result

Gene information

Detail information of g87619

Location

Gene	Chr	Start	End	Strand
g87619	CHR8	109976432	109990745	+

Sequences

CDS

Protein

Gene

>g87619.t1
ATGGCCGCAGCAAAAATAGTGACAGCGACAGCTTCACGGCTGGTTCCACAGCCGCCGGATCTCATCCGTTGGGTCAAAAGAGAGGGCGGTGTCGTCCATCCAAATCTCAAAATCTCTAACAACTCTTCTCTCGGTCTCGGCATCGTTTCCGCTCATGAAACTATTCCTACCGGGTCGGATCTTATAGTCCTTCCTGGTCATATCCCGCTCCGCTTTGAAGCCGAACCCCAATCCACTCTCAATCAACTCGCTAGTCGAGTTCCAGGTACTGTTTCCGTTACTGGGAGATTGATGTTGTTTATCACATTGCTCCGACTACTGTTGTTAATTTTTGTATAAATCATGTAATTAGTGTGACATTATCGTAATATACTACTACCACGCAAGTGTGAACCAACCAAACATTCATACACCAAGAAATAATTTGAATATCCTGTTTTTCAATATTTCTAGGGTAAAGTTACCTTCCTTAACCCATTAAAAATCCCTAAGCGTCTGCTTTTGAGTTTTGAAATAGAGATTTTGAGAGCATCGCTTATAAGGTGTTGTATGAAAGGTTTACAAGGTGTTTTATATCTGTACAATACATCTACATGCGTCGGAGTTAATTATTTACTTCTTTTAGAAGTTCAATTTAAAAAATAAAATTACATATGGATCCATACTCCACAGAGTTAAAAATTCCTAATAAAAGGTTTCCTCAGTTCCTGGAAAACAAAAGCAACCAAAACAACTAAAGAACGGTGAGAAAAACTTGCAATCGGAGCCTAAGAGCGTCTTCAACTGCAGCTGGCTGAAGATTCAACTTTTAAGTCCAACAGTTTGATTACCCTGTAACATTTAGGATGATCTTCTGTTTTCAATTCAGAAAACTGAAGTAGAATTGGACTCTCCTTCAATGGACGCTTAACATCCAATGCTCATTTAACGGATGCTCAGATTTGCAGAAATATTATTCAACGATGCATTATTGGCATTAAATAGACGATTGAGTTTTAGGCATTCATTTAGTGGGCATCCAACGCTAGACGTCCATTAAATGAGCGCTTGAAACTCAGGCTCGTCCATTAATGAGTGTCCAACGAGCCATCCATTAAATGGATTGTTGTGTTTTTCTTACCCTTTCGGCTTTGAATATTCAACATCTTGAATATTCAAGAGCTGATTTTGTTGGAGATGCTCTAAAAAAAAAAAAATACAATTATTTTCCTCAAATCATTGCATATTGATATGAATGTCGGAGATGAGTATAGAAAGATGGGAACTCCACGATCATTTATAGCACCACGTGATATCTATCTTAGCCCCACCTCTGACCCCATCCACTTTAATATGGAATTTGACCAAATTATTTAAAAAAAAAGGATTGCAGTAACAGCTGTGGTGCGAGATTGAAAGAAAAGAGTAAGAGATTACATAAATTCGAGTGATTATGTTGAATTTTTAGTTGATTTCATGTTGCAGGATCCTGAGGTTTGTTTAATGTTCTAGAGCAGTGGTAGATGAAGGAAAGGTTAAAAATGTAAATATTTTTTATGTATGTGAAGTACATTTTAGTTTTCGTCACTTTCTTATCTTTTTCCGCTGAGTAGATTATTCCCTGATGTATGAATAGAACCTTGTCTTTCCGATTTAAAGTTTCACTCGTAGAAATCATTTTTGAAAATGCTCTATCAAGGCCTAAAAATGGAACCATACTTAAATTTCTTTAAAATGGAAAAATATTGTGCAGTGTTCCATCAGTATTAAACAAATGACTTTTGCAAAATTGCAAACGAATATTATATTATAGATAACAATTAAAAACATATTCCTATCTTCTATAGCTATTCATTTTAACAAATTTAACCTGAAAACGTAAACAAACTAGTGAGTTTTCATGGTAGTCCAATCTGAAAACAATAATTACAAAAGAACTGAATGTATATAAATAAATTCTCTCTTCAACCTTTGAACATCCTGAACATCCTTCAGATGACAGTTTAATAGGTTTTCCGACAAACTCAATCCCTTGTCATGTATGCTTGAACAACAAGGGTTGATACCAAATGGTTTAACACCAATATATGAATATTGCTCTTTACTTATGCTATATAATATAGCACAATGATTAATGTTTGCAAAAAAGTAAACTGCTAATCCGTCTGCTCTTTAATGATATCATTTAATTTGCAACTTCAACATTTATTTACTGTCAAAATCTAAAAGTTGCACTACTTTGTTATAACAAGCTTTTCTTTTCTTATCAACCTAGCATCTTTGTATTATTATATTGCAAATGATTTGTTGAAGGAAAAATGAATTATTATTTCCTTTTAACAAGTTTCAAACAAGGATTGAGAACCCGGTTTCGGTCTCGGTCATTTAAAATTTTCTTAGTTTCAAGTGATTTCAAAAGTTTCGGTTTCGGCCCCTGTTTCGATATTTAGTCGTTTTTAATGAAAATGCAATAATAATCCTTGTAAATAAAATACAAGATGTAGTTTATAAAGAAATATAATCCATAGTGTACCTGAAAATATCAACGATATCATTAGAATATAGTTAAACAAAATTAAACTTAATAAATTGCAATCAAATTCAATTCTATTTGATAGGTAAATATGTGTTAGCCCAACCCAACCAGACTAAAAATAAATGATTCAAGCTGTAAACTTCAGCCCTAATTAATTACCAGTCCAAATTATTAATTAACTAAATAAGTAAATATCTATTAGCCCAACCCAGCCTAACCAAAACAAATGTCTTAAACCCTAAACTACGTTCCAACCACACCCAATTTCTGCGTTCTCTCCCGCCTCTCTTCCTTTCAAAGTCGATTGTACTGTTAGGGCAAGAAAAAAATTGTCCTGCTACAAAAATGTTGCAGATCAAAGAAAAAAAGATGCCGCGGCTAAAAAAGGATTCGCAGGCTTGCAACTCAAAGTCGACCGTCGACTGATAGGGCAAGGAAGATTTTGCTCAGATAAGTTGTATAATCAATTTTGAATTTCGAATTTGGCTTCGATTTTGTTTTTCGTATGCTTTTGATGTGATTTTTTAAAATCCTAACCGGAACCGAATTTAATGCTCGGTTCCGGTTGGTCAATGACGGTACCGGTACGGTACTGTCGAAATTTCGACGTACCGACCGATACCTCATACCTTGATTTCAAAGCATTTAATGCTAGCGACACCCATAGCCAAAACGGAGGTTTATTAACGAAAGTTTGCAACAAACGATCAAGCAGGACAATCCTGAATTTTTTAAAGTTAACAAAATAAGATCAAATTTTTGCACTAGTTATTCAAGTATGTAATAATTTAAAATTAGTAATCTGTATCATGTTTTCCATAAATAAATCAATTGCATGTATGCAACATAACCACATCCATCAAAATGGAGTGAATATACGAATATGTCAAATAGTAAACTTGTCAAACAAAAAATAAAATAAAATAAATAAAGAAATATGAACAACCAAAATTGTTCTAGTTTATAATAAAATCAAACAAATTTCCATTTATTGATATTAGCACAACGTGCACATACCATGCACATTTAGTCATGTGGATGTTATCCACTTGTCAATGGTGCTATTTTATATTCTAATAGTTTGAAATGAGTATTGGTTAGATATAAATATGATTTACAGTGTATCAAGGTTGAAGGCAGTGAATCGAATTCTACATATACACACAAGAATAATAAATAATGAGCTGAATTATTGCACTATAGCTTAGTGTTGTATTATTATAATAAAAGCTCATGTTGTCCTACTAATTTAAGGTGCTTATTTGTCAGTATAGCCCGTAAAGAAAGAGCTACAAACTAAACTAAATAGAATTGTGGAATTTCACAACTTAAACAAATTAGTTTGACATATATTCGTACAAACATTGAGATATTTCATTGTATGCTTACAAACTCAATTATAATTTGAAACCACAACTATATAAACAAAATGGTAATTCTTGGTACACCATCGCCATCACCTCAATACACCCACTGCTGCTACTTTTACAGAGTCATCATACTGCTAATATAATCGTAAATCTTCCAATCATCTTAGTAGTTGCTTTCTGTAGTGAAAAATCGTGCACTATTGTTATATGAGTAATATGTGCCAATTTTGATTGGTTTGATAATGCATTCATTGAATTCACTTCTGTGCTTTTGAGACATTTCAGATAGCACAAAGATATAGCCAGAAATCTTGCAATCCACAAAAAAAAATTGTCGTACATATACATCCAGTTTTGCCAAATACATTAAATGATTGTAGTGCCTGCTATCTTACAAAACACCATAGTATATAGTCATTGGCAGAGATGCCTAATTAATATAATTATAGGCTGGATTAGGAGGAAACAAAAAATGTATAATTTACGCAGATAAGCATGTCAAGCATTATCCAATCATTTTGGCTTAGAAGGCTTGCAATAAACAACAATTGTAATAATTATGTTAAGATCATCACATTAAAATATAGTAGAACGTCCAAATTTATCCCATAAAAGTAATAATTATGATTGTAGTGCCACTTCCAAACAATGGTAATGCACCTACATTTTACAAATGCCAACGACGAATCAAACAACCATGCAACCAAAATACACGAGCCAAGGAAAAAGGAAATGCGTATCTGCAATAAACAATAAAAATAAATTGCTTGAAATGTCTGCATTTATTAATCAAAACGACGATATATTGATGTAGATTCAAGTTTAAGTCGCCTTCAATATAACATGAAAGATCATCATCATAGACATAGTAAGAATTGACTGAATTGGTTATATTCAATGCACATGAACACAAAATTGCATAAGAAAGTCAAATCCCGAGTTAAAGAATGTAAAAATTCATTAACTAGAAAGCATTACCATGTTTGGACAATAGCACAACTTGAGGAATAAATATGGTGATAATCAACAAATTTATTGTCGATATGCCAACAAACTTATTGCCGATATGTCATAGCCAAATGAATATCAAGAATGATGTATCAAATAGAACCAAATACAAAGAATATTAGTTCTACAAATCAACATTGATTTATGTTACCTTGTAGGAGAGTATTAACTCCCAACTTTTGTACCTGACATTTTAAATTCTTAACTGTTATGAACTAAACTTGGTAGAACTCGCTCGAAAAGTTAGCTTGTAAGAGAATGATACCTAGTAGGTTATATACTCATCATTCATACCATATTAGACGATATGAGACATTGCATATCACCACACTTTCAAAATCCGACATCCACATTGGCACTCTATTGCACGGACATCGTCCATACAATATCAAAGTCCAATAGAGTGACGTCACATCCATACATATCGTTCATGTTCATACATGTCGCCAACGAGTTTCGAACTTTTTCTATTGTGGTGTTAGACTATGGTACCATTTTAATTAATCAACCTAGATAGAATTCAATCCAGAAGCTAGCTTTTAATGGGAGGATGTCTAGTTGGTTATAATAGACATTACTCGTACCATATTAGACGTTGTGAGACATTACAATAACTTTTGTTGTCCTTGATATTGATTTGGCAAGGAACAAGTTCTCATATTTGGAAAGGGAAGAAAAAAAACTCATACCATGACGTAGACGTTTTCTATTTTTTCAAAAGTATCTTCCAAATGCTAATCCAAAATGAGTCAGGTTGAAGGAATATGATTGCTGCCCTTTAGTTCATATATATTTATCTAATGGGAAATGAGAAACCACCCATTTGAAAGGAGCAAAATCTCTTACATCTTTCACAAAACGCCTGTTTCATCAATGGGTTTGGAATATGTTACTCATTTTTCTTCCTCTCTCTCTTAAAGAAAAGATTCGTAAAATGGCATCTCCATTGCTATGTAAAAGCAAAAAAAAATCATATACTTTCGTTTATGTTAAGTGTCAATCGTCAAGCACCACTTGTTTGGGGTTAAAGTCATCATGGTTGTGGATGTTTTGGGTTTGAGCCCCCGAACATTAAAATGCAAAATTCAGATTCAAGATGTAAATCTAGGTGCTTACCAGGCATAAATTGGATATATGTATGTTCATGTTGATATCTCAAGCAACGGGATTGTGCACACATAATCGATAGCTATTGAAAATCCAATATGGATGTGATCCGACCGTCCATCGTCGAACTTGGAGCAGATGTAATCCGATCATCCGTCTCCTAACTCTTTCCCTTGATCCGAACCAGGGGAGGGGGGGTTTAAACCAAGGTTTGAAATTCTGTTTTCCGTTTCTGTTCCGGTCATTGGTAATTTAAAATTTTTCAGTTCTGTTTCGGATATTCGGAAGTTCCGTTTTAATTTCGGTTTTCTAATTACGACATATTTTTTTGTTAGAACTGCTAATTATGCTAACATAAATATAATACTATCATAAATTTATATTACATTATTTACATTACATCGAAATATGTGTTTTAAAGACAAAATCATGTTTGCGATTCTATTTATCCACTTGAGATTTTCGAAATTTCGCTCAGTTTCGAAAATTTTAATTTTTTTTATGATTCTTATGTAAATTGACAAAAGTATATTAATTCTTTTCTCGTCAATGTATTTGTAATCTTATTAAATTCGTTTTTTAGTTTTTTTATATGTTTTTTTATTTTCAGCGATTTTTTACTTTTTTTTTCAATATTTGAAAGAAAATCCAGAATATTGACCGGAACCGGAATTTTAACCGGATTTCTTTTCGGTTGAGACCGGAACGGAATCACCGGATTAATCGGAATTCCGTTGGAATTTCGATTCATGCTTTAAACACAATATGGACGTGATCCGACCGTCCATCGTTGGACTTAGAGTGGATGTGATCCGATCATCCGTCTCCCAACTCTTTCCCTTGCTTTGACGGTGGAAGTTTAAACACACAATATGGACGTGATCCGACCGTCCATCGCTAAGCTTAGAGCGGGTGTGATTCGATCATGCGCCTTCTAGCTCTTTCCCTTGACCTGACAGAGGAGTATAAATCACAAAGGACGTGACTTGACCATCCAATACGAAATGAATGTAGCCCGACCATCCATCGACTCACTTTGTTGAACGATTTGACAGGAGTATAAAACCAACTAGGACACGACTCAACTGCCCAACCCACGGTGGATGTGACCTGACAATCCATTGGCTAACTCATACCTTCGATCCGTCAGAGGGAGTAGAAATTTAGGATGGGCGTGACCCGAGTATCCATTCACTAACTCAAACCTTAGACCCAACGGAAGGAGTATAACTTCATAAGGATGAGGTTCGACTGTCCATGCACTAACTCCGCTAACCCAAGACTGGGGGCAGAAGTACAATCATCCAAAAGCTGAATACGACATCTTAACAATGTGGCTTGTGCCTAGTATTAAAAAAAGCAAAAGAAAATAACTTACTACAATTTAATGGAACTTGGCAACGACTTATAGGCATTTGAACATGCTTGAGAACCAATGACAAAAGTATGTGCATGGACGTACGAGCGTGTTTGCACACTCGACATGCAATTTCCTGAATCGACAGAAATTGAATTCTTATATGGGACTTTCACGAAAGAAACCGGTTTAGATGACTGAGGCCTACTAGTTCATTCAACTAGCTCAATGGAAGTGAGTACAGACAATAACTGGGAGAATACATTCCGATTTTATAATGTCAAATATCGACCAAGAATCGCAACAAACAGTTAGATACGGCTCATCGTGAAAGCCACTCAACGGAAGGATAACAAGGATTTGAGGTACTGAGTGAAATCTATTCCAGCAATCCCAACTTGTCTCAATTCAAAGCACGTCATATTTACAATAAGATGTACTTTGGCGGGGGAAAATGTTATCCAGCCTTTTGATCAGGCGGTATTCGAACAGACATAAACAATCGAATCGAACGAGCGAATGATGGAGAAACGATCAAGGACTTTGGGAATATCATAAAAATTAAGAAAAAGGAAATATAATAAAAGAAGCGAAAAAAGTTGAAAATTTGAAAGTTTAGGTTTTTGAAAGAACCAACTCGAAGTAAACCCACAAAATCCTCAGGTCGGACTCGAAGAAGTCGAATAGACTTGAGATTTCCTGGGTCAAACCTGAAACAATCCATAAAAACCCCAAACGCGATCCGGAGTGGACTCGGTACCGACTCCTGGACTTGACTCGGTATCGACCCCTAATGGCTCGGAGCAAACACTCAAAAATCTTTGGTCTTACTCTAAGCAGAACAAAGAAAATCAGAATACGAAAATCTCAGATCAAGCTTCAAGTAAACACTCGAATTTCTTGGATCGGACTCCAAGCAAGCGCATCTCAAGCCAAGACGAAATCAAAAATTGCCCAAGTTAGGGATCGGTACTGAACCCACTCCATGGTTTGGCATAGTCTCTCAATTCCACCTTGAGTGGAACTCATCTTCTGCCTACATGCCTAACTTGATGCTAAAAGCTTATTTCAAGGTCATTTTGTGGAATCAATGCAATTATCCATCGATCTCCACAAACATTTGAAGCTGTAACACATTCTTCCACAACTTCGTCATTTGGACAAGTTATTATTGATACAAACAACTATGAAATCACGAAGCTAACTACAAGACGAGCCGATGTGGAGAGTTGAAAGCGTCAAATTTGGCCATGTCGGGGAGTCGTACCGACCTCCGCTTAGGAAGTGGTACCGATCCTTAATGTTTGATGACATGACACCCCATTTTCATGGACAATTGGTCTAAAATTTGAAGAACAGCTTGAAGACATTTTAGACGAGATTTTAAGCTTCGTACCTCTATGTATAGAGCGGTAGTGCTTTTTTTCTGGAGGGGGTGTTTTGCTCTAGTTCTATTCTATCCTATATTCTTGTAATTTGGAAATCTAAGTGCTGGAGTTGTACCGATTTCTAAGAACTTTTGCCTTCAAATCAGAAGTCAGCAATAAAGTATTAAAGTGGTCGTAGGTCTTGCTTTACCGAATCAGTATAAACCTCATGCGTTCGTTATTTACTTGTTTCTCGCTCGTTTTTCATTTAATCTTTCATTTTTATTCTCTACTCAATTCTCCAAGGGTTTGTGTCATTTTGGTTCAAACATCTTCTTTCTTCAATTTTCAGAAATATTTTTTTAGTGGTTAACACAAGATTTCATATACTATTAACCTTAGTGCTCTAAAATATTCAATCAGCAGCAGATCATTTTCTTGATGATACACCTTAGTTGCCTGGTATAATAATCAGTAATTTAAAACGTGACAAATTTTTATACAGCACTCAATAGACAGACCAAATTCAACGTTGAAATAATTTTGGAATGCTGTCATTATGGGTCCTCTTGTTGATATATTTACATTTATCTATGAAATCTGATTAATATATTTCCGAGCGAACATTTACTTAGGATCTAGGTTGCAAATTTGGTAGTTAACACGTGTGGAGATTATTTATCATATTTCAGATTTAAATCATGCAATATCATGGTGTTCATGTGAAGGAGAATTAGAACTTCTGTTTGTACAATCGTATGCAAGTTTCTATCGTCCAGTGTCAGGTTATAATATTGTGAATGTTTAAACTTCATAATATTTGGATAGGATGTAACAGAGGAGTTATGGGCTATGAAACTGGGGCTGCGACTTCTTCAAGAAAGATCAAAAGTTGGTTCTTTTTGGTGGCCCTACATTAGCAATCTTCCAGAAACATTCAACATCCCTATATTCTTTTCCGGAGAAGAAATAAATAACATACAATATATGCCACTCCTCCACCAGGTGTTTATAATATTTTGTTACTTTTCACACTGATTCGTTGTTTATATATTTTACTGTTATTTTCTACTCTTTATCGCATCATTTCACATTTGAATTATTTATTCAGTGCACGAACTCCGACGATACTTGGCTCCAATTTAAACGGTCTTCGTAATTAGACAGTTTTAGTGTGAACTATAACATGTATTTTCAATTTAGAAATTTTATTATAACCTCTAATTCCAAATAAAAAATATCATTGTTGCAAAAGAAAAGTATCCATGAGAAGCCGACATAAAATAAGCAAAGCAGCTGTTGACGTATCACAAGTCAATTTGTCTAGTATATTTACCATTTGGCTTCTAGCCTATCGAATCGCTACACAACAGCAGCTGCTCAATTCATTTTTAATACACGTATACACTTTTCTCCTGTTGAAACAATAAACTCATCGTCTTAATAGGGATAAGTTTCTGTCATGAGGGTTTGAAAAATGCAATCACATTCATCATACTTTGCAAATTACACTCCATAATTTATAGAGAAAGTGGAGTCTGACATGTAATATGGAATAAAAATGGAGTGCAAATTTCAGTTGCCTTTTCCATTTCATATTGTATCAACATACTGAATTTAATGGTTTATGCATCCATATAGAAGGGGCAGACACAAATTCCTCTTGCTTCTATCTATCACTGTTTGCTTTTTGTTGATAGCCATGCTTGATTGTTCTTAGGTGAATAAAAGATGCCGCTTTCTCTTTGAGTTTGATAAAGAAATTAAAAGTTTCCTTAAGGGTGTAAAACTAGAAGATCATCCCTTTGAAGGAAAAGATGTTGATTCATCTTCGCTAGGTTGGGCTATGTCAGCAGTATCTTCTAGAGCTTTTCGTTTGCATGGACGTAACAATGAGATTCCTATGATGCTTCCACTAATTGACATGTGTAATCATAGCTTTCATCCGAATGCTCGAATTGTCCTTGAACAAGATACTCAGGTCTCAAACATGCTAGTTAAGGTGAGCTCACATTGCTACCAGTTCTTTATTTCTATCATCTGTGTGGCTTTCCTTGCGTGTTTTTAGTTTTGATCTGTAACAAATTATGAAAATAATAATTTGTCGTACATAAGAAAATCAAACACGTTTTATTGGAAAATTTTGTGTAGATAAATAATGGATGAACTGATGAGTTACATAGACGTGTGAGTCAAGACTTCTATTAGCATCTGTAAAATTAGCTGATGCTTTTTTTTTGGTCAATAAAAATATCTGGACAGATTGCTAACCTCTTACCGACTATACCACACGTTAGCATAAGCAATATAACTTATAAGTCTGTGTTGCACATTTGGTTAGTAATGATGGATGCAATAAAGTGGTTTCATATGATGTTATGGATTGTAGATCTATTATTTGGAACACTGTTTTTGTGTGTAAGAGACCTACTTTATGCAGAGACAACTTTGATCTCAGGCCATTTCAAATTCAACGTCAATCTGCTGTGTTACATATATTTAAATTATGCATTCAGAAGGGAGCATGTTTTGAATGTCTAACAGGTTGTAGCAGAAAGTCAAATTGAGCCAAATAGTCCAATATTACTGAATTATGGTTATCTGAATAATGATATGTTCCTTCTGGATTATGGATTTGTGATCCCTGGAAATCCATATGATAATGTTGAATTGAAGTATGATGGGATGCTTCTAGAAGCTGCTAGCATGGCTGCAGGTGTTTCCTCTCCTAGCTTCTCATCTCCTGAGAATTGGCAGCAAGATATTCTTTCAAAACTTAACTTAATTGGAGATGGCGCCATTCCAAAGGTATCTCTCTGTTAATCAAGTAGTACACCAATCATCTCTTTTTCTGTTGGTTAAATCCTCGTTGGTCTACCCAAATTGGACATTTGCTTTAGCCTTGTGTAAATCCACATAATTTTTGCTCCTACCATTAACTAGTTCATCTTCGCTCCATAAAATAAGTAATCAAATTTATGCATCTAAATCAAGGTTCAAAGTTCTGTTTTCGGTTTCATTTTGATCGGTTGCGATTTTAGAAATTTAGGTTCCGTTTCGGAAATTCCAGCAATTCCGTTTTAGTTTCGGTTTGTAAATTCCGACGTCATTTTCAATTTTTCTTTGATGTATTGAATTTATTAATACCAATACAAATTTATTAGTAATTTAAACTAGGGTTGTTATGGTACCATTACCAGCCAATCGGTTACCATTTTCAAGTGAAATAGGTATACCAGTTTAATCGGTATGGTAATGGTAAATTTACCATTTTCTACGGTAAATCATCGGTAACATTTCTTCAATACCAGCGGTAATGGTAATTTTACCAGTCAATTTATAATACATGTATATTCATGTAACATACTTTATTAGGGGCATTTAGAACCAAACAAATGATTAAATTTAGTTTATTAAGTAAGTGAAATAATGTTAAATACACTTCATTTCTTTCTAATTTATGTCTTTTATTAAGTAACACTATAAATTGTATAATGAAGCACCGTTATGGTATGAATACGTGTTATGTTAGTAACCTTTTTTGGACAAACGGTAATTTACCATTACCGGTGTAACGGTTAGCAGATTATCGGTATACCAGTCTTCCATATACCATCCTATCATTAACGGTAATGGTAAGCTATTTTTGTTTGTCGGTACAAATGGTAGTACGGTAACGGTATTTGTGAAATGGTAACGGTAATCATTACCATAACAGCCCTAATTTAAACATTCTGCACATTATGCAAAAAAGAAATAAAATAGTTTTAACTAAATAAGAAAGCCATTATGAAGCTTAGCCCGCTATAATAAAATCCAATACCCTAGTTTTTCACTAGTCTGAACAGCCGCCCAAAGTAAATGAGAAAACAGAAGGCCTAAAATTTCAATGATCTCTCATTTATTTCAACTCGACATGAAGTACGAATCCCTAAATCTTTACATATCCAGAAATAAAAACCATAGATCTAAACCACCCAGAAGCAATACCCTAAATCGATTTTGAATGATGCTCGACATGAAGTATGAATTAAACAAAAACCCTAAATTGGTACAACTATAACAAGCTCGAGATCTACTTGCTCAAGCTCGAGATTCGCTTGCTTGACAATGGATCGGAGGTAATGAAGTAAAACACAGTGTTTCTCTTTAATGTAATCCGAAACGAGATTTTAGTCCTATTCCGACTCGGCCAACGCCGGATTCAGAATGGATCCGTCGGAATTCCAGCATGCCGTTCGAAATCTGGAACCATGATCTAAATCTATTGTAACTGCATAACGGTGACTGCACAATTGAGGATAACAAAAGATCCAGGAATAATGCATGTATTATTCCTGGATTTTACACTTCAACAAACTAAATGGTGAACCTCTTGAAAACTTGTTCGGTGCTAATATTTGTTGTTTTGAAATCTGAAGTAACACATGTTTTATGTGGCATAATATGGCTTTGTTTGGAGATGGTAGCCAATTAGATAATTATTTTATTTAACTTGTATGCTAATATAGGCAACACACCTAGTCAGTCTAATTAATGGCTAACGGTAGGATGAGATTAATTGCTAGTATGCTAATACCAATTGTATATTTTCTAAAACATCATCTATTTCTTTTCTTTAAAACAAAGGGAAAAAAAAAGGATTAATATCACACTTAAAAGAATAAAAAATGAAGTTCTTTTAAAAAGTAACAATTAGTACTTGAAATTTGGCTTGGGAAATTTTTATAGGCCAACTCTGACCAAACCGTGCCAAATGTGGTAATATGACATTTCAATGGAATAGGAGGTGGATTCTTGTGCATTAGAAATTTTCTTTTCCTGCATTTACAGTAATTTTGCGAACATTATTATTATTATTATTATTATTATTATTTGGGTTCGAGTATACCACCCAATCTGGGTTTGGACGTTTCTTAACTATAGTAACTACTAAAAATTTCGGAACAAACAAACATCAATTATACCAGCAGTGGTCCTATGCAATAAATCCATAAAGAGACAAACATATATTGATTTGAAATTAAAAATAACTTTGAAATATCTTTAGAAATACCAATGATGACAAATGGCATGTCACATAAGGTAAGGACCAATTATACGTATAATGGAATAAACTTCACGTAACCTTGTAAACCAATACAAAATATTATTTATAGAAACAAAAGCAGATTATATTCATCTTATGTATTCTGACTTCTCTTTTGTTCTTTTCCAGGTAACATTAGGTGGTCCTAATTTAATAGACCCCCGATTAGTAGCATCTTTAAGAGTTCTCCTCTCAAAAGACAAAGATGCTGTACTTAATTCAAATTTAAACACATTGATGTCACTGTCCACTGAAGCACCTCTTGGAGTTGATACTGAAATATCTGCATTAAGAACTATTGTCTCACTCTGTGTCGTTTCTCTTGAATATTTCCCAACAAAAGTAATGCAAGATGAATCGATTTTGAAAGAAGGTCCATCGAGTTCAATGGAGCTTGTTGTGCAGTTTCGAATGCAAAAGAAACTTATGATCATCGATGTGATGAGGAAACTTTCGAGGAGGATTCGAATGCTATCAGAGAACAAAAAGATTACCGCGTAG

Functional annotation

Database	accession number	e-value	annotation
nr	XP_020269603.1	1.1e-180	fructose-bisphosphate aldolase-lysine N-methyltransferase, chloroplastic isoform X1
Swissprot	P94026.1	1.7e-11	[Ribulose-bisphosphate carboxylase]-lysine N-methyltransferase
trEMBL	A0A5P1EQA0	1.0e-175	SET domain-containing protein

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT1G24610.1	59.11	1e-154	543		Rubisco methyltransferase family protein

>>>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
g87619	AT1G24610.1	450	171	3	12	449	27	475	59.11	1e-154	543
g87619	AT3G55080.1	269	175	9	24	284	49	296	24.16	3e-12	70.1
g87619	AT4G20130.1	358	224	12	88	434	158	474	22.91	1e-11	67.8

Ortholog group

Species	Genes
Allium cepa	g87619.t1
Allium fistulosum	AfisC8G02293
Allium sativum	Asa1G02948.1
Arabidopsis thaliana	AT1G24610.1
Oryza sativa	LOC_Os02g50100.1

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF00856.25	SET	Family	51	256	30.4	3.9e-07
PF09273.8	Rubis-subs-bind	Domain	308	425	38.8	1.3e-09

Gene Ontology

Accession	Ontology	Name
GO:0051276	P	chromosome organization
GO:0008152	P	metabolic process
GO:0003674	F	molecular_function
GO:0003712	F	transcription cofactor activity
GO:0003713	F	transcription coactivator activity
GO:0003824	F	catalytic activity
GO:0016570	P	histone modification
GO:0006325	P	chromatin organization
GO:0006355	P	regulation of transcription, DNA-templated
GO:0006464	P	cellular protein modification process
GO:0006479	P	protein methylation
GO:0006807	P	nitrogen compound metabolic process
GO:0006996	P	organelle organization
GO:0008150	P	biological_process
GO:0008168	F	methyltransferase activity
GO:0008170	F	N-methyltransferase activity
GO:0008213	P	protein alkylation
GO:0008276	F	protein methyltransferase activity
GO:0008757	F	S-adenosylmethionine-dependent methyltransferase activity
GO:0009889	P	regulation of biosynthetic process
GO:0009891	P	positive regulation of biosynthetic process
GO:0009893	P	positive regulation of metabolic process
GO:0009987	P	cellular process
GO:0010452	P	histone H3-K36 methylation
GO:0010468	P	regulation of gene expression
GO:0010556	P	regulation of macromolecule biosynthetic process
GO:0010557	P	positive regulation of macromolecule biosynthetic process
GO:0010604	P	positive regulation of macromolecule metabolic process
GO:0010628	P	positive regulation of gene expression
GO:0016043	P	cellular component organization
GO:0045935	P	positive regulation of nucleobase-containing compound metabolic process
GO:0016278	F	lysine N-methyltransferase activity
GO:0016279	F	protein-lysine N-methyltransferase activity
GO:0045893	P	positive regulation of transcription, DNA-templated
GO:0016569	P	covalent chromatin modification
GO:0016571	P	histone methylation
GO:0016740	F	transferase activity
GO:0016741	F	transferase activity, transferring one-carbon groups
GO:0018022	P	peptidyl-lysine methylation
GO:0018023	P	peptidyl-lysine trimethylation
GO:0018024	F	histone-lysine N-methyltransferase activity
GO:0018026	P	peptidyl-lysine monomethylation
GO:0018027	P	peptidyl-lysine dimethylation
GO:0018193	P	peptidyl-amino acid modification
GO:0018205	P	peptidyl-lysine modification
GO:0019219	P	regulation of nucleobase-containing compound metabolic process
GO:0019222	P	regulation of metabolic process
GO:0019538	P	protein metabolic process
GO:0031323	P	regulation of cellular metabolic process
GO:0031325	P	positive regulation of cellular metabolic process
GO:0031326	P	regulation of cellular biosynthetic process
GO:0031328	P	positive regulation of cellular biosynthetic process
GO:0032259	P	methylation
GO:0034968	P	histone lysine methylation
GO:0036211	P	protein modification process
GO:0042054	F	histone methyltransferase activity
GO:0043170	P	macromolecule metabolic process
GO:0043412	P	macromolecule modification
GO:0043414	P	macromolecule methylation
GO:0044237	P	cellular metabolic process
GO:0044238	P	primary metabolic process
GO:0044260	P	cellular macromolecule metabolic process
GO:0044267	P	cellular protein metabolic process
GO:0046975	F	histone methyltransferase activity (H3-K36 specific)
GO:0048518	P	positive regulation of biological process
GO:0048522	P	positive regulation of cellular process
GO:0050789	P	regulation of biological process
GO:0050794	P	regulation of cellular process
GO:0051171	P	regulation of nitrogen compound metabolic process
GO:0051173	P	positive regulation of nitrogen compound metabolic process
GO:0051252	P	regulation of RNA metabolic process
GO:0051254	P	positive regulation of RNA metabolic process
GO:0060255	P	regulation of macromolecule metabolic process
GO:0065007	P	biological regulation
GO:0071704	P	organic substance metabolic process
GO:0071840	P	cellular component organization or biogenesis
GO:0080090	P	regulation of primary metabolic process
GO:1901564	P	organonitrogen compound metabolic process
GO:1902680	P	positive regulation of RNA biosynthetic process
GO:1903506	P	regulation of nucleic acid-templated transcription
GO:1903508	P	positive regulation of nucleic acid-templated transcription
GO:2000112	P	regulation of cellular macromolecule biosynthetic process
GO:2001141	P	regulation of RNA biosynthetic process
GO:0140096
GO:0140110

KEGG pathway

KO	Name	Enzyme ID	Pathway	Pathway ID
-	-	-	-	-

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network