SGID Silkworm Genome Informatics Database
Gene
KWMTBOMO16423  Validated by peptides from experiments
Pre Gene Modal
BGIBMGA013860
Annotation
reverse_transcriptase_[Bombyx_mori]
Location
Bomo_Chr28(+):9266437-9291360      View in EpiBrowser
Location in the cell
Mitochondrial   Reliability : 1.627 Nuclear   Reliability : 1.154
 

Sequence

CDS
ATGAAGTTTTACATATTCGTTGCTTTAATTTTAACTAACGGTAAAGAAGCGGCGCGGATTTTGGGGGTTTTTCCGGTGCCCTCAATCAGCCACCAAGTGGCTTTCCGACCTTTAACATTAGAGCTAGCAAAACGAGGCCACGAGCTAGTCGTCCTCACGCCAGATTCTGTCTTCGCTAAAGGGAAATCTCCAGAAAACTACACAGAAATAGATGTCCATGACATATCTTACCAAATTTGGACAAAAAGCTTCCTTGAAACATCAAGAGGAAAACGTCAAGATCTCTTCGAACAAACTAGAGTAGCAATGGATATACTGTATGATATTTTTTCCCAACAATTATTGACCGATGAGTTCCAAGCTATACTAAAAAGCAAAAAAAAGTTCGATTTGCTAATTCTAGAAGCCATAGTGAGACCGGCCAGGATTCTTTGTCACGTGTTCAATGCACCCGCTGTCATCATAAGTTCTTTCGGCGGCTTTGGAGATATTTATGACATAGTTGGAGCCGCAACCCATCCATTGCTGTATCCAGTTGTGACGCGGCAAAAACTTTACAATCTATCGTTTTGGGAAAAGTTAAGTGAAATGCATAATCGTTATACCTTTACCCGCATGTGGAAAGAGTTCGACAAGAAAGAGAATGAGATGGTTAAGAGCGTCTTTGGCCCCAATATCCCATATTTAAGCGAAATGGTGGATAGAATCAGCTTGATACTATTGAACGTACATTCGACCTGGGAACAGAATCGTCCGGTTCCACCGAATTTTATTTACGTTGGAGGAATCCATCAGAAGCCACAACAGGAATTGCCTTCGGATCTTAAAACCTATTTAGATTCATCCAAACACGGGGTGATATACATCAGTTTTGGGACGAACGTGATACCTTCGCTGTTGCCACCAGAACGAATCCAAATCCTGATTAAAGTGTTCTCCCAACTGCCCTACGATGTGCTGTGGAAGTGGGATAAAGATGAGCTGCCGGAAAAGTCGAAAAACATCAGGATTTCAAAGTGGCTGCCACAATCTGATCTGCTTAGGCATCCAAAGATCAAAGTTTTCATTACCCAAGGTGGTCTGCAGTCAACAGAAGAAGCAATCACTGCCGGAGTACCCCTAATTGGGATGCCGATGCTGAGCGACCAGTGGTACAACGTGGAGATGTACTTGATTCATAAAATCGGATTAAGACTTGAGCTGGATGAGCTTTCTGAAGAGAGACTCCGGAATAACATTGAAGAGATCATCGATAACGAAAGCTATCGTCAGAACATAGCTCGTCTCCGGAGCCAGATGTACGACCAGCCTCAGAGCTCATTGGAGCGCGCCGTGTGGTGGACGGAGCACGTGCTGCGTCACGGAGGAGCCCAGCATCTCCGAGCTGCCGGCGCCAATCTATCCTGGTCACAATACTTGGAATTGGAATTAGTTTCAGTATTACTCAACATAGAAATGAAGTTTTATATATTACTTGCTTTAATTTTAACTGACGGGAAAGAAGCGGCACGGATTTTGGGCGTTTTTCCGGTGCCCTCAATCAGCCACCAAGTGGCTTTCCGACCTTTAACATTAGAGCTAGCAAAACGAGGCCACGAGCTAGTCGTCCTCACGCCAAACCCTGTCTTCGCTAAAGGGAAATCTCCAGAAAACTACACAGAAATAGATGTCCATGACATATCTTACCAAATTTGGACAAAAGGCTTCCTTGAAACATCAAGAGGAAAACGTCAAGATATCTTCGAACAATCTAGAGTAGCAATGGATGTACTGTATGATATTTTTTCCCAACAATTATTGACCGATGAGTTCCAAGCTATACTAAAAAGCGAAAAAAAGTTCGATTTGCTAATTTTAGAAGCCATGATGAGACCGGCCAGGATTCTTTGTCACGTGTTCAATGCACCCGCTGTCATCATAAGTTCTTTCGGCGGCATTGGAGATATTTATGACACAGTTGGAGCCGCAACCCATCCATTGCTGTATCCAATTGTGACGCGGCAAAAACTTTACAATCTATCGTTTTGGGAAAAGTTAAGTGAAATGCACAATCATTATACCTTTGAACGCATGTGGAAAGAGTACGACAAGAAAGAGAATGAGCTGGTTAAGAGCGTCTTTGGCTCCAATGTCCCAAGTTTAAGCGAAATGGTGGATAGAATCAGCTTGATACTATTGAACGTACATTCGATTTGGGAACAGAATCGTCCGGTTCCACCGAATCTTATTTACGTTGGAGGAATCCATCAGAAGCCACAACAGGAATTGCCTTCGGAGGAGAGGGAGCTATTTTCCCCTCGGGTCTCTTTGGCGCGCTCGCCGCCTAGGGGACCGACTGCACCTCTGCCGGCGCCTATGCCGCCGCCGGCCCCCCGGGGGGTTAGGGCGGGAGCGGCTATGAGTGCCAAAGGCCGGAGGACCGGCCTGCATATCCCGGTTGCTTCTGGACTGTCGTCCTCGGCGCCTGTCACCCCGGTTGACCCAGTGGCTGGTGTCCCTAGCTTCCCCATTCCTGTTGCGTCGGGGGCTCCGACTGGACCCCTTGATGTAGCAGCGCAGGGGAGGCTGGAGCTGCTCGAGCGGGCAAACCGAGCGGTGCGCGGGATCATGTCGGTGGCGACGGCGGCATCTAAGCTCAATAAGTCGGAGGTCAATCTAATCTCTGAACTCGGTCGCGATATCCTGGCCGTAGTTGGGGCCCTCGGGATCCAGCTCTCTGATAAGGAGCTGGTGGTCGAAAGGCTCCGCTCGGCAGAGGCCTCTGCACGGCGTGACTCCGTGGCGCCTTCGATGGCTGCTGGTGCGGCGGCCGGGTCTGGGACTGGGCCTGCGACCTTCGCCACTGTCCTCAGGACGGGCCCTGGTGGGGTCCCGAGGTCCATTGGGGCCTCTCAGGGGCCTTCCTTGGCATTCTACCCGTCCGAGGGCAATGCGGAACTGAAGACAGCTGAGGACACAAAGAAAGAGGTAAAAAAGGCCATTGACCCTAAGTCAATGGCTATTGGAATACAGAGCGTAAGGAAGGTTGGGAATGCGGGGGTAGTGGTGCAGACCACGTCCCCCGCGGCCGCAGTCAAGCTTAGAAATGCTGCCCCGCCATCACTGAGAGTCACCGAACCCAGGCGCCGACAGCCCTTAGTAGCTGTCAATGGCGTGGAGGGCGACCCCTGCTTCGAGGAGGTAATCGAGTGCCTGGCTAGCCAGAACCTCGACCCGGAGGAGTGGCCCCTCACTAGGGTACGAGCGGAGCTCACGGGGGCGTTCAAAAAGGGGAGGCGACAATCCAACAACACTACTGTGGTGTTTAACGCCTCCCCTCGCATCAGGGACGCCCTCGTGAAGATTGGCAGAGTGTATGTGGGGTCGAGTATGGATATTAGGCCCCGACTTCGTATTGGCCAAATCAATCTGGGTGGTGCAGAGGATGCGACGAGGGAGCTACCCTCCATTGCACGGGATCTCGGCCTGGATATTGTTCTTGTACAGGAACAATATTCCATGGTCGGGTTCCTAGCCCAATGTGGAGCACACCCCAAGGCGGGTGTGTATATCCGCAATAGGGTGCTCCCCTGCGCGGTTCTGCACCACCTTAGCAGCACACATATAACGGTAGTGCACATTGGGGGGTGGGACTTATATATGGTGTCTGCGTACTTCCAGTATAGTGACCCTATTGACCCATACCTGCACCGGCTCGGGAATATTCTTGACCGGCTGCGGGGGGCTCGGGTCGTTATCTGCGCAGACACTAATGCCCACTCGCCATTGTGGCACTCGCTGCCCAGGCACTACGTCGGTCGGGGTCAGGAAGTGGCTGACCGCCGCGCCAAGATGGAGGATTTCATTGGGGCGAGGCGGTTGGTCGTCCATAACGCGGATGGCCACCTGCCGACCTTCAGTACGGCGAACGGAGAATCTTATGTCGATGTCACGCTGTCTACGCGGGGAGTACGCGTGTCTGAATGGCGTGTAACTAATGAATCATCGAGCGATCACCGGCTCATTGTGTTTGGGGTGGGGGGCGGTACAACAGGGGAGCGGGACGAGGACGAGGAGGCGCGGAGCGATTTGAGGCCGGGCGAGCCGTGCGCACTGCGTCGGTACCGGGACCGTGGGGTGGATTGGGACCTCTTCAGATCGCGTATCCACGAGCGAATGGGGAGTCTGGACCTCGAGGAACCTGTGGCTGCCCTTTGCGAAAAATTTACCGGGGTTATAACTCGCACAGCTGAAGAATGCTTAGGATCACTGAAAGCAGATAGAACTGACAGGGGTTATGAGTGGTGGACCCCAGTACTCGATAAGCTTAGGGTAGCCCAGGGTAGGGCCAGGCGTCGATGGCAAAAGGCCCGCCGAACGGGGGGTGAGGAAGAGGAGCAGTCTGGGAGAGTCTTCCGCGACCGCAGGCGCGAGTATCGAAGAGCGATGCATGACGCTGAGACCGCCTTTTACCGGGAGATCGCTGAAGGGGGAAACCGTGACCCGTGGGGACTAGCGTATCGGACGGCGAGTGGTAGGCGACGCGCACCAACTAATGTGGTTAACGGGGTGGAGTATGCGGGGCGGTGCTCGGATGATGTGAGTGGGGCCATGCGCACCTTGATGTGGGCGCTGTGTCCGGATGACTATATGTCTCGGGACACTCCGTACCATGCGCGGGTGCGTATCATGGCCGCGCTCCCCCCATCCGGGCGGGACGCAGACCCGCTGAGCAAAGACTCCCTTCGTGCCATAATTGGCTCACTGAAGAATACCGCACCGGGCATCGACGGTTTAACGGCGCGCATTATCAAAAAGGCACTTCCGGCTGCTGAGGCCGAGTTCGTGGCCGTATACGCACGGGGAAAGTTTCAGCGTCCCCCTATAGTCCGGTACGGCAGTCATGTCATTCGGTTCGAGAACCAGGTGACGGTGTTGGGCGTCGTCTTCGACGATTGCCTCTCTTTCGCGCCGCATGCGGCGGCCATTGGCGAGAGGGCGAGCAGGTGCTTCGGCAAGATGTCTAGAGTTTCGGCTTCGGCTTGGGGGCTGCGATATAGGGCTTTGCGTGTCTTGTACATGGGCACTTATGTTACAACCCTTACCTATGCGGCGGCCGTATGGTATTTGCGGGCTGCTGTGCACGTCGTGCGCAGCGTGCTGCTTAGGACGCAGCGCCCGTCGTTGACGCTGCTAACGAAGGCCTACCGTTCGTGCAGCACGGCTGCTTTGCCGGTGTTGGCGGGCGTCCTGCCGGCGGACCTGGAGGTGACTCGTGCTGGACGGAGGATGCGGGAGTGCGAAGGATTGGCGCGGGAGTTGGCGGCGGAGAGACGACGACGGATCGACGGCGATGTCTTGGTAGTTTGGCAGAACAGGTGGGTGTCTGAGGGTAAGGGGAGGGAACTGTACAAGTTCTTTCCCGATGTTGCGGACAGGAAGAAGGCAACGTGGATGGAGCCGGACTATCAGACCTCGCAGATCCTCACGGGTCATGGGATCTTTAATAAGCGGTTGGCGGATATGCGACTGAGGGAGGGGCATGCTTGCGACTGCGGGGCGGTTGAGGAGGATAGGGACCATGTCCTGTGGGAGTGTCCTCTCTATGACGAAATCCGGGGCAGGATGCTCGATGGAATCTCGCGGTCTGAGGTGGGCCCAGTTTACCACGCGGACCTGGTCAGGGACGAGAAAAATTTTCGGCTCTTGCGCGAGTTCGCGCATACATGGCACACGGCGCGCACTGCGCGCGAATCACGAGGACTGCCTGGCGACGAAGAATGGCATCCAAAGATCAAAGTTTTCATTACCCAAGGTGGTCTGCAGTCAACAGAAGAAGCGATCACTGCCGGAGTACCCCTAATTGGGATGCCGATGTTGGGCGACCAGTGGTACAACGTGGAGATGTACTTGATTCATACAATCGGATTAAGACTTGAGCTGGATGAGCTTTCTGAAGGGAGACTCCGGAATAATATTGAAGAGATCATCGATAATGAAAGCTATCGTCAGAACATAGCTCGTCTCCGGAGCCAGATGTACGACCAGCCTCAGAGCTCATTGGAGCGCGCCGTGTGGTGGACGGAGCACGTGCTGCGTCACGGAGGAGCCCAGCATCTCCGAGCTGCCGGCGCCAATCTCTCCTGGTCACAATACTTGGAATTGGAATTAGTTTCAGTATTACTCATTAGTTTTCTTATAACACTAACGATTTTGAGTTACATTATATTGTATTTATGGAGGCTTCTACGTACTTACAAAGATATAGTTAAAATTAAAAGATCTTAA
Protein
MKFYIFVALILTNGKEAARILGVFPVPSISHQVAFRPLTLELAKRGHELVVLTPDSVFAKGKSPENYTEIDVHDISYQIWTKSFLETSRGKRQDLFEQTRVAMDILYDIFSQQLLTDEFQAILKSKKKFDLLILEAIVRPARILCHVFNAPAVIISSFGGFGDIYDIVGAATHPLLYPVVTRQKLYNLSFWEKLSEMHNRYTFTRMWKEFDKKENEMVKSVFGPNIPYLSEMVDRISLILLNVHSTWEQNRPVPPNFIYVGGIHQKPQQELPSDLKTYLDSSKHGVIYISFGTNVIPSLLPPERIQILIKVFSQLPYDVLWKWDKDELPEKSKNIRISKWLPQSDLLRHPKIKVFITQGGLQSTEEAITAGVPLIGMPMLSDQWYNVEMYLIHKIGLRLELDELSEERLRNNIEEIIDNESYRQNIARLRSQMYDQPQSSLERAVWWTEHVLRHGGAQHLRAAGANLSWSQYLELELVSVLLNIEMKFYILLALILTDGKEAARILGVFPVPSISHQVAFRPLTLELAKRGHELVVLTPNPVFAKGKSPENYTEIDVHDISYQIWTKGFLETSRGKRQDIFEQSRVAMDVLYDIFSQQLLTDEFQAILKSEKKFDLLILEAMMRPARILCHVFNAPAVIISSFGGIGDIYDTVGAATHPLLYPIVTRQKLYNLSFWEKLSEMHNHYTFERMWKEYDKKENELVKSVFGSNVPSLSEMVDRISLILLNVHSIWEQNRPVPPNLIYVGGIHQKPQQELPSEERELFSPRVSLARSPPRGPTAPLPAPMPPPAPRGVRAGAAMSAKGRRTGLHIPVASGLSSSAPVTPVDPVAGVPSFPIPVASGAPTGPLDVAAQGRLELLERANRAVRGIMSVATAASKLNKSEVNLISELGRDILAVVGALGIQLSDKELVVERLRSAEASARRDSVAPSMAAGAAAGSGTGPATFATVLRTGPGGVPRSIGASQGPSLAFYPSEGNAELKTAEDTKKEVKKAIDPKSMAIGIQSVRKVGNAGVVVQTTSPAAAVKLRNAAPPSLRVTEPRRRQPLVAVNGVEGDPCFEEVIECLASQNLDPEEWPLTRVRAELTGAFKKGRRQSNNTTVVFNASPRIRDALVKIGRVYVGSSMDIRPRLRIGQINLGGAEDATRELPSIARDLGLDIVLVQEQYSMVGFLAQCGAHPKAGVYIRNRVLPCAVLHHLSSTHITVVHIGGWDLYMVSAYFQYSDPIDPYLHRLGNILDRLRGARVVICADTNAHSPLWHSLPRHYVGRGQEVADRRAKMEDFIGARRLVVHNADGHLPTFSTANGESYVDVTLSTRGVRVSEWRVTNESSSDHRLIVFGVGGGTTGERDEDEEARSDLRPGEPCALRRYRDRGVDWDLFRSRIHERMGSLDLEEPVAALCEKFTGVITRTAEECLGSLKADRTDRGYEWWTPVLDKLRVAQGRARRRWQKARRTGGEEEEQSGRVFRDRRREYRRAMHDAETAFYREIAEGGNRDPWGLAYRTASGRRRAPTNVVNGVEYAGRCSDDVSGAMRTLMWALCPDDYMSRDTPYHARVRIMAALPPSGRDADPLSKDSLRAIIGSLKNTAPGIDGLTARIIKKALPAAEAEFVAVYARGKFQRPPIVRYGSHVIRFENQVTVLGVVFDDCLSFAPHAAAIGERASRCFGKMSRVSASAWGLRYRALRVLYMGTYVTTLTYAAAVWYLRAAVHVVRSVLLRTQRPSLTLLTKAYRSCSTAALPVLAGVLPADLEVTRAGRRMRECEGLARELAAERRRRIDGDVLVVWQNRWVSEGKGRELYKFFPDVADRKKATWMEPDYQTSQILTGHGIFNKRLADMRLREGHACDCGAVEEDRDHVLWECPLYDEIRGRMLDGISRSEVGPVYHADLVRDEKNFRLLREFAHTWHTARTARESRGLPGDEEWHPKIKVFITQGGLQSTEEAITAGVPLIGMPMLGDQWYNVEMYLIHTIGLRLELDELSEGRLRNNIEEIIDNESYRQNIARLRSQMYDQPQSSLERAVWWTEHVLRHGGAQHLRAAGANLSWSQYLELELVSVLLISFLITLTILSYIILYLWRLLRTYKDIVKIKRS

Summary

Uniprot
NA  
ProteinModelPortal
NA  
PDB
2EI9     E-value=1.53799e-128,     Score=1183

Ontologies

KEGG
100862804    K00699 glucuronosyltransferase [EC:2.4.1.17] | (RefSeq) UGT33D6; UDP-glycosyltransferase UGT33D6
PATHWAY
00040    Pentose and glucuronate interconversions - Bombyx mori (domestic silkworm)
00053    Ascorbate and aldarate metabolism - Bombyx mori (domestic silkworm)
00830    Retinol metabolism - Bombyx mori (domestic silkworm)
00860    Porphyrin and chlorophyll metabolism - Bombyx mori (domestic silkworm)
00980    Metabolism of xenobiotics by cytochrome P450 - Bombyx mori (domestic silkworm)
00982    Drug metabolism - cytochrome P450 - Bombyx mori (domestic silkworm)
00983    Drug metabolism - other enzymes - Bombyx mori (domestic silkworm)
01100    Metabolic pathways - Bombyx mori (domestic silkworm)
GO
GO:0008152   GO:0016758   GO:0016999   GO:0008270   GO:0043565   GO:0005839   GO:0051603   GO:0046835   GO:0006281   GO:0006259  

Topology

SignalP
Position:   1 - 17,         Likelihood:  0.791192
 
 
Length:
2088
Number of predicted TMHs:
1
Exp number of AAs in TMHs:
30.03873
Exp number, first 60 AAs:
0.07116
Total prob of N-in:
0.01142
outside
1  -  2050
TMhelix
2051  -  2073
inside
2074  -  2088
 
 

Population Genetic Test Statistics

Pi
25.270257
Theta
149.235143
Tajima's D
1.898126
CLR
0.132405
CSRT
0.863706814659267
Interpretation
Uncertain

Multiple alignment of Orthologues

 
 

Gene Tree

 
 
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