KAIKObase gene description page [BMgn003683/Gene02858]

Outline

Official gene ID BMgn003683
Local gene ID Gene02858
Chromosome chr5
Start (Chr.) 13604506
End (Chr.) 13616954
Scaffold Bm_scaf9
Start (Scaf.) 4108466
End (Scaf.) 4120914
Direction +

Member sequences

ID Type Representative
NM_001110363.1 publicly available mRNA No
AK377678 full-length cDNA No
AK386871 full-length cDNA Yes
AK386911 full-length cDNA No
BGIBMGA003683 predicted gene No

Representative sequence

Nucleotide

 GCGATCCAAAGAAGACGCCTATAAATAACAAAATGTTCGTTTACTTGATATTTATCGCTTCGTTTTTCTTATTAATTCATTTAGCTTTCAATTATAATTCGAAAGCTGTGATGATGAATAAAGTTCCTGGTCCAAAGTTGTCGTTCATTCTCGGGAATGCACCAGAGATAATGATGTTGTCATCAGTTGAATTAATGAAACTGGGCAGGAAATTCGCAAGTCGCTGGGATGGAATATATAGGATTTGGGCGTTTCCTTTGTCCGTTATAAATATATACAATCCGGATGACGTAGAGGTGATAGTTTCGACCACAAAACACAACGAAAAGAGTTCTGTGTATAAATTTTTGAAGCCGTGGCTTGGGGATGGATTGCTAATAAGTAAAGGAGAAAAATGGCAGCAAAGAAGAAAAATCCTTACGCCCGCTTTCCACTTCAATATCTTGCGACAGTTCAGTGTCATAATTGAAGAAAATTCTCAACGTTTGGTGGAATCATTGGAGAAATGCATCGGAAAACCTATAGACATAGTACCTGTAGTATCAGAGTATACACTGAATTCCATTTGTGAGACCTCAATGGGCACTCAACTAAGCGACAAAACAGAAGATGCGTGGAAGGCATACAAGGACGCCATATATGAGCTCGGACCGTACTTCTTTCAAAGATTCACTAGGGTTTATTTATATTTTGACATTATCTTCTATTTAACATCTTTATGGAGAAAAATGAAAAAACCTTTAAAGTCACTCCACGGATTTACTTCTACCGTTATAAAAGAAAGGAAAATTTACGTTGAACAAAATGGTGTTAAATTCGGCGAGGACGTCAACGATGATGACCTTTACATATACAAAAAGAGGAGAAAAACTGCCATGCTGGATTTACTGATAGCTGCGCAAAAAGACGGAGAGATCGACGATCACGGAATACAGGAAGAAGTGGACACTTTTATGTTCGAAGGTCACGATACCACTGCGTCTGGATTGACATTTTGTTTTATGCTACTCGCCAATCACAGAGCAGTTCAGGATAAGATTGTGGAAGAAATAAATTATATTATGGGAGATTCAACTCGACGCGCGAACTTGGAGGACTTGTCCAAGATGAAGTACTTGGAATGTTGCATTAAGGAGTCTTTAAGACTATATCCACCTGTGCATTTTATTAGCCGTAACTTAAACGAGCCTGTTGTTTTAAGTAACTATGAAATACCCGCCGGTTCGTTCTGCCACATTCACATCTTCGACCTACATCGACGCGCCGACATATACGAAGATCCACTAGTATACGATCCAGATCGGTTCTCTCAAGAAAACAGCAAAGGTCGACATCCGTACGCATACATACCATTCAGTGCTGGACCGAGAAATTGCATTGGTCAGAAATTCGCCATGATAGAAATGAAATCTGCCGTTGCTGAAGTACTGCGAAAATATGAACTTGTGCCGGTAACGCGTCCTTCAGAAATTGAACTTATTGCCGACATCATACTGAGGAACTCTGGCCCGGTTGAGATTACATTTAATAAAAGGACCAAATAAATTCAACTTAAGGTCAAAAGAATATATTTACGACTCGATTAAATTGTGTCCAAGAAAACTGTTAACGCCGGAAATAATAAAATAAAAAAAACAGGACCAAGCATTAGTAAATATGTGTTTTGTTACATATTTAGACGTTACAAATTTAAAATTTAAAGAAAATATATTCACTTAATTTACGCTGCATCCAACAATTGAGTTTCTAAGACTAGTAAAAATGTAATATTATATATTAAAGGAATATTTATGCATTATGTACATAATATGTGCTAGTGCAATATTGTGTTGTGTGTTTTTTGTGTTTATTAACACACATTTATTATGTATTTCAAAACGGTCTGAATGTTTTAATCTTTTTTATGTGTACTAAACATCTATTTTTCTTTATATTTTGTACTTTTATCGTTATAAAATCAGTTTTATCTATAATATTTAATTGTATAAACGCTGAATAAATACATTATACTTTTTGTTTCAAAAAAAAAAAATAAAAAAAAAAAAAAAAAAA 

ORF

 ATGTTCGTTTACTTGATATTTATCGCTTCGTTTTTCTTATTAATTCATTTAGCTTTCAATTATAATTCGAAAGCTGTGATGATGAATAAAGTTCCTGGTCCAAAGTTGTCGTTCATTCTCGGGAATGCACCAGAGATAATGATGTTGTCATCAGTTGAATTAATGAAACTGGGCAGGAAATTCGCAAGTCGCTGGGATGGAATATATAGGATTTGGGCGTTTCCTTTGTCCGTTATAAATATATACAATCCGGATGACGTAGAGGTGATAGTTTCGACCACAAAACACAACGAAAAGAGTTCTGTGTATAAATTTTTGAAGCCGTGGCTTGGGGATGGATTGCTAATAAGTAAAGGAGAAAAATGGCAGCAAAGAAGAAAAATCCTTACGCCCGCTTTCCACTTCAATATCTTGCGACAGTTCAGTGTCATAATTGAAGAAAATTCTCAACGTTTGGTGGAATCATTGGAGAAATGCATCGGAAAACCTATAGACATAGTACCTGTAGTATCAGAGTATACACTGAATTCCATTTGTGAGACCTCAATGGGCACTCAACTAAGCGACAAAACAGAAGATGCGTGGAAGGCATACAAGGACGCCATATATGAGCTCGGACCGTACTTCTTTCAAAGATTCACTAGGGTTTATTTATATTTTGACATTATCTTCTATTTAACATCTTTATGGAGAAAAATGAAAAAACCTTTAAAGTCACTCCACGGATTTACTTCTACCGTTATAAAAGAAAGGAAAATTTACGTTGAACAAAATGGTGTTAAATTCGGCGAGGACGTCAACGATGATGACCTTTACATATACAAAAAGAGGAGAAAAACTGCCATGCTGGATTTACTGATAGCTGCGCAAAAAGACGGAGAGATCGACGATCACGGAATACAGGAAGAAGTGGACACTTTTATGTTCGAAGGTCACGATACCACTGCGTCTGGATTGACATTTTGTTTTATGCTACTCGCCAATCACAGAGCAGTTCAGGATAAGATTGTGGAAGAAATAAATTATATTATGGGAGATTCAACTCGACGCGCGAACTTGGAGGACTTGTCCAAGATGAAGTACTTGGAATGTTGCATTAAGGAGTCTTTAAGACTATATCCACCTGTGCATTTTATTAGCCGTAACTTAAACGAGCCTGTTGTTTTAAGTAACTATGAAATACCCGCCGGTTCGTTCTGCCACATTCACATCTTCGACCTACATCGACGCGCCGACATATACGAAGATCCACTAGTATACGATCCAGATCGGTTCTCTCAAGAAAACAGCAAAGGTCGACATCCGTACGCATACATACCATTCAGTGCTGGACCGAGAAATTGCATTGGTCAGAAATTCGCCATGATAGAAATGAAATCTGCCGTTGCTGAAGTACTGCGAAAATATGAACTTGTGCCGGTAACGCGTCCTTCAGAAATTGAACTTATTGCCGACATCATACTGAGGAACTCTGGCCCGGTTGAGATTACATTTAATAAAAGGACCAAATAA 

Protein

 MFVYLIFIASFFLLIHLAFNYNSKAVMMNKVPGPKLSFILGNAPEIMMLSSVELMKLGRKFASRWDGIYRIWAFPLSVINIYNPDDVEVIVSTTKHNEKSSVYKFLKPWLGDGLLISKGEKWQQRRKILTPAFHFNILRQFSVIIEENSQRLVESLEKCIGKPIDIVPVVSEYTLNSICETSMGTQLSDKTEDAWKAYKDAIYELGPYFFQRFTRVYLYFDIIFYLTSLWRKMKKPLKSLHGFTSTVIKERKIYVEQNGVKFGEDVNDDDLYIYKKRRKTAMLDLLIAAQKDGEIDDHGIQEEVDTFMFEGHDTTASGLTFCFMLLANHRAVQDKIVEEINYIMGDSTRRANLEDLSKMKYLECCIKESLRLYPPVHFISRNLNEPVVLSNYEIPAGSFCHIHIFDLHRRADIYEDPLVYDPDRFSQENSKGRHPYAYIPFSAGPRNCIGQKFAMIEMKSAVAEVLRKYELVPVTRPSEIELIADIILRNSGPVEITFNKRTK* 

Auto annotation result

Program/Analysis Accession Description Score/Expectation
Pfam/Hmmer3 PF02637.13 GatB domain
Pfam/Hmmer3 PF00067.17 Cytochrome P450
BLASTP/NCBI-nr NP_001103833 cytochrome P450 monooxygenase Cyp4M5 [Bombyx mori] gb|ABP87671.1| cytochrome P450 monooxygenase Cyp4M5 [Bombyx mori] 0.0
InterPro IPR001128 Cyt_P450
InterPro IPR017972 Cyt_P450_CS
InterPro IPR002401 Cyt_P450_E_grp-I
Gene Ontology(MF) GO:0009055 electron carrier activity
Gene Ontology(MF) GO:0020037 heme binding
Gene Ontology(MF) GO:0016705 oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen
Gene Ontology(MF) GO:0005506 iron ion binding
Gene Ontology(BP) GO:0055114 oxidation-reduction process

Expression data (EST count)

Paralog/Ortholog genes

Paralogous genes

Gene ID Official gene ID Chr. Chr. start Chr. end Scaffold ID Start End Direction
Gene02857 BMgn003684 chr5 13569380 13603253 Bm_scaf9 4122167 4156040 +

Orthologous genes

Species Gene ID Scaffold ID Start End Direction
D. plexippus DPOGS212789 DPSCF300788 3569 8071 +
D. plexippus DPOGS215623 DPSCF300041 2050307 2054669 -
D. plexippus DPOGS215624 DPSCF300041 2043909 2048015 -
D. plexippus DPOGS201061 DPSCF300497 28139 34711 +
H. melpomene HMEL003581 HE669216 221 6396 -
H. melpomene HMEL003582 HE669216 10610 15956 -
H. melpomene HMEL008768 HE670829 269104 275154 -
H. melpomene HMEL008770 HE670829 276044 282180 -
H. melpomene HMEL003583 HE669216 15932 24633 -
H. melpomene HMEL005934 HE672016 217852 224091 +
H. melpomene HMEL005933 HE672016 212577 216975 +
M. sexta Msex003511-RA scaffold00046 377965 418320 +
M. sexta Msex011453-RA scaffold00314 11735 54522 +
P. xylostella Px015962.1 scaffold_754 4909 10482 -
P. xylostella Px006053.5 scaffold_214 48369 61660 -