISKMVTSDQKTTSTSQDKSQRYDLDTNRQDVTSIRHVSSGQKINQDTDSNIRHLASERTVTSSDHGITSHQHTQQHKNISESHTHQTIGSTTLTSKTDQNTSHYTQHSSSDSHVNRQLRGESTQRVLSSDQSSTTNQRHVSEKHTQHSTIDSNVNRQVRGGSSQRIVSSDQVASTNQHHTSENKAQRNINSTTYITSGSRVEQNVTSAQHLNSRNLSDNVTKTSIEFQRAMHGGNDASYSTTDNSTRSGHHKRTSDLITDSTSTNSILHRKGVSSATEAHHTTSTAAAAQRKSIGNLSERGEYISNSTQSTDRKSISSMHRSTRDNIGVISQHSESDSHRHQIKRDGQSTMTVDRQPKAVVRDNLRIGGEFYGQSEARYGSFSRSEQTQRTDRSERVERVERVARHGHNTSHFVLGDGNTSYKREYTAHVHGVCPATLIESPRTPYKHTRDSREHKFYAQRTTKTPQ

Summary

Uniprot
NA  
ProteinModelPortal
NA  

Ontologies

KEGG
101745941    no KO assigned | (RefSeq) uncharacterized LOC101745941
GO

Topology

Length:
3157
Number of predicted TMHs:
0
Exp number of AAs in TMHs:
0
Exp number, first 60 AAs:
0
Total prob of N-in:
0.00000
outside
1  -  3157
 
 

Population Genetic Test Statistics

Pi
245.200634
Theta
232.974122
Tajima's D
0.013446
CLR
103.711876
CSRT
0.368031598420079
Interpretation
Uncertain
Peptides ×
Source Sequence Identity Evalue
26822097 NISESHTHQTIGSTTITSK 95.45 1e-07
26822097 NISESHTHQTIGSTTITSK 95.45 1e-07
26280517 DIVHDCFPVEFR 95.45 1e-07
26280517 DIVHDCFPVEFR 95.45 1e-07
27102218 DNIRPEGDFDRPDTQK 95.45 1e-07
27102218 DNIRPEGDFDRPDTQK 95.45 1e-07
28467696 DNIIFFADISK 95.45 1e-07
28467696 DNIIFFADISK 95.45 1e-07
26822097 NVEVDIVTDGEK 95.45 2e-07
26280517 DNIHPEGDFQDRPK 95.45 2e-07
27102218 TQWQPGEIPEQVR 95.45 2e-07
26280517 KTPTPPVVVK 100.00 7e-07
26280517 DQPGATEAHPVR 100.00 1e-06
26280517 AIVGASISDIMAK 100.00 1e-05
28467696 AMGMNPGYIK 100.00 1e-05
28556443 VDTENFLSPDTCGGIELVAAR 100.00 1e-05
26280517 TEEVVFR 100.00 7e-05
26280517 IVSINAQHFIK 100.00 1e-04
26280517 TVKPVISSSHAEAR 100.00 2e-04
28467696 TVTQIAIR 100.00 2e-04
28556443 IVSSDQVASTNQHHTSENK 100.00 3e-04
26822097 KPEDNIKPEGDFTTPEK 100.00 0.001
26280517 ITSVTEPFR 100.00 0.001
28467696 IVSSDGHEFIVK 100.00 0.001
28556443 GVSSATEAHHTTSTAAAAQR 100.00 0.001
26822097 NINSTTYITSGSR 100.00 0.009
26280517 DIYNSIAK 100.00 0.009
28467696 DNIFYIYNR 100.00 0.009
26280517 HKEQFESGEMQTK 100.00 0.018
28467696 HPCESIQCGTNSECIISDQEAQCTCK 100.00 0.018
26280517 EPDSSIFNTIR 100.00 0.023
26280517 TNIIPIIEDAR 100.00 0.042
28467696 TPDAITQSNIK 100.00 0.042
26280517 ENPPKHPIVIR 100.00 0.043
26280517 ENPPKHPIVIR 100.00 0.043
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