AT5G36220

Gene Details:

Gene ID: AT5G36220
Gene Symbol: CYP81D1, CYP91A1
Gene Name: cytochrome P450, family 81, subfamily D, polypeptide 1, CYTOCHROME P450 91A1
Description: cytochrome p450 81d1;(source:Araport11)
TAIR Accession: locus:2183597
Genome: Araport11_genome_release
Species: Arabidopsis thaliana

Transcripts:

AT5G36220.1 AT5G36220.2

Gene Ontology:

GO:0009507 — located in — chloroplast
GO:0016709 — enables — oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen, NAD(P)H as one donor, and incorporation of one atom of oxygen
GO:0002213 — acts upstream of or within — defense response to insect
GO:0009414 — acts upstream of or within — response to water deprivation
GO:0071396 — acts upstream of or within — cellular response to lipid
GO:1901701 — acts upstream of or within — cellular response to oxygen-containing compound
GO:0009753 — acts upstream of or within — response to jasmonic acid
GO:0043436 — acts upstream of or within — oxoacid metabolic process
GO:0009611 — acts upstream of or within — response to wounding
GO:1901135 — acts upstream of or within — carbohydrate derivative metabolic process
GO:0007165 — acts upstream of or within — signal transduction
GO:0032870 — acts upstream of or within — cellular response to hormone stimulus
GO:0014070 — acts upstream of or within — response to organic cyclic compound
GO:0009737 — acts upstream of or within — response to abscisic acid
GO:0006979 — acts upstream of or within — response to oxidative stress
GO:0016705 — enables — oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen
GO:0016020 — is active in — membrane
GO:0020037 — enables — heme binding
GO:0005506 — enables — iron ion binding
GO:0031347 — acts upstream of or within — regulation of defense response

Literature:

Sequence:

cDNA Sequence

>AT5G36220.2 TATGTCTTCAAGCTGTAAGTGGTAGATCTACTATTGTACAATTATGATCTAAAAGAAGACAACACTTAGTGAAAAAAAAAAAAAGTTCATACATCTTATTTAGTCTCATCCCGTCACGATCCTTATTTTTAATTATTAAATCCTAATTACCAAACGTGTCGAAATTCGAATAATATAACCAACTTTTTGATTTTTGATTTTTCTAAACTTCATCATATAAACAACTTTACTAAAGAGGACAAGAAAAAAAAGAAGAAGCAAACAGTCAAATGGAAGAAACCAACATTAGAGTTGTTCTCTACTCCATTTTCTCTCTCATCTTCTTGATAATCTCTTTCAAGTTCTTAAAACCAAAGAAACAGAATCTTCCACCGTCTCCGCCGGGATGGTTGCCAATAATAGGCCATCTCCGCCTTCTGAAGCCACCCATCCACCGCACCCTCCGCTCCTTCTCCGAGACCCTCGACCACAACGATGGTGGCGGCGTGATGTCCCTCCGACTTGGATCCCGTCTAGTCTACGTGGTGTCGTCACATAAGGTTGCGGCAGAGGAGTGCTTTGGCAAGAACGACGTCGTTCTAGCTAACCGGCCACAGGTGATCATCGGAAAACATGTTGGTTATAACAATACAAACATGATCGCTGCACCTTACGGTGATCACTGGCGTAACCTCCGTCGCCTCTGCACTATCGAGATCTTTTCAACACACCGCCTTAACTGCTTTCTTTATGTCCGTACCGACGAAGTACGTCGCCTTATAAGCCGCCTCTCTCGTCTCGCAGGTATATATGTATTAATGTATATGCTACAAGTGCTTTCATCATTCGTTGACTTTTCATTTATGTTTGTCTTATCTTAGTGTTATAGTGACCACAAAAAATTGAAATATGATTATATGAAATAATGATGATACGAAAATAAGGATGAGATAGCTTGTGGTGGCCGTAATTGATGAATAGAATGAGTTTCTTTTGCAAAGTCGAAATACTAAAATGTACGTATTACGAAAATAAAGTTTTTATTAAAAATTTAAAATATGTTACATAGTAATGACTAATGAGAAAAGTTTTGTCACATGTGTTTTTTTCATCGTCGTGAAGTTTGTTGATAAAGACTAGTCAACTTTTCAATTTTTTTTGGTGTTATTTAAGTGCTAATTATATTGACCACTGAGTCTTTGTGGGCGTCAATCGTACCATGAAGATTTCTTAAAACTCTTTTACTTTTAGAACGTTTTACGTCAATATTTTTAGAATAGAGATTTCTAAAAACATTTTACAAAGTAATGAAGAAAAGCTCGACTACTCTATTTTTGGTTCTCGTTTGGTTCTCGATTTTCCTTTTTCTTTTAATAATTGCAGGAACCAAAAAAACTGTTGTGGAATTGAAACCAATGCTTATGGACTTGACATTCAACAACATAATGAGAATGATGACCGGAAAACGATACTACGGTGAAGAAACAACCGATGAGGAAGAAGCAAAGCGTGTCCGTAAGTTGGTAGCAGATGTTGGGGCTAACACGAGTTCAGGCAACGCCGTTGACTACGTCCCCATCCTCAGACTGTTTTCAAGTTATGAAAATAGGGTTAAAAAGTTAGGAGAGGAGACAGATAAGTTTTTACAAGGTCTCATTGACGATAAACGTGGGCAACAAGAAACCGGTACTACAATGATCGATCATTTGCTTGTCCTCCAAAAATCTGATATTGAGTATTACACTGATCAAATCATCAAAGGCATCATACTGATAATGGTAATAGCAGGGACTAACACATCAGCAGTCACTCTAGAATGGGCACTTTCCAATTTGCTTAACCATCCTGACGTAATATCTAAAGCGAGAGACGAAATCGATAACCGGGTTGGTTTAGACCGGCTTATCGAAGAAGCAGATCTTAGCGAGCTACCATATCTAAAGAACATTGTCCTTGAGACCCTTAGGCTACACCCAGCTACACCATTGCTAGTCCCACACATGGCATCAGAAGATTGCAAGATAGGATCCTACGATATGCCACGTGGTACAACGTTGTTGGTGAATGCATGGGCCATACATAGGGATCCAAACACGTGGGATGATCCGGATAGCTTTAAACCAGAGCGGTTTGAGAAAGAAGAGGAAGCACAAAAGCTTCTGGCGTTTGGATTAGGTAGAAGAGCGTGTCCTGGATCGGGTCTGGCCCAACGAATCGTGGGACTAGCTCTCGGGTCATTGATACAATGCTTTGAATGGGAGAGAGTTGGGAATGTGGAAGTGGATATGAAGGAAGGAGTTGGGAATACTGTACCCAAAGCGATTCCTTTGAAAGCTATTTGCAAAGCTCGTCCATTTCTACATAAGATTATTTCCTAAAATTGTTGAAACTACGAATAAAAGATGTGTGACATGTTAATGCAAATCAATGATTCTCTCTACATGTAAAATCTTGATGGATTATTATGGCTATCTTAATTATTTTTAATAAGTGTTACTAGCAGATTTATAGAAAAGCAATCGAGTATTATAA
>AT5G36220.1 TATGTCTTCAAGCTGTAAGTGGTAGATCTACTATTGTACAATTATGATCTAAAAGAAGACAACACTTAGTGAAAAAAAAAAAAAGTTCATACATCTTATTTAGTCTCATCCCGTCACGATCCTTATTTTTAATTATTAAATCCTAATTACCAAACGTGTCGAAATTCGAATAATATAACCAACTTTTTGATTTTTGATTTTTCTAAACTTCATCATATAAACAACTTTACTAAAGAGGACAAGAAAAAAAAGAAGAAGCAAACAGTCAAATGGAAGAAACCAACATTAGAGTTGTTCTCTACTCCATTTTCTCTCTCATCTTCTTGATAATCTCTTTCAAGTTCTTAAAACCAAAGAAACAGAATCTTCCACCGTCTCCGCCGGGATGGTTGCCAATAATAGGCCATCTCCGCCTTCTGAAGCCACCCATCCACCGCACCCTCCGCTCCTTCTCCGAGACCCTCGACCACAACGATGGTGGCGGCGTGATGTCCCTCCGACTTGGATCCCGTCTAGTCTACGTGGTGTCGTCACATAAGGTTGCGGCAGAGGAGTGCTTTGGCAAGAACGACGTCGTTCTAGCTAACCGGCCACAGGTGATCATCGGAAAACATGTTGGTTATAACAATACAAACATGATCGCTGCACCTTACGGTGATCACTGGCGTAACCTCCGTCGCCTCTGCACTATCGAGATCTTTTCAACACACCGCCTTAACTGCTTTCTTTATGTCCGTACCGACGAAGTACGTCGCCTTATAAGCCGCCTCTCTCGTCTCGCAGGTATATATGTATTAATGTATATGCTACAAGTGCTTTCATCATTCGTTGACTTTTCATTTATGTTTGTCTTATCTTAGTGTTATAGTGACCACAAAAAATTGAAATATGATTATATGAAATAATGATGATACGAAAATAAGGATGAGATAGCTTGTGGTGGCCGTAATTGATGAATAGAATGAGTTTCTTTTGCAAAGTCGAAATACTAAAATGTACGTATTACGAAAATAAAGTTTTTATTAAAAATTTAAAATATGTTACATAGTAATGACTAATGAGAAAAGTTTTGTCACATGTGTTTTTTTCATCGTCGTGAAGTTTGTTGATAAAGACTAGTCAACTTTTCAATTTTTTTTGGTGTTATTTAAGTGCTAATTATATTGACCACTGAGTCTTTGTGGGCGTCAATCGTACCATGAAGATTTCTTAAAACTCTTTTACTTTTAGAACGTTTTACGTCAATATTTTTAGAATAGAGATTTCTAAAAACATTTTACAAAGTAATGAAGAAAAGCTCGACTACTCTATTTTTGGTTCTCGTTTGGTTCTCGATTTTCCTTTTTCTTTTAATAATTGCAGGAACCAAAAAAACTGTTGTGGAATTGAAACCAATGCTTATGGACTTGACATTCAACAACATAATGAGAATGATGACCGGAAAACGATACTACGGTGAAGAAACAACCGATGAGGAAGAAGCAAAGCGTGTCCGTAAGTTGGTAGCAGATGTTGGGGCTAACACGAGTTCAGGCAACGCCGTTGACTACGTCCCCATCCTCAGACTGTTTTCAAGTTATGAAAATAGGGTTAAAAAGTTAGGAGAGGAGACAGATAAGTTTTTACAAGGTCTCATTGACGATAAACGTGGGCAACAAGAAACCGGTACTACAATGATCGATCATTTGCTTGTCCTCCAAAAATCTGATATTGAGTATTACACTGATCAAATCATCAAAGGCATCATACTGATAATGGTAATAGCAGGGACTAACACATCAGCAGTCACTCTAGAATGGGCACTTTCCAATTTGCTTAACCATCCTGACGTAATATCTAAAGCGAGAGACGAAATCGATAACCGGGTTGGTTTAGACCGGCTTATCGAAGAAGCAGATCTTAGCGAGCTACCATATCTAAAGAACATTGTCCTTGAGACCCTTAGGCTACACCCAGCTACACCATTGCTAGTCCCACACATGGCATCAGAAGATTGCAAGATAGGATCCTACGATATGCCACGTGGTACAACGTTGTTGGTGAATGCATGGGCCATACATAGGGATCCAAACACGTGGGATGATCCGGATAGCTTTAAACCAGAGCGGTTTGAGAAAGAAGAGGAAGCACAAAAGCTTCTGGCGTTTGGATTAGGTAGAAGAGCGTGTCCTGGATCGGGTCTGGCCCAACGAATCGTGGGACTAGCTCTCGGGTCATTGATACAATGCTTTGAATGGGAGAGAGTTGGGAATGTGGAAGTGGATATGAAGGAAGGAGTTGGGAATACTGTACCCAAAGCGATTCCTTTGAAAGCTATTTGCAAAGCTCGTCCATTTCTACATAAGATTATTTCCTAAAATTGTTGAAACTACGAATAAAAGATGTGTGACATGTTAATGCAAATCAATGATTCTCTCTACATGTAAAATCTTGATGGATTATTATGGCTATCTTAATTATTTTTAATAAGTGTTACTAGCAGATTTATAGAAAAGCAATCGAGTATTATAA

CDS Sequence

Protein Sequence