result

Gene information

Detail information of g35578

Location

Gene	Chr	Start	End	Strand
g35578	Scaffold_21156:HRSCAF_204543	368059	383138	+

Sequences

CDS

Protein

Gene

>g35578.t1
ATGCTCTTGATTTGCAATGTATTTAATTCAAGGAATAAAATGTAACAGGATTATACGGAAACTGGACCAAAAGCGATCGTCATATTTGATGGAGCTATGGAGCTATAAGCATACCAAGGGGAAATATTGAACATCACAACCGCGTTGATTTACGTGCTCTGCCACCATTATCTGTTGGAAGGTAGCATTCCTTGCATATTGGTTAGCTTTTTCTGAATTTATGATCATTTTTCTAAAGATAGGGGTTTAATTGGACTGGTACATAAATGCTATAGATTAAAGTTGATTATTATTGAATTCCAACACAATACACATTTACAAACATGAAGAACAGCATGGTAGAAAAATTTAGCAGACCAATGTCATAATTATTTTTGGCTGTAATTTTATTTTTATAATATTCATATAGTTTCACATGTTATGTTTCTTGCCATCTACTCCTTTCTATCAAATTTATAGGTTAGGTGAGTGTTTAGGTTCACATAGCTTCTCTTTTTTATGTATTGTTTTAAAAGATATTTTTAAATTGATGGAGGTTCTCAAGAAAAACACAGAGTACAATTGGCATATTGTTTGCTTACATGATGCAGATTGTAAAATTGTGATGAGAAACCCTCTACAACTTGATGTTTCATGGCTGATACCTTTTTACAAATATAATTTTTCGAAAACAAGAGCATTGCTAATTAGTCTGAGTATTATTTTCTTAGCTAATTCAGGAGCATTGCTATTTAATGTTCACATGTTCCTCTTCTTTAGAAATGTTAGCTACAAGTTTACTACCATACTTATTTACACAAAGCTTAAAAACTGAAACAAGAGAAGACTATAAATAGTTGCAAAATCCAAAGATTCTATAACAATAATATTCATAAAAATAATATGCAATCTAGGAAAATAAAACAACAGTGATTGTTTGAACCACACTATTAGAGTCGTAAGCGAGTTGATATAAGGCGTTGGTAAAATGGGCATATATGCAGTTTCTCTCCACACTTCTGGCAAGCCTGCAGTTAGAAAATTATCGGCGTAACAGATCGAATAAGAATTTTAATTTTATTTTAAATTTAATTATAAATTTTAATTTAATTTAATTTTGGATTGTGTCACCTAATGCCCACATCCGAAAGCAAGATCCTTTGCTTGGTAAAGACATATAGGACACCGCTGTCATGAAATCGATATATGAAAAATATAAAAAGTTAAAACTCATATGTAGATACCATGAACATGTATAAGGGGGTAGTAACTTCTACAACAGGCTTAAATGAGAGAGTAAGAAAATAGTGATACTCTTTTTATAATTTAGTATCCAAGTTCTTTGAGAAAATAGATTTAAGTATCCATTTTCATTGTTGCTTACTTTCTTAGACTTTCCAATGCCTATGCTTATCCGTCTCCAGTAGTAAAGCTATCCCAATGTGATAGCTCTCTTTCACCATTTCTTTGTGCACACCAGTAAAAATCATAATCTTCTTTCCCTTGTTAATTACTTTTCTAATAAATGGCGGTATTAGTCACCATTTAGCATGATTTTTAGGATGTAGGATGGTTAAGCTATCAATCAATACATTTGTCCTGTATTTAATGAATGATATGCAATCATATTGAACTGATCACTCCGAATGACGACAATGGAAATTAAGACGATTTTTATACATAGACTATAGCTATGAGCAATCAACCTACGTTGTAATGTTAGCATTATAATTTTGTAATATAATGAATTAACATTTGCAGTACATGTTTCTAGCCTTTTCACTTGTTGCTGTGAACTTATAAGCAGATGGGAAACACTGGTTGGTCCGAAGGGAGAGTGTGAAATAGATGTTTGGCCCGAACTCCAAAATTTTACTGGAGATGTAATCTCTCGTACGACATTTGGTAGCAGCTTTGAAGAAGGAAGACTTATATTACAAGTCCAAGGGGAGCAAGCGGAGCTACTTATGCAATCGTTTTAGTATTTGCAAATCCCAGGTTATGGGTCTGTTTCTTTGTACCTTATTTATGCGAGAAACTCATGTTTCAAATTAGCTAAGCATCTTATCCCTCATTTTTACTTTAGAGAAGGAAGCTGTTTAAAAATTCCTCCTCTCCTTTCAATAACTTAAAAACATTTTACGCGATTGTTTCTTTAGGTACCAGTAGTCCTTTTGTCTTTATATTCACTAGTAGTTATAGTTAATTTTTTACAGTACAAATAGTTGACTCGTCAAGTGTTTTTATGGAGTTATGACAAAATAACTAAACAGGATAACTTGAATACTGAACATTATTATTTGTTGCAGCCCATATAACCATTATGTTCATTTTTTGGGTTAAGATTGACAGCTATTAGGGATCCCCCTCCTTGGATTATAATACTTAACAAGATTCAGTATGGCATGTCATATCATCTATATAAATCATATATGTTATGGTTGAAGACAAACAAACCATCATATGCATGTGGCCAGTTATAGCACATATAACCATCAAGGAAACTAGACCAGCTCATTATATCCACTAAATGCATTGACTTGGATAACAGATACTTATGGTGAATTTTTTTCTTTTTATTTATTTTTTAATATGTGTAACTCATAGTCACACAGAAAAATGAAAACAGATAGATCTAATTTTACCAACTATCATGATCTTGTATATGCAGTCAATTGCACGATTGTAGCTCACAAATCACATATGAGAACAACTGACAAAAGCTATATATCGTTTCGTATATCTAATCGACAAATAATTCACCCAGCTAAATGTAATCCTGTGCTCTTTTGACACCTGGCTCCCCTCATTCCATAAACTCATACGTAACATAATAAACTTTCTCATGTATTCCTCTCTTTCAATCCTAGACATCCTATCTTTAGAAAAAAATTAATACAAAACGCAAGAAGAGAATTTGAGTTCTTGTTCATTCAAAAATGGGGTTTTATTTGGGTCTCCTACGAGACACTATAGATCATGCTTCCATAGTTTCAATCAATCTTCTTGCTGCTTTACTTTATGCTTATATTGTGATTGGTCATTTGCTAGAAGAAAACAGATGGATGAATGAATCCATTACTGCGCTTGTTATTATATGTTTTTTTGGGTTAGATTTAGTATTTTGGTTTACTTTATGTGATTTTTTCATGATAACAGTTTTTGAATGCTGTAATTTCGATGTAGGGGTTGTGTAATGGAGTGGTTATTTTGCTTACTACTAAAGGGAAGAGCTCGCTTGTTTTGATGTTTAGTGAAGATTTGTTCTTTATTTATCTTCTTCCCCTATTATATTTAATGCCGGCAAGTTTGGTTTTTCATTCATTTTTAGAATTTCTTTTAGTTTGAATATAGTAATGTGAGAGATTGGGAATTCAAATTAGTGTTGGAAAATATACGTAATCAATAAAAGTCAAAATGCGACATCTTAATAATCACACAAGAACGATTGTTTCTTGTATATTTCAAATGCCCGTTGACACTGGGATCCCCAATGAACATAATGTAGACATGCTAGTAAGCACAATTGAACTTTTTTCTTGTCATTGTGTAGATATAACTATGTTTATCATTATTCATCAATTTAGTTTGTATGAAACAAACATTTATTTGCTTAAGAACAGATGAAGTGATAAAAAGCAGTTTGGTTCTTGCTATAAAAATGTCTTTCAAATGCATATGGATGGTCCATAATGAATTGTAGAAGTTAGCATCTCAATTATAAATACTGAATTTGGGTTATGGAAATAGATTTGACTTTCCATTTTTTAATCTTATATGCAAATTTCTTCCTGACCAAAGAAACAAGCGAATGAAAGCAATAGATAACGGGATATGGTCACTTCTAAGGTGCATAATTGAAAAAAGAGAAAAAGCTATGATAAACGATGATGCAAAAATGATGATTTACTTGGTGTTCTTCTAAAATACAATTCAGATAAAGATGAAAAATCCCAGAATTTGCCAATGAGTATTGAAGAAGTTATTGAAGTATGCAAACTGTTCTATTTTACCGGGGAAGAGACAACCTCAGTTTTACTAACATGGACAATGACTGTATTGAGTATGTATCCTAGCTGGCAGAGTCGGGCAAGAGAATAAGTTTTAGAAGTTTTTGGAGGGAAAAACCAGATAATGACGGCATGAACCGCTTAAAGACTGTGAGCACTTATTATTATTTTTGCTGTTGCCGTTGTTTTATGAATATTTTCTCCATTTCATGTTAAAATGTATTTATCCAAATAATGAGACTCGGTTAACTGAGTATCCACTAACTGCGTCTCAAACTTAGTTGAACCTCAGTTAAACTGGGATATGGTCTAGCTGAACTCAGTTTCAATTGAGACTCAATTAACCGAGAATCAGTTAAGCTAAGACTCAGTTTAGCCAAGTCTCATTTTCAACTGAGACTCAATTTAAACGAGTCTCAGTTTCAAGAACCGAGTCCAACTTAAAAACCGAGTCTAATTTTTTAAAACTGACTACACCTGTATTGGTATAATGAGAGGACCACTCAGTTAACAACATCGGCGATTAGTTTAAGAGATTTGTAAACAAACCACTTCATACATCGATAATATGCAGCTTGATTTTACTCCTAGTAAATTACCGAGTTCAGTTATTATTTTTTACTCTATTTCACTTGTAAATACTACTTGATCTTATGACATGTTGTATACTTTATATTAGTCAATCGCCTAATGAAATAGTGTGATGAATATTTAGTGTTTGTATTATGAATCCGATTTAACTTTGTGTACACTTTTTTAATGAATTGATTCTCAAGCATTACTTTTGCTTTACAGGTAGATAGATGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAACAATTACAGTAATTTAAACAAATTTAGATGTCAATTTAAAGTTGATTAATCCATCAATTGCAGTGTTTAATTTCAATTTCATTAAATTCAGAAATTATAAATTAAAACTCCAAAGTCCATTTATTAAATCTTTAAACCTTGTTATTCGAGTCTTTATTACAATAAGAATATAACTAACATTGTTTTTAAATCTTGGTTCTTAATATTCTCCCATTTTAACTTAATTTCAATTAACTTACTATTTAATTGCTTTTAATTGCAATTTGATTTCCAATTTTATTTAACACACTAAATAAATAATAACATATATTAATTGTCACCTATTTACTTTTACTTTTCATTTGTAAGTTTATTACTTACCAACACAGGTTAAAATTCCATATATAACACTAATTTTATTTAATTACCATTAACGCTGTATTATTTCATTAATTTATTCAATACTTACATTTTTTTTCTTATATTCGATTTATAGCCTAGTATAACATTTGCCTTAATTCCATTAATTGTAACTTCATTCAAATAGTTAATATTCAACTTAGATTAGCATTATTACACTCATTTAAGTTATTATTTCATTAAGGAATCACAAATTTCTGTTTTTCCAATATTAGATAACAAACATTTAATAAAATTAATAATTAAATTGTCGAAAATTTTTATGGGTCGTTAAACTCTCCCCCACTCAAAACTTTTCGTCCCCGAAAAGGAAAAAGAAGGGAAAAGAAAGAATTAAGTAATCATATATTTTATTCAAAAAATATTAAATTTATAAACAAATAAATTTACAAAAATTTAATAATTTAAATAAAATATATCAATTTATAACCATTAAATCCCTTTTATATTCAAGTAATAAAATTTTTGAAAATGTCTCATAAAATATTCTAAGTCCAAAATTTATGAAATTTTTTGACAAAGTCTCCTCTGTACGGAGAGGCTCGTGAGAAAATATAATATCAAATATAGCAATATATAACATATTATTTCCAAAATGATATATCCCAATACGGGAAAAACAATATAATAACGCTAGAAAACCATAATCCGAGAACGTACCTATTTGTCGGTCAATTTACGCTTATTTTATGAAACCAAAAGCAGTAGCAATTGCTTCCATAACCTGTATTTCACTTATATAATCCAAGGAAGTTAATAATTATATAAAATGAAATATTTAAAGTGTTTCACTACTAACAAACAATCAATATAAACAATACAATCACAATATCAAAATCAAATACAAATCTACATCTAAGCAAGACAAACAATGATTTGTTCGGTTAAGACACTTTAAATCACACAAGAAAATACTATGAAGTATTCACTTACTCAACAGTCTTAGGATAAATAAATAGATTATTCATACATCTAATTAATTAAAAGTATCTTTCCCAAACACTCATAAACCAAAACAAACAAAATTTCAATAATATCAGTTCATTCTTATTAATTTCATTTCATATCATTTTGTTGATTCCTTTTCATTTCTATAATGATTTGTCTTTTTATTTCCATTACTTCTTGCAAATTTTCAATTTCCATCCATTGATTCAGTGTTTTATTTCACTTATTTGCACTATACTTACATAAATTCATTTATTTATTCAATCATATAATTTTCTTTTATTTATTCATATTGCATAACTTCATTTATTTACATTCATTTATTTTTATTTTCAATTCTTTTTAGCAATATCAATTCATTTACTTAAGTTTATTACTTTCTTATAAACTTGCTTTCTATCAAATTTATTATAGTAATATTTCAATAATAACTATAAATTTATAGCACTACATTATTAAATCTTATTTATTAAGGATTTCATTGAATACTTTCATTATATAAGTTTACTTGTCAATTTTCCATTACAAATCTTACATTTTAATTTTAATATTTGGTAAGTTATATATATGCTCTAAGATGCAATTGAAAGTTATACAAGTCTATCTTCTTTCCTTTAATTAATTTAACGTTTAATAATCATATCTTTTATTTCATAGGTTACAATTTCAAATTTCATTTAATACCATTTATAACCTAGCATTAATCCTCTTATTTAATTTAGGGTTTCAATTATTATTTAAATTCCATTTCTCTATACTAATTGAGCTATCAATTATCAAAAACTTAAGAACTAAATACCGGGTTAAATTTCAAATCATTTTAAAAATAATAGATTAATGCATACACTTACACTTTATATATCCAGTTGTATTTAAAACAATTTAAAATTTATATTTGTTTATCAAAATAAATCTGCTATAAAACTATTACAGTGGCCTTCCCACTTCGAAACTCGAAAATGAATGTCGATGATGCGTGCACTCCTCACTGAAATTATTTTCCAACGACAGAGAGGGAAGTACAGAACTTATTTCTTTCCAAAAATTTCATTAAAACAATTCTTTCAAATCATATTGAAATATTTATATCAAAAAATACTTCTAAAATATTATTATTATATTCCAAAATCATTGAGAGAATTTTCAAAACCCCGGGACTTAAGTTCTAAATTCCTAATTTTCATTTATTTTATTTTCAATCTTATTTCAACTATTATTTATAAATTACCTAACAATCAATATATTGCAACCAAATATATATATCATTTATAAAATTATGTTTGATACATCAAAAAATATACAATAGGCAAAATTTATTTCACTTTGGCTGTTGTATTAAATTTTATTAACAAAATTATTGTTTCATTAGGAAATTAATATACAAAATTGTAAAATTGCAAGCATAATTTGTATCGTAGGCCAACACTGAATTTTTTTATTTTTCGATTTCATTTTAATTAGATGGTGGGTTGAAAAGGAGTATAAGAAATCCATTCTTTATTAATCTATGCATTGTACTTGAATATTACATATTAAACGAAATTAGAGTTTGATTCTCTGACCTATTTATCAGGACTAATGAGTTTATATTTTCCTTCTTTAAACCCAAATTTATTTGAATTATTTGTAAGAGAATAATTCTACTTAAAAATGCTCTTGATTTGCAATGTATTTAATTCAAGGAATAAAATGTAACAGGATTATACGGAAACTGGACCAAAAGCGATCGTCATATTTGATGGAGCTATGGAGCTATAAGCATACCAAGGGGAAATATTGAACATCACAACCGCGTTGATTTACGTGCTCTGCCACCATTATCTGTTGGAAGGTAGCATTCCTTGCATATTGGTTAGCTTTTTCTGAATTTATGATCATTTTTCTAAAGATAGGGGTTTAATTGGACTGGTACATAAATGCTATAGATTAAAGTTGATTATTATTGAATTCCAACACAATACACATTTACAAACATGAAGAACAGCATGGTAGAAAAATTTAGCAGACCAATGTCATAATTATTTTTGGCTGTAATTTTATTTTTATAATATTCATATAGTTTCACATGTTATGTTTCTTGCCATCTACTCCTTTCTATCAAATTTATAGGTTAGGTGAGTGTTTAGGTTCACATAGCTTCTCTTTTTTATGTATTGTTTTAAAAGATATTTTTAAATTGATGGAGGTTCTCAAGAAAAACACAGAGTACAATTGGCATATTGTTTGCTTACATGATGCAGATTGTAAAATTGTGATGAGAAACCCTCTACAACTTGATGTTTCATGGCTGATACCTTTTTACAAATATAATTTTTCGAAAACAAGAGCATTGCTAATTAGTCTGAGTATTATTTTCTTAGCTAATTCAGGAGCATTGCTATTTAATGTTCACATGTTCCTCTTCTTTAGAAATGTTAGCTACAAGTTTACTACCATACTTATTTACACAAAGCTTAAAAACTGAAACAAGAGAAGACTATAAATAGTTGCAAAATCCAAAGATTCTATAACAATAATATTCATAAAAATAATATGCAATCTAGGAAAATAAAACAACAGTGATTGTTTGAACCACACTATTAGAGTCGTAAGCGAGTTGATATAAGGCGTTGGTAAAATGGGCATATATGCAGTTTCTCTCCACACTTCTGGCAAGCCTGCAGTTAGAAAATTATCGGCGTAACAGATCGAATAAGAATTTTAATTTTATTTTAAATTTAATTATAAATTTTAATTTAATTTAATTTTGGATTGTGTCACCTAATGCCCACATCCGAAAGCAAGATCCTTTGCTTGGTAAAGACATATAGGACACCGCTGTCATGAAATCGATATATGAAAAATATAAAAAGTTAAAACTCATATGTAGATACCATGAACATGTATAAGGGGGTAGTAACTTCTACAACAGGCTTAAATGAGAGAGTAAGAAAATAGTGATACTCTTTTTATAATTTAGTATCCAAGTTCTTTGAGAAAATAGATTTAAGTATCCATTTTCATTGTTGCTTACTTTCTTAGACTTTCCAATGCCTATGCTTATCCGTCTCCAGTAGTAAAGCTATCCCAATGTGATAGCTCTCTTTCACCATTTCTTTGTGCACACCAGTAAAAATCATAATCTTCTTTCCCTTGTTAATTACTTTTCTAATAAATGGCGGTATTAGTCACCATTTAGCATGATTTTTAGGATGTAGGATGGTTAAGCTATCAATCAATACATTTGTCCTGTATTTAATGAATGATATGCAATCATATTGAACTGATCACTCCGAATGACGACAATGGAAATTAAGACGATTTTTATACATAGACTATAGCTATGAGCAATCAACCTACGTTGTAATGTTAGCATTATAATTTTGTAATATAATGAATTAACATTTGCAGTACATGTTTCTAGCCTTTTCACTTGTTGCTGTGAACTTATAAGCAGATGGGAAACACTGGTTGGTCCGAAGGGAGAGTGTGAAATAGATGTTTGGCCCGAACTCCAAAATTTTACTGGAGATGTAATCTCTCGTACGACATTTGGTAGCAGCTTTGAAGAAGGAAGACTTATATTACAAGTCCAAGGGGAGCAAGCGGAGCTACTTATGCAATCGTTTTAGTATTTGCAAATCCCAGGTTATGGGTCTGTTTCTTTGTACCTTATTTATGCGAGAAACTCATGTTTCAAATTAGCTAAGCATCTTATCCCTCATTTTTACTTTAGAGAAGGAAGCTGTTTAAAAATTCCTCCTCTCCTTTCAATAACTTAAAAACATTTTACGCGATTGTTTCTTTAGGTACCAGTAGTCCTTTTGTCTTTATATTCACTAGTAGTTATAGTTAATTTTTTACAGTACAAATAGTTGACTCGTCAAGTGTTTTTATGGAGTTATGACAAAATAACTAAACAGGATAACTTGAATACTGAACATTATTATTTGTTGCAGCCCATATAACCATTATGTTCATTTTTTGGGTTAAGATTGACAGCTATTAGGGATCCCCCTCCTTGGATTATAATACTTAACAAGATTCAGTATGGCATGTCATATCATCTATATAAATCATATATGTTATGGTTGAAGACAAACAAACCATCATATGCATGTGGCCAGTTATAGCACATATAACCATCAAGGAAACTAGACCAGCTCATTATATCCACTAAATGCATTGACTTGGATAACAGATACTTATGGTGAATTTTTTTCTTTTTATTTATTTTTTAATATGTGTAACTCATAGTCACACAGAAAAATGAAAACAGATAGATCTAATTTTACCAACTATCATGATCTTGTATATGCAGTCAATTGCACGATTGTAGCTCACAAATCACATATGAGAACAACTGACAAAAGCTATATATCGTTTCGTATATCTAATCGACAAATAATTCACCCAGCTAAATGTAATCCTGTGCTCTTTTGACACCTGGCTCCCCTCATTCCATAAACTCATACGTAACATAATAAACTTTCTCATGTATTCCTCTCTTTCAATCCTAGACATCCTATCTTTAGAAAAAAATTAATACAAAACGCAAGAAGAGAATTTGAGTTCTTGTTCATTCAAAAATGGGGTTTTATTTGGGTCTCCTACGAGACACTATAGATCATGCTTCCATAGTTTCAATCAATCTTCTTGCTGCTTTACTTTATGCTTATATTGTGATTGGTCATTTGCTAGAAGAAAACAGATGGATGAATGAATCCATTACTGCGCTTGTTATTATATGTTTTTTTGGGTTAGATTTAGTATTTTGGTTTACTTTATGTGATTTTTTCATGATAACAGTTTTTGAATGCTGTAATTTCGATGTAGGGGTTGTGTAATGGAGTGGTTATTTTGCTTACTACTAAAGGGAAGAGCTCGCTTGTTTTGATGTTTAGTGAAGATTTGTTCTTTATTTATCTTCTTCCCCTATTATATTTAATGCCGGCAAGTTTGGTTTTTCATTCATTTTTAGAATTTCTTTTAGTTTGAATATAGTAATGTGAGAGATTGGGAATTCAAATTAGTGTTGGAAAATATACGTAATCAATAAAAGTCAAAATGCGACATCTTAATAATCACACAAGAACGATTGTTTCTTGTATATTTCAAATGCCCGTTGACACTGGGATCCCCAATGAACATAATGTAGACATGCTAGTAAGCACAATTGAACTTTTTTCTTGTCATTGTGTAGATATAACTATGTTTATCATTATTCATCAATTTAGTTTGTATGAAACAAACATTTATTTGCTTAAGAACAGATGAAGTGATAAAAAGCAGTTTGGTTCTTGCTATAAAAATGTCTTTCAAATGCATATGGATGGTCCATAATGAATTGTAGAAGTTAGCATCTCAATTATAAATACTGAATTTGGGTTATGGAAATAGATTTGACTTTCCATTTTTTAATCTTATATGCAAATTTCTTCCTGACCAAAGAAACAAGCGAATGAAAGCAATAGATAACGGGATATGGTCACTTCTAAGGTGCATAATTGAAAAAAGAGAAAAAGCTATGATAAACGATGATGCAAAAATGATGATTTACTTGGTGTTCTTCTAAAATACAATTCAGATAAAGATGAAAAATCCCAGAATTTGCCAATGAGTATTGAAGAAGTTATTGAAGTATGCAAACTGTTCTATTTTACCGGGGAAGAGACAACCTCAGTTTTACTAACATGGACAATGACTGTATTGAGTATGTATCCTAGCTGGCAGAGTCGGGCAAGAGAATAAGTTTTAGAAGTTTTTGGAGGGAAAAACCAGATAATGACGGCATGAACCGCTTAAAGACTGTGAGCACTTATTATTATTTTTGCTGTTGCCGTTGTTTTATGAATATTTTCTCCATTTCATGTTAAAATGTATTTATCCAAATAATGAGACTCGGTTAACTGAGTATCCACTAACTGCGTCTCAAACTTAGTTGAACCTCAGTTAAACTGGGATATGGTCTAGCTGAACTCAGTTTCAATTGAGACTCAATTAACCGAGAATCAGTTAAGCTAAGACTCAGTTTAGCCAAGTCTCATTTTCAACTGAGACTCAATTTAAACGAGTCTCAGTTTCAAGAACCGAGTCCAACTTAAAAACCGAGTCTAATTTTTTAAAACTGACTACACCTGTATTGGTATAATGAGAGGACCACTCAGTTAACAACATCGGCGATTAGTTTAAGAGATTTGTAAACAAACCACTTCATACATCGATAATATGCAGCTTGATTTTACTCCTAGTAAATTACCGAGTTCAGTTATTATTTTTTACTCTATTTCACTTGTAAATACTACTTGATCTTATGACATGTTGTATACTTTATATTAGTCAATCGCCTAATGAAATAGTGTGATGAATATTTAGTGTTTGTATTATGAATCCGATTTAACTTTGTGTACACTTTTTTAATGAATTGATTCTCAAGCATTACTTTTGCTTTACAGGTAGATAGATGACTGTGGTGCAAAAATGGTCGCAACGAGTTATGGATCGAAATTATTTTTGCTGCTAGAACTACTTTTTTGGTTTTAACGTACGTACTACTTGCTTTTTGTTTTGCTATTGCAACTTGTTCTATATTTTATATATGAACTATTAATGACGAATTATTTATGTTTGGTGTAATAATATTGTGTATTTTGATTATGAAATTTCATACGTTGGTTATCAAATATGTGTCCAAAATGTGGTATTGATACAATATGTTGATTTTGAAATGTGGTATTGATATAATATGCTAGTTTTGAAATGGGTATATATGAACATTGCAACTGATGTTTACTAAAATGGCATTTATAGAAAAGTAGAAAAAGCCTAATTGGCATAGCTTTGTATGCAATTTAACGGCGTTTTTAAAACGCAGTTAAAACATCCACGGCGTTTTTTAAATGCTGTTGAACGTTTTAACAGTGGTTTTAAAAATACCGTTAAATTGTATCTAAAAACATAAACAAATGAAATTTAACGGCGTTTTAAAATGCTGTTAAAACATTACATGGTGTTTTTTAAATGCCGTTAATGTTTTAACGCCGTTTTAAAAATGCCATTAAATTGTTTTAACGGCGTTTTTTAAAAATGCCATTAAATTAGACCAAATGTTGTTAAATGATTTCATGGCACTAAGAAAACGCTGTAAAAAAGACATTTAATAACATTTATTCCTTGTCATTGCATATCTCTAACACATAACTGCATGTCCATATACGCGTATGTAAAAATGCTATTAATAGCTTTTATAGCATTTTTGAAATGCTGTTAAAGGTCCTGTTTGTTGTAGTGAATGCATCCATGTTAATTGTACTAGATGGTAATCAGGGTTTGGTGGTGTATACAGATGTATGAGGAACATGATTAGGAGCTGTGTTGATGCAAAGAGGTAAAGTAATTGCCAACGCTTCTCAATAGCTCCGACAACATGAAGTTAGATATCCGACTCATGATTTAGAGTTTGTAGCAGCGATCTTTGCATTGAAAGTATGAAGATCTATCTTTTGAGAGAACAATTTCGTAAACACCCCATTGCCGATGAAAGCACCCATTCACAATCATAGATCATAGATATCAAGTATGTAGAGAATAAAATATAAAGAACACTCAAAAAATAAAAAGGAAAGTAGTAAAGACACAAGGTTTATGGTGGTTCAGCAATCCGGCTTACGTCCACATTGAATCGATAAACAAAATAGCAAAGTTTTGCCTAGGGAAGAAGAAGAAGATCCTTTTTTTAATTGCCATAGGACTCCTATTTATAGATGTAAATGTGAAAATATCCGCCTCAAAACCTGGAATCCCTTTCTCTTGCGCACGTAGACCCGCCATATTGATCCAGAGCGATTTTGGATCAATCCATGTTTACTTCGTATCGATTCAAAAGCGGTCCAATCGAGTTGAGATCGATCATGGAGGTTCTCGATTGCATCAGGAAGCTTCTCTGCAAATTTCATAG

Functional annotation

Database	accession number	e-value	annotation
nr	PWA54861.1	1.6e-23	11-oxo-beta-amyrin 30-oxidase
Swissprot	H2DH21.1	1.1e-13	Cytochrome P450 CYP72A129
trEMBL	A0A2U1M0U0	1.2e-23	11-oxo-beta-amyrin 30-oxidase

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT3G14620.1	33.54	8e-14	74.3	CYP72A8	cytochrome P450, family 72, subfamily A, polypeptide 8

>>>Show top 3 blast result

Query id	Subject id	alignment length	mis matches	gap openings	query start	query end	subject start	subject end	% identity	e-value	bit score
g35578	AT3G14620.1	158	39	4	33	124	183	340	33.54	8e-14	74.3
g35578	AT3G14620.1	52	24	1	147	197	183	234	51.92	6e-09	58.2
g35578	AT3G14640.1	50	19	1	33	80	179	228	58.00	4e-10	62.0

Ortholog group

Species	Genes
-	-

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
-	-	-	-	-	-	-

Gene Ontology

Accession	Ontology	Name
GO:0008152	P	metabolic process
GO:0003674	F	molecular_function
GO:0003824	F	catalytic activity
GO:0004497	F	monooxygenase activity
GO:0006082	P	organic acid metabolic process
GO:0055114	P	oxidation-reduction process
GO:0016491	F	oxidoreductase activity
GO:0006629	P	lipid metabolic process
GO:0006720	P	isoprenoid metabolic process
GO:0006721	P	terpenoid metabolic process
GO:0006722	P	triterpenoid metabolic process
GO:0008150	P	biological_process
GO:0008299	P	isoprenoid biosynthetic process
GO:0008300	P	isoprenoid catabolic process
GO:0008610	P	lipid biosynthetic process
GO:0009056	P	catabolic process
GO:0009058	P	biosynthetic process
GO:0009987	P	cellular process
GO:0016042	P	lipid catabolic process
GO:0016053	P	organic acid biosynthetic process
GO:0016104	P	triterpenoid biosynthetic process
GO:0016105	P	triterpenoid catabolic process
GO:0016114	P	terpenoid biosynthetic process
GO:0016115	P	terpenoid catabolic process
GO:0016705	F	oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen
GO:0016709	F	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:0017144	P	drug metabolic process
GO:0019741	P	pentacyclic triterpenoid catabolic process
GO:0019742	P	pentacyclic triterpenoid metabolic process
GO:0019745	P	pentacyclic triterpenoid biosynthetic process
GO:0019752	P	carboxylic acid metabolic process
GO:0032787	P	monocarboxylic acid metabolic process
GO:0042180	P	cellular ketone metabolic process
GO:0042181	P	ketone biosynthetic process
GO:0042182	P	ketone catabolic process
GO:0043436	P	oxoacid metabolic process
GO:0044237	P	cellular metabolic process
GO:0044238	P	primary metabolic process
GO:0044242	P	cellular lipid catabolic process
GO:0044248	P	cellular catabolic process
GO:0044249	P	cellular biosynthetic process
GO:0044255	P	cellular lipid metabolic process
GO:0044281	P	small molecule metabolic process
GO:0044282	P	small molecule catabolic process
GO:0044283	P	small molecule biosynthetic process
GO:0046394	P	carboxylic acid biosynthetic process
GO:0071704	P	organic substance metabolic process
GO:0072330	P	monocarboxylic acid biosynthetic process
GO:1901360	P	organic cyclic compound metabolic process
GO:1901361	P	organic cyclic compound catabolic process
GO:1901362	P	organic cyclic compound biosynthetic process
GO:1901575	P	organic substance catabolic process
GO:1901576	P	organic substance biosynthetic process
GO:1901615	P	organic hydroxy compound metabolic process
GO:1901617	P	organic hydroxy compound biosynthetic process
GO:1902381	P	11-oxo-beta-amyrin metabolic process
GO:1902382	P	11-oxo-beta-amyrin catabolic process
GO:1902384	P	glycyrrhetinate metabolic process
GO:1902386	P	glycyrrhetinate biosynthetic process

KEGG pathway

KO	Name	Enzyme ID	Pathway	Pathway ID
K07426	CYP4B1; cytochrome P450 family 4 subfamily B polypeptide 1	EC:1.14.14.1	-	-
K07428	CYP4X; cytochrome P450 family 4 subfamily X	EC:1.14.14.1	Serotonergic synapse	ko04726
K10717	CYP735A; cytokinin trans-hydroxylase	EC:-	Zeatin biosynthesis	ko00908
K17873	CYP72A; 11-oxo-beta-amyrin 30-oxidase	EC:1.14.14.115	-	-
K20660	CYP709; cytochrome P450 family 709	EC:-	-	-

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network