result

Gene information

Detail information of AfisC8G00439

Location

Gene	Chr	Start	End	Strand
AfisC8G00439	chr8	81410987	81419376	-

Sequences

CDS

>AfisC8G00439
ATGAAACCCGAATCCCTTAAAGCTACGTTACAGGGCAAGAAAAAAGAGCGGCATATCGTCTCTTGGTCTCCTGAGGAGGATGAGTTGCTTCGGGAGCAAGTGGCTTACCATGGAATTGAAAATTGGACAAGTATCTCAGCTCAGTTCAAGGATAAAACTAGCAGGCAGTGTCGAAGGAGATGGTACACGTACTTAAATTCAGAAGGTAAGAAAGGTGGGTGGTCACCAGAAGAGGACATGCTATTATGTGAGGCTCAAAAAATATTTGGGAACAGATGGACAGAGATAGCTAAAGTGGTTTCAGGCAGAACAGATAATGCTGTAAAGAACCGGTTTTCTACGTTGTGCAAGAAAAGGTCTAAGCATGAAGCTTTATCAAAGGAGAACAATGACCCATCAGCTTGCACAAGTAACAAAAGGATCTTAGTTCATAATGAGCCTATGATGCCTGGGAGTGTGGAGTTATCAGTACCCATGAAACATATCAGGTACCAAATTTTGGAACAAGGAGAGAATCACAGTCCAGATATGATATTACCTAGACTACCACTTTCTATGCTTGATCAAAACAGCAATAATATAGTTAACTTTCCTAGTCCTTATCAATGTGATAGCAACTCTGTGCCAGCAGCGTATGATGGTCCAAGCAGTAAGACTGAAGGCGGTTTTCTCAAAAAAGATGATCCAAAACTAACTGCATTGTTACAACAAGCTGAAATGCTCAGTTCCTTAGCTTTAAAAGTAAATTCAGAAAACACTACCCAGAGTCTAGAAAATGCTTGGAAGGAACTCAATGAGTACTTGATTCAAAACGGTGGGAAAAGCATTTCTGCCGATGATTTTGAAATGGACTTTGGCATAGATGAATTTAATGGTCTGATAGATGAGCTAAAGAACAACAATGCAGTTGAACAGTCATCATGGAGCATGGAACAAGTTCATGAGGAACATCAAGACAGTTCTGAGTACATAGCAATTTCTGAAAAACAGAGTGATGATGCAACTGCAAAGCAGATTCATATAGCCAGTTGCCTTAAAGAAAGTGAATTGGACCCAGGCATGAGCATTTCTCAAGGTGAACCAAAAGAGCTTAGTGAAGAAGCATACAACAAACAAGTCTCAGAATATGATTCACCACATCAAACAGTGCCTACTTTTCAGTCCCTTACTGAAGGAATTCCCACACCCAACTTCACCGCAAGTCTTTCCTATAGAAATCCCTTAGAGTTGCTCGTCTATTCCTATAGAAATGTACTCCTTGATGATCACCCTTGCCATACTTCCATGTACAAGAGCTTCATGGACCCACAAGGGGGCAAGAAAAGTGGAACTGATTCCTACGACATCAAATTTCGAAGAGTTAACCCATATTTTGAGCTTCAAGCACCACAAGACTGGCCTTCCCTTATGATCATTGAGGCCTAG

Protein

Gene

>AfisC8G00439
CGAATAGTCACCGACGGTAACCTCACTAACTTTTAAAATATTCAATGCAGTAAATTCCGAGTCACGCATACCGTCATCCGCATTATTATTACACTCACTCACATGCCATCCTTACATTTTCAAATTCCCAATCTCGCGCTCCTCCCAACTCAACCCTAACTCCATTCGCCGTTCCTACTATTTTAACATCGCCCTGCGGTTGGATCATCCGATATGCAAGCATGAAACCCGAATCCCTTAAAGCTACGTTACAGGGCAAGAAAAAAGAGCGGCATATCGTCTCTTGGTCTCCTGAGGTTTCTCTTCTTCTCTTTGTTTCTTAATCTGCCGTTTTCTGAATATTTGTTTTTTATTTTGATTTGTTTGGATTGCGTTGTAGGAGGATGAGTTGCTTCGGGAGCAAGTGGCTTACCATGGAATTGAAAAGTTTGTTTTTCTTTTGTTCCTTTTCTCTTTTGCATTGATTTGGTAGATTGTATTGTAATTCGGATTTGAGGAGCTGAGGCTGAACGGATTTATTTTTTGTTCACTTGTTTTAGTTGGACAAGTATCTCAGCTCAGTTCAAGGATAAAACTAGCAGGCAGTGTCGAAGGAGGTGAATCCTTTTACTTGCAGTACTTTTTTGACAGGATTTGATTTGGTTACTCCGCTTCATTTATTTATTTATTTTATATATTTCGAATCAGGGGCAGTTAAGTTGCAAACTGCTCTGAGATTTCGAAGTTCTGTTAAGTATTTTCTTTCTTCTCATTTATAACTTAACAAAAAGTTGGTTCTGAATTTTAGCTCACAGCTTGATAATTTTACACAGAAGTCTCGTGGTGGATAACCCTTATTCTTAACTCACTATATTTTATATTTTCTCTTCTAGCTTGAACTAACTTTCGAAGTTTTCTTGGAATTCCACTTTTTACGCCTTTAATTTATTAACCAAAATGGTAAAAATTATCATAGTTGTATATTCACATTTTTGACTGTTAAGATTAATATGTTTATGCATGAGATGAATTTTCCAAAATGGAATATGGGAAGTGAGTGTTTTTTATCCCGCACCAAGTAGTGAAGATTTATTTCATTCTCCGCGTGTTCTTATAAAACAGCTTCATGCAAGATGCTGCTGATAATATCCGTATGTTTATGGGATTGGGTTTTATGTAAACAGCTACCTTCCATAAACAATATCCTTAACTTTTCCATACAAATCATCATTCCAGAAATTGTATAAATAAAAATACAATGGTGCTGATTCATTGTTATGTTCGAGCCAAAATTGCAGATGGTACACGTACTTAAATTCAGAAGGTAAGAAAGGTGGGTGGTCACCAGAAGAGGACATGCTATTATGTGAGGTAAAATAACTATGAATTTATACGGTTTTACTTTAAATATTAAAGCCTTAAATGACTAGCATAAGAAAAACACACCGTTCATTAAATTCTTATAACTGTGAAACTGCAAATTTATCTGTATAGGCTCAAAAAATATTTGGGAACAGATGGACAGAGATAGCTAAAGTGGTTTCAGGCAGGTATTTTACCTTTCACTGTAACCCCTTCATCTTTATTCATGATCGTATACTTTTCTCTCTGGATTTTATGGGAAGAAAGCAAGGTTAATGTTGTATAAAGTTCATTTTTGCAGAACAGATAATGCTGTAAAGAACCGGTTTTCTACGTTGTGCAAGAAAAGGTCTAAGCATGAAGCTTTATCAAAGGAGAACAATGACCCATCAGCTTGCACAAGTAACAAAAGGATCTTAGTTCATAATGAGCCTATGATGCCTGGGAGTGTGGAGTTATCAGTACCCATGAAACATATCAGGTATATGCGTATCATATTTGTTAATGGGAATTTCTGACTCCAGTGGAAGTTATAGATCAAATAAGTTTTAAGGGCTCATGTAATTTTGTTTATGTTTCAAATACAAATATTAATAGATTTTTCTTTTTATAAAAATACATATTCAACTATTTAAGGTATATTTATACATCCTTTTCTTTTATTTTTTTTACAGAAAGAAAGAAAGTAATAAATTTTTTGTTCAAGAATAATCTTCTACAAAATGCATGTATCTTTATCTAAAAAGATTTGCATATTTTATACAGCTGTCTTTGTCCTTTGACTCGAAAAAATATGAACATTGCGGTTATTACTATTTTAAAAGCACTAAATTTACTGTGTGTTATGCAATGTAAAAATTTTAAATCTAAATGAGTGAAAATCCACAAAGAAAGCTTTCGTTTTAAAGGAAGTTCTCTATATATTGAATATGGAAAAATTTCACTGAATTATGTATCTATTTACCTTCTCAATACTAGCTTATCCGTTAGCTATTTTAGTTATAAGCATTATTTTATTAAATTTCCCGCAGATTTTTATTTTCCTTTAGGAAAAGAAATAAAATGAAAGGGAAAGATAGAGTCCTTAACATCACTTTCCACTTTATAAATTGCAATTATCATTTTGAAGATGGCAGGATCCCCTCCGACTCCTATTTTCAGCTTTATATTTTGAAAAAATTAATGTACATCGAATTGCGGCTTCCCTTGTTCTTGTTGCTATCAAAATTCTTATTGCAACATTCTGACGCATACCTTTTTTTTCACGCAGAAGTAGAAAAGGATATCTAAAAAGTAAAATTTAATGCATACAAAACAATTTCCATCTATACTACTAACTAAATACTAGGGACTTCTTACAGTTCAGTCTAAACTTGTATTTTTTAACTCTATATTAATTAGTTTGTCATTTATGCACGGTAGGTACCAAATTTTGGAACAAGGAGAGAATCACAGTCCAGATATGATATTACCTAGACTACCACTTTCTATGCTTGATCAAAACAGCAATAATATAGTTAACTTTCCTAGTCCTTATCAATGTGATAGCAACTCTGTGCCAGCAGCGTATGATGGTATGCGATGCAGTTAATTTATGTTTTAACCCCATTTTCTTTCAATGTTCCTTTTGACCTAATCATGATTTGTATAATTAATTGACTTCTTTTTTGAACCTGGGAGAACAGGTCCAAGCAGTAAGACTGAAGGCGGTTTTCTCAAAAAAGATGATCCAAAACTAACTGCATTGTTACAACAAGCTGAAATGCTCAGTTCCTTAGCTTTAAAAGTAAATTCAGAAAACACTACCCAGAGTCTAGAAAATGCTTGGAAGGTTATCACGTCCACCAAACTTAAAGATTACGTTTTGCACCTTAGTATCTTATATTTGTGACTAAACTTTGTGTTATCTGTTCATTTGATTATTTAGGAACTCAATGAGTACTTGATTCAAAACGGTGGGAAAAGCATTTCTGCCGATGATTTTGAAATGGACTTTGGCATAGATGAATTTAATGGTCTGATAGATGAGCTAAAGAACAACAATGCAGTTGAACAGTCATCATGGAGGTATTACCATTATTTCGCACTTCAATTCATCTTAATATGTTTGCACAAAAACAATTTCACACAGTTCCGAGTACAGAGCAATCTCTGAAAAATACGCATGAATGTTAATATGTCAAACAGTGATTAAAAAAAATATAAAATGATATGCTTAAAAATGTTAAACCCAGCATGGAACAAGTTCATGAGGAACATCAAGACAGTTCTGAGTACATAGCAATTTCTGAAAAACAGAGTGATGATGCAACTGCAAAGCAGATTCATATAGCCAGTTGCCTTAAAGAAAGTGAATTGGACCCAGGCATGAGCATTTCTCAAGGTAAATATCTTGATGGTTACATAGTTATTCCTTTTTGTATGTCTCTTTGAATACAAAAATAAAATATTGGCATGAATCTCACAATTCTTCTTTCCTGTAGGTGAACCAAAAGAGCTTAGTGAAGAAGCATACAACAAACAAGTCTCAGAATATGATTCACCACATCAAACAGTGCCTACTTTTCAGTCCCTTACTGAAGGAATTCCCACACCCAACTTCACCGCAAGTGTGAGTATTTGACATCAATTATTTCATTAGACAATTAAACATTATATAGCGACCGTGAATTTATAACATAGATCATTGAATTGTATATGCATGTCCTGAAAAGGCCGCATCTCAACTTAGACATTATATTTCACGTAAAAATGCAAAGTTTACATTTGAAATAAATAACAGTCAAATTACTTGTATTTTTTCAGGAAAAGCAAATTTTGTTCAACATTCTTGGCATGTCATCTCCTGCTCCTAGTCCAAATTCTACCCATCGACCATCATGCAAAAGAGCTCTTCTTGAAAGTCTCCGATAAGCCCAAATCTGGTCATATTTCATTATTGCCGCCTTCTTCATCGCTGTTATTTTTCTAGAGCTCTTCAATATAACATTTTTCTATCACTCTTTCCAACCATGTCTCTGCCTATCCTTAAAATCTTATTTCGGCCAAATTTTATTGGTGATGGTTCTTGCTCTGCATATACTTGTGTCTTGTGTGCCAACTCGTTTTTTTCCCTCATGTGTCAGGTCTTAAAATATTTATATATATTAAAAAAAAAGCTCATTATTCCCCTTGTTTTCAGTCTTTTAGTAAAGGTCGAAAGGCTTTTATTGGTTGTTCTTTGTACAAAAAAAGGATAATTATAAAAAACATCTTAAAGTCTTGATAATGCATTTTTATGTCATTATCAGTGTCATATAGTGTTCAGAATTAGCTTTTGTTGTGTGGAGTTCACTGCAGTCTGTTCTTTTATCCTTGAGAAGTGTCTTGTGTGTTCTGTGTGAAATGTAATGAGTTTAACAAACAGAGGATAAATTTTGTCCTCGGATGTCCTCGGATTGGTGTATGTAGTATTGGTAAGAATGCAACAATACTTCATTTTGTGTTGAAGGAGTTGAATTTGGCTTGATGTTGCTTTTTTGTGAATATTGTGGTGTGATTAAAAGCGATACCGACTTACCCAGTATAGTTGTTTCTTGCAAGATGTTTATGAATGTTGTCTAATTCAACTTATGTCTGACGAACAGATAAAAGAAATAGAAATTTGGTGTTGAAATTGATCATCAAGGTGCGATAATGAAATCATTGGTCCATTGATTCAATGTTTATGATGTTGAATGTTTCCAACGTTTGATGCACAATTTAAACGTCCTAGTCGTAAGTTGAATTAAACCGTAGTTTCTAAATGTGAAAGGTTTAAATTTGCATCTGATGCAAGATGCAGATTGAATGCAGTGAGATATAAGCTTATGTACCATGTAAGTATTTAATTTGCTAATTATGAATACCATTCTCCAAGTTTGAAAATACATGGGTGCTTTCCTCAACAAATTTCAGGAAACAACTCTAGCATTAGTTTTTGAAAAAGGTGTAGTTTTCTTTCCAAATACTTGTTGCTTTTGTAATTTTCAGAAAAATATCTACCCTTTTTGGTGCAAATATTTACAGTTGAAGATTGCAAATTTTTACTGAAAATAATTATATGTTGTTTCGAGAAACTTTTTTTGAGAGGAAGGGGAATGTGAAATTAGAAAAAAAACAAACTTTGAAGTAAAAATTGTGTTTACATGAATAATTTATTTACACTGGATCATATTTATTGAATATCAGTAAAAAAAGAAGTGTTATTTTAATACACACGCGGTTGACATCAAAAGCGGCTCAACACCAAAGTCTTGTAAAATAATAAAGGTTTAACAGAAAGTATGTGAAACGTAATAAGAACAACATGATTTTTAAAGTGGTTCATAAATCTCTAGTCTACATCTACTATAATTTATTTATTTGTTTGATTGAGAGTCCCTAGAACAAGGGTTTCACCGATCTAAAAGCTAGAACAACAAATTGTAGCTTCCTTAGTGACTATGGTAGATGAGAGATAGAAAATGAGCCAAAAGTCCTTCTCCAGTTGCTATAGGGTCTGTATTTATAGGGAAACTGTCCAGCAGAATCGAAAGCCTACGAAACACCAAATCCAGATTTAGATCCGAGAGTGTAGGAGAGAAAGATGAGGCCCCTTGGGCCATAAATTCTACTCGGTATCAATCAAAACTGGTCGGTACCAACATGAATTTTAGAGGGAGAACTTCTCCTTCTTCTCACCTCTGGTTTTCTATCCATGATTCATCGTGTTTCGAGCACTTTTCCTTTGAGATCGTGTTGTTTCTGGAAGGTTCTGATATCATTTGCACTTGCCAGCTTTCCTATAGAAATCCCTTAGAGTTGCTCGTCTATTCCTATAGAAATGTACTCCTTGATGATCACCCTTGCCATACTTCCATGTACAAGAGCTTCATGGACCCACAAGGGGGCAAGAAAAGTGGTTAGTGCCGAGTAGTCCACTTGACTCCTATTGTCGAGTAGTCCACTTGACTCCTATTGTCTTATAACCTTTTGAACTCCTTTCTATACTCTTTCCAAGCATGTTTCCATGTCCGTGAATGGTTTCGTCTTCATCCTGACATCTAGATTCGAGTAAAAGTCTGCTTGATCAAAAAAGGATAAACTTGCCCTAAGAGCATGCTTTTGTTGAGAACAAAACATGCTCTTGAATGAGACAAGCATTCTATTATCCATGTACGCTCATTGATTGTCCAAGAGTTGCTTCAAAACGTTGTCTTCATTCCGTGGATTTCCATTCAACCGCTTTAAGTAGTAGAAATTCCACTCTCCGTTCTAAGGACAAGATCTACGCTCTGAAGATTGTTCCACGCCTTAGCCAGGTATGCACTTCCTTTACCTTGCTTTTTTCTCAATTTTTGGTTGAAAAATTATAGTCGGTACCGAGTGATTTTACTCGGTACGAGTCCTTTCTTCCCTACCCGAGTACTATATATATATATATACAGTATATAGAAAGTTTTTTTTTCACCTCACCTTTTGCCTATTCGTGACTGAATCATTGCTTCTGCCAACCCCTTGCAAATGCCATCCATCATCATTTTTTGATCACCGTCGTCTGCCTTAGGTTGCCGCTACCTTCAAGACATCGATGTCGACGTCAAAAACACGTCGCCGATCACTTCCATTCGTTCAAAGCCTTCCACCACTGAACCCTCTATTGCAACTCTACTCCGAGCTCATCAATCCATCATCCTAGTCTGCAAATCGGCAAGGTGGGCTGGTCGGCGATCGTTATGATCATGGTGTGACGGCTAACGATGGTGAGGGTGAGTTGTAGGGTTTTGATATGAGATATGCCTTAATCCTTCCTTAGGTTGTTCTCGGGTTTGACTTGGAATGAACTCGGGTTTGGCCTAGGGTGTGCTTGGGTTTTTCCGACAATATGTTATGCTTCTCTGACTTCTGGTCCTAAAACTCCAAAGTGTTTTGTCTAACTCCTATCAAAGCTCAATCGATCGTGTACCGTTGTTCAAATATCGATTGGATGATTATTATCTAAGAACGATCATATTGGATGGGTTCCAAAATTCGAACGATTCTATCGCCTGACATTTTCAATACTCGAACATTCTTATTGCATAGCACTCTCCATTGTTCCACTTCTGATGTTCCTGCAAAAGAAATGTTTCCACGTCGCTTCGAACAGTAGTTCCATTATCTATTATTCGACGATAATGGATAAGATCCGATGCACAGACGTTCCGTCATGTGATGTGGCCCGTTTTTCTAGCACGAGTGGGCTACACATGATGATCCGTTCGTTGTGTACATGTCATGGGATTTACACAGCATAGGTTTACATTTCCACTCTCCCTAGTCGACGTTTAGAATCTGATTGATCAACACACGTCGACATCCGTTGGATTCTGGGTGCCAGTCACATGAGTATAAAATCGAAATGGAATTCCAAAATAAAATATACCTAACTATGTTGAACACTAAATTTTCCTATCTAGAATGACTCGTTAATGCCTCGCTTCCACACCGGTATTGGGCCATCAACTCCTTCCAAAGTCGGATCCATTACTGCCTAGGCTTTGACATCAATGCCTTCTAGGACCAGGAGCTCAATTACCATTGAATTACAAGGAATGACCATCCAAGTTAATCCGAACTAAGAACAACCTCCTCTACTGAATGAGTACATCGAGTTGAGGGTTTTGGACAGTCCACCTGAAAAGACACCGATAATCCTTACTTCGAAGCTACTTCAAACCATCTGCCATTAGCATAGAATTCCCAAAGGCGATGCTTGCTTCCTACTTATGGGCAATGTGCACACAATCCTCCAGTAGGTTATATAACCTTCAACAGATATATGTGCTTAGGTGACGATGTACTGCCTTTCAATCTGTTAATGGGCATGATTCTCCAAGAGCTCGGGTTGACTCCGTTCCAGGTTCATCCCAATGGATGTGTGCTATTGAGCTCCTTGTATGTGCCATTCAGGAACTGATTCCTACGACATCAAATTTCGAAGAGTTAACCCATATTTTGAGCTTCAAGCACCACAAGACTGGCCTTCCCTTATGATCATTGAGGCCTAG

Functional annotation

Database	accession number	e-value	annotation
nr	XP_020257328.1	5.6e-101	transcription factor MYB124
Swissprot	Q94FL6.1	1.8e-72	Protein FOUR LIPS
trEMBL	A0A5P1FAQ2	4.0e-101	Transcription factor MYB124-like

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT1G14350.1	46.34	6e-87	318	AtMYB124;FLP;MYB124	Duplicated homeodomain-like superfamily 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
AfisC8G00439	AT1G14350.2	410	171	10	13	401	19	400	46.34	6e-87	318
AfisC8G00439	AT1G14350.1	410	171	10	13	401	19	400	46.34	6e-87	318
AfisC8G00439	AT2G02820.1	441	193	11	13	403	24	450	41.72	6e-82	301

Ortholog group

Species	Genes
-	-

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF13921.3	Myb_DNA-bind_6	Domain	22	82	55.5	4.4e-15

Gene Ontology

Accession	Ontology	Name
GO:0000122	P	negative regulation of transcription from RNA polymerase II promoter
GO:0005515	F	protein binding
GO:0000978	F	RNA polymerase II core promoter proximal region sequence-specific DNA binding
GO:0001077	F	transcriptional activator activity, RNA polymerase II core promoter proximal region sequence-specific binding
GO:0001135	F	transcription factor activity, RNA polymerase II transcription factor recruiting
GO:0001944	P	vasculature development
GO:0042742	P	defense response to bacterium
GO:0050832	P	defense response to fungus
GO:0005654	C	nucleoplasm
GO:0006338	P	chromatin remodeling
GO:0009554	P	megasporogenesis
GO:0009629	P	response to gravity
GO:0009723	P	response to ethylene
GO:0009733	P	response to auxin
GO:0009737	P	response to abscisic acid
GO:0009739	P	response to gibberellin
GO:0009926	P	auxin polar transport
GO:0010052	P	guard cell differentiation
GO:0010089	P	xylem development
GO:0010119	P	regulation of stomatal movement
GO:0010200	P	response to chitin
GO:0010214	P	seed coat development
GO:0010228	P	vegetative to reproductive phase transition of meristem
GO:0010235	P	guard mother cell cytokinesis
GO:0010262	P	somatic embryogenesis
GO:0010376	P	stomatal complex formation
GO:0010439	P	regulation of glucosinolate biosynthetic process
GO:0010444	P	guard mother cell differentiation
GO:0046686	P	response to cadmium ion
GO:0031523	C	Myb complex
GO:0032875	P	regulation of DNA endoreduplication
GO:0043525	P	positive regulation of neuron apoptotic process
GO:0045624	P	positive regulation of T-helper cell differentiation
GO:0045944	P	positive regulation of transcription from RNA polymerase II promoter
GO:0050891	P	multicellular organismal water homeostasis
GO:0051571	P	positive regulation of histone H3-K4 methylation
GO:0051574	P	positive regulation of histone H3-K9 methylation
GO:0055089	P	fatty acid homeostasis
GO:0061087	P	positive regulation of histone H3-K27 methylation
GO:0080022	P	primary root development
GO:0090307	P	mitotic spindle assembly
GO:0090436	P	leaf pavement cell development
GO:1901002	P	positive regulation of response to salt stress
GO:1901333	P	positive regulation of lateral root development
GO:1902584	P	positive regulation of response to water deprivation
GO:1902806	P	regulation of cell cycle G1/S phase transition
GO:2000014	P	regulation of endosperm development
GO:2000022	P	regulation of jasmonic acid mediated signaling pathway
GO:2000031	P	regulation of salicylic acid mediated signaling pathway
GO:2000037	P	regulation of stomatal complex patterning
GO:2000652	P	regulation of secondary cell wall biogenesis
GO:2001280	P	positive regulation of unsaturated fatty acid biosynthetic process

KEGG pathway

KO	Name	Enzyme ID	Pathway	Pathway ID
K09422	MYBP; transcription factor MYB, plant	EC:-	-	-

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network