result

Gene information

Detail information of g288422

Location

Gene	Chr	Start	End	Strand
g288422	CHR5	25859947	25868064	-

Sequences

CDS

>g288422.t1
ATGAGTTTTGGAGGTTTATTTGATGGCGGCAGCGCCATGTCTCAGCCTAGATTACTTTCTGGTCTTTCTCTTGGCTTGCAAACGAACATGGAAGGGCAAAGGGAGGTGAACAGGATAGGGTTCACTGGAGGAAATTCTGGAAACATTAATGAATCAATTGGAAGAAATAAGAATATTAATGACAGCAATATTAATGAGAATAATTATAACAAAAGAGAAATGGAAAACGATAGTGAAAGCTATAAATTAGATGGTGGTGGTGGTTCTCCTGGAGATGAATTTGATCAAGATCAAGATAATCCAAGGAAAAGAAAAAAATATCATCGCCATACCCCTCAACAAATTCAGGAACTTGAAGCGTTGTTTAAAGAGTGTCCTCATCCTGATGAAAAACAAAGGCTAGAATTGAGTCGTCGCCTCAACCTTGATACTCGTCAAGTGAAATTTTGGTTTCAAAATCGTCGAACTCAAATGAAGACACAAATTGAAAGACATGAAAACTCATTGCTGAAAAACGAGAACGACAAGCTAAGGGCAGAAAACATGTCAATCAAGGAAGCATTGCACAACCCAATATGCACCAACTGTGGAGGGCCGGTGATGTTAGGAGAATCAACTCTCGAAGAGCAACACTTAAGACTTGAGAATGCTCGTTTGAAAGACGAGCTAGAAAGGGTATGTGCCCTAGCGGGGAAGTTTATAGGGCGACCTTTGCCTAACATGTCATCGTCTCTTGACTTAGCGGTTGGGCTAAACAATGCCTTTACACAAGTTGCTCCGACTTTATCCGTTGTGCCCGACTATGTGACTAGCCCTTTAGGGAGTGTGGTTACACCTAGCAATAACAATAGTAATCATAGTAATGGTAATAGGGGATTAGATGGGAGTGTGGAGAGGTCGATGTTGTTGGAGCTTGCATTGGTTGCTATGGATGAATTGGTGAAGATGGCTCAATTGGAAGAGCCTTTATGGGTGAGAAATGGAGAAGGTAATGGGAGAGAGACTTTGAATTTTGAAGAATATGAGAGGAGGTTTGCTAGGTGCATTGGACCAAAACCGGTTGAGTATGTGGCCGAGGCAACTAGGGAGAATGGAATGGTGATAGTCAATAGTATGGCACTTGTCGAGACACTTATGGATGCGACACGCTGGGCGGATATGTTCCCATGTTTGATTGCTAGAACTACGACCACCGACATCATATCCAGTGGCATGGGAGGAACTCGAAATGGTGCTCTACTACTTATGCATGCAGAACTTCAGGTTTTATCACCGTTAGTTCCAATTCGTGAAGTCAACTTTCTTCGTTTTTGCAAGCAACACGCAGAAGGTATTTGGGCAGTCGTTGATGTATCTATTGATGGAATTCGTGATTATCCGATAGTTTCAAATGGGAATATGTGCTGCCGTAGATTGCCTTCTGGATGTGTTGTGCAGGATATGCCTAACGGCTACTCTAAGGTAACATGGGTGGAACATGCAGAATATGATGAAAGCATGGTGCACCAGCTTTATCGTCCTCTTCTGCGATCAGGAATGGGGCTTGGTGCACAACGTTGGATTGCAACACTTCAACGTCAATGTGAATGCCTTGCCATTCTCATGTCTTCTTCTGTCATCACTCGTGATCACACTGTGATAACAACAAGCGGAAGGAGGAGCATGCTAAAACTAGCACAAAGAATGACCCAAAATTTCTGCGCCGGCGTGTGTGCATCCTCGGCGCACAAATGGAGCAAACTGAACTCGAATGGGAACATCGGCGAAGACGTCCGTGTGATGAGCCGTCAGAGCATGGATGATCCAGGTGAGCCACCTGGCGTTGTCTTAAGTGCAGCGACTTCGGTTTGGCTGCCTTTGAGCCCTCAACGTATCTTCGACTTCTTAAGGGATGAGAGGCTTCGTAGCAAGTGGGACATTTTGTCTAATGGTGGGCCTATGCAGGAGATGGCTTCTATTGCTAAGGGCCAGGATCATGGCAATGCTGTCTCTCTCCTTCGTTCCAACGGTGGCAATGCAAATCAAAGCAGCATGCTAATACTCCAAGAAACGTGCACAGACGCATCAGGCTCTCTCGTAGTATACGCCCCAGTCGACATCCCAGCCATGCATCTCGTGATGAACGGTGGAGATTCCGCCTACGTGGCCCTCCTGCCTTCTGGGTTCGCCATCATACCCGATGGTCCCAGCACCACTAACGGGTCTCAACAACCAGGTTCTCTCCTCACCGTAGCTTTCCAAATCCTCGTCAACACCCTTCCAACCTCTAAACTCACAGTGGAATCAGTCGAAACAGTCAACAATCTGATTACCTGCACCGTTCAGAAGATCAAAGCCGCCATAAACCTCGAAAACTAA

Protein

Gene

>g288422.t1
ATGAGTTTTGGAGGTTTATTTGATGGCGGCAGCGCCATGTCTCAGCCTAGATTACTTTCTGGTCTTTCTCTTGGCTTGGTCAGTCTTAATTATGCCGTCTTCATTTATTAATTAATTCATTATTTATATACATTTTTCTTTTAAAATTCTCTGTAGTGACACTTATATCACTCAGTTAGTAACATTTCTAGTATTTTTGCAGCAAACGAACATGGAAGGGCAAAGGGAGGTGAACAGGATAGGGTTCACTGGAGGAAATTCTGGAAACATTAATGAATCAATTGGAAGAAATAAGAATATTAATGACAGCAATATTAATGAGAATAATTATAACAAAAGAGAAATGGAAAACGATAGTGAAAGCTATAAATTAGATGGTGGTGGTGGTTCTCCTGGAGATGAATTTGATCAAGATCAAGATAATCCAAGGAAAAGAAAAAAATATCATCGCCATACCCCTCAACAAATTCAGGAACTTGAAGCGTAAGAACTGAAAATTATGTTTATATTCTATAATAATGATTTGCATGTAATGTTAATTAACTTTGTAAATTGTTCTATAGGTTGTTTAAAGAGTGTCCTCATCCTGATGAAAAACAAAGGCTAGAATTGAGTCGTCGCCTCAACCTTGATACTCGTCAAGTGAAATTTTGGTTTCAAAATCGTCGAACTCAAATGAAGGTAGAATTTTGATTCCTTGAATGCTTTGTTATTAGTTTAATTTATGTTAATAATCATCTGTATTTTATTTTTGATCATAGACACAAATTGAAAGACATGAAAACTCATTGCTGAAAAACGAGAACGACAAGCTAAGGGCAGAAAACATGTCAATCAAGGAAGCATTGCACAACCCAATATGCACCAACTGTGGAGGGCCGGTGATGTTAGGAGAATCAACTCTCGAAGAGCAACACTTAAGACTTGAGAATGCTCGTTTGAAAGACGAGCTAGAAAGGGTATGTGCCCTAGCGGGGAAGTTTATAGGGCGACCTTTGCCTAACATGTCATCGTCTCTTGACTTAGCGGTTGGGCTAAACAATGCCTTTACACAAGTTGCTCCGACTTTATCCGTTGTGCCCGACTATGTGACTAGCCCTTTAGGGAGTGTGGTTACACCTAGCAATAACAATAGTAATCATAGTAATGGTAATAGGGGATTAGATGGGAGTGTGGAGAGGTCGATGTTGTTGGAGCTTGCATTGGTTGCTATGGATGAATTGGTGAAGATGGCTCAATTGGAAGAGCCTTTATGGGTGAGAAATGGAGAAGGTAATGGGAGAGAGACTTTGAATTTTGAAGAATATGAGAGGAGGTTTGCTAGGTGCATTGGACCAAAACCGGTTGAGTATGTGGCCGAGGCAACTAGGGAGAATGGAATGGTGATAGTCAATAGTATGGCACTTGTCGAGACACTTATGGATGCGGTAAGAAATATCACACACACACACACACACAGAGGCATTTAATCATTTTCTTTTAGTATAGTGGAAGTGAACTTGTAATGCTTCCATTCAAAAGTGGTTTACGATACCGTTTTCAACAACTTTTTAAAACATTAAAACTTTGCAACTTTTAAGTTGTTTTGCATCTATAGTTAATCGTAAGCGTTTGGATATTTCGGTACAAATTTAGATTAAATTTAGTTATTAAAGATGCAAAATGAAATGAGCAACTATTTTTTTACCTATGATTTGTTTGCTACGTATAAATATTAGATGCTAACAAACACATAAAGTTACATAAGTAACTTAAACCTATATGGCGGTGGCATACACACTTTTTAGATGTTAACAAACACATAAAGTTAAACAAGTCAATTTTTTTGGATGTTTTATAACACATGAAATTTCATTAAGTAACTTATAAAACTACCTTGTTCCTCTATGGTAGAAATCAGAGCAGAAAAACACAAGTTTAAGACTACTTAGTTCATACTAGTCAATTAGACTAATTGGATATATCTAAACTTAGCTGGATGTTCTACTTTGATCTAGACTAGTTAGACTGTATTTTTAAGTTCCCAACAAGCTACTTGCATCTTGTTCTTTGTCAGCAATTCTAGTAATAGTTAAAGCAACGTCAGGTTGATGATTTCTTAATTGCCCTGAATTTCTATTATTTATCATCACTATTCATTTCAATTCATTTATCGTGCAGATTTTGTTTTTGATAATATTATTTGATTCGGACAAATGTGTTTCTTTTTTTAAAAAATTGCAGCAAAAATATGATTTTTGTATATACTTGATCAACATCAAATATCAAGAGCATAAAAATTTCATTCTTCTTATTTCTTTAACAAGTTTTGTACATACAGACATCACCTAATGTATGCTAGCGCAATATGAATATTAACATTTTCAAGTCTCTTTTTTTATTTTAAAAAAAAGCGTTGCAAAGCTGAATAACGCAATCTTGAAATTGATTGTTACTCCAATCTATTCTGCATATCAAGTTTGACACAAATCAGTTGACTCAAAAATATTAGTTTTAGTTATGATTATATATACTAGAATTGACCCGTGCTTCGCACACGGACTGTTTATATTATTTTGAACGGAAAGCAAGGGTATTTTCGGAATTTCAAAAAGACGTCGAGTAAATTAATTCAATGAATTTTCTTTATTAGTAGTAGAGATGTAAACATATTAGAAAATTTGTAGTATGTTACACATGAATAATCGTTTCAATATCGATGTAGACACGCTGGGCGGATATGTTCCCATGTTTGATTGCTAGAACTACGACCACCGACATCATATCCAGTGGCATGGGAGGAACTCGAAATGGTGCTCTACTACTTGTAAGCATTTTAAAATTTAATTCAACTTTATTTTTAAATGTAAAATTTCAAGCGTTTTAATATGTTCAACTTGAGCATTGCACATTTTATTTGACAGATGCATGCAGAACTTCAGGTTTTATCACCGTTAGTTCCAATTCGTGAAGTCAACTTTCTTCGTTTTTGCAAGCAACACGCAGAAGGTATTTGGGCAGTCGTTGATGTATCTATTGATGGAATTCGTGATTATCCGATAGTTTCAAATGGGAATATGTGCTGCCGTAGATTGCCTTCTGGATGTGTTGTGCAGGATATGCCTAACGGCTACTCTAAGGTTTGCATTCTCATCTCATGTAACACTTTTATTTAGTTTGAAAGTCCACATAGCTGTACATGCATTTACGATTGTTTTACTGAAAATGAAGCTTTGAATTTAACTGAAATGCTAGTAAATTTCTACGCTACTGCTAGATTATAGGTTTTTTTTTTCCGTCTTTTTTCTTTTTTAGTTTGTCATCTTTCCCCAGATTTAAATTACTACTTTTGTATTGCCATTTCATCTCTTCTTGGAAAATGAGATAAGTCCTACAGAGAGTAAAATAACAAAGGCTTAATTTGTTCAACTATCTCTTTCTCCAGCCTAGCAGTTTTTGTTTTCTTATTAATCTAGTATCTCGATTTCAGATTTTAGTTTTTATTTGGTTACTTTGTTTTTAGCAGTGCTATTAAACTAGTGCGTAGCCTTGGCGTTGCAAAGAACAGTGTTGTGAAAAGAAAAGAAAAGAAAATACAGTGTTAAATTGTTTTTTTCTTCTGGATTTCGTTCTTGTTAAAAACTTAAGAACAGTATTTGTTCTGAAATTTTGCTATATGACTACTGTGTTTATGTGTAAACAGATTATGCAATGCTCTAACTTTATTTGTTTACATATTTATATTTATATATGTTAGAACTCAATATGTTTCCATCTGTTATGAATGTTAGTGTTCAAATAAGGTCTTTTAAAATAATGTTTATGTGTAGATAAGACTAGCTCCTAGTGGTTCTATTCTTCTTATGCATATTTTTTTCTTTAAAAAATAGATAGATGCTTCTCCTCCTTGGAATCATAAATTTCACACATGCATTTAAAAATAATAAGTCAAAAAAAATATGTATGACCTCTTTTCAATGTTCTTTATAGTCTAATCCACCGTTAATTGTTAATGTATTTTTGTTGTATATAATACTTAATATCTCACTTAGTCCTCTTAGTCCAATATGTGTTGTTTTGTTTTATAGTAAGAATGCATTAGTTTAATGTACCTAGAACACACTTTACATAATTAATACCTAGATCTTGCTTCTATTCCCATAATTATGCTACTATTTCAGAAGATTGATTCTTCTATTGGTATAGTTTACATTAATTTTCTGTCAAATGTCCCCCATTTAAGTGGTAAAGTCTATATTATTTATCCTAAATTAATACATGTACCTATATAGCCTTAGTTATAGCTATATACCATAATAAATTGTTGGGGCATGACATCTAATAATGTATAAAACAAAAGTTGTTTGAGTTAAAAGTACTACGCATCCTGACTAACCATCCCATTTCATATGACCTTTTAAGATTTGTCACAAACTTTATGGATCTTGATAATACAGATCAGCACTACCATGTCCGGTATGATAATGTTAACAACAACTGATCGTTTTACATTGTCATCTATATCCTCGAACTTCTTACCATATATATGATTCTGTACACGTGAATATGATATAATTGCTCTAACATTCACTAGCTGCACTCATTCCCTAGTTAAAAAACAAACTAGGTTTACACATATGTGCCTAAATTCTTCGGTTCTTAATGTCAAAGCCTTGTACTCTTCTTCCTCTTCTATATGTTATCTTGATTTGAGTACTTTTTGTTTGTTTCTGCTTGCGTCTTCTCCTATCTAAGCTAAAGTGTCCTTTTCTATTGGACCCTACCATAGCAGATTATTATATATATGTAATGAAACATGGTAACTGAAATTATAAGCTAGAAGAAGCTTTAATGTTAAGTCCATCGCTAATTTAATAATACCAACACTTGTTTCATAAAGCTTATTTCTTGGCTGTATGACTAAACAAGTATATAGTTTGGGGTCCAAATGATTCTAGGTTTTAGATGACATAATTAACAAAACTTAATATTAATTCCTTGCTATGACTGAACATTTATGTAAATTATACAAAATGTGCACTGTGAGATTGATACAGATTTTCTGTTCACTAGCTCACCGATAAAAATAAAATATGAATGCATTGATTAAAGCGTAGGAATTGCATTGAATGCAGGTAACATGGGTGGAACATGCAGAATATGATGAAAGCATGGTGCACCAGCTTTATCGTCCTCTTCTGCGATCAGGAATGGGGCTTGGTGCACAACGTTGGATTGCAACACTTCAACGTCAATGTGAATGCCTTGCCATTCTCATGTCTTCTTCTGTCATCACTCGTGATCACACTGGTAGGTAGTCTCTATATATATAAATACACACACAAACTCCTCTAAAAAGATACCCAAATGTAGATTAAGGACAAGTATATATTTATTTTCCGATTCCTACAATATACATACACATCCTGCTTATGTTATGTATGCATGCATGCATGTATATTTGAATTAGTTTGTTGCTTTTTGTCCATGTCCATGTTCTTGTATTTTTTACTTCAGTAATTTATCAAGGGTATGAGTAGTCTAGGACATGTATCCCTTCTTTTTCTTTTTCTTTTTTTTTCCAAATAGTTGTGTAATCCGGACATTTTCCGTAAACTTCTTAAGTAACTGAGGAAGTATGCACTGATCACAAAACACATACTCTATGTATTCAAAGATCATCAAACACGAAACACATACTCTAGGTATTCAAAGATCACAAAACACATACTCTAGGTATTCAAAGAAAATTGCATTGGCGGTGGAAAATAACCCTTGACCATTGTATCTTTTCTTTGACGTTTAAGTATTTTTGCCAGATGAGCAATTATTTTGAAGGTAATCATCACAGAATCCATGAAGCTTTCGTTCCTTTCACAAAAGTGGATCGATTGAGAATTTTGATATTTTTTTTTGACAGAATTGCATCAACTATTGTCTAAATCTATTTTATTTTTGCCATACACATTAATTTTGAGCCAATAATTAATATTTAAACTATGCAGTGATAACAACAAGCGGAAGGAGGAGCATGCTAAAACTAGCACAAAGAATGACCCAAAATTTCTGCGCCGGCGTGTGTGCATCCTCGGCGCACAAATGGAGCAAACTGAACTCGAATGGGAACATCGGCGAAGACGTCCGTGTGATGAGCCGTCAGAGCATGGATGATCCAGGTGAGCCACCTGGCGTTGTCTTAAGTGCAGCGACTTCGGTTTGGCTGCCTTTGAGCCCTCAACGTATCTTCGACTTCTTAAGGGATGAGAGGCTTCGTAGCAAGTGGGACATTTTGTCTAATGGTGGGCCTATGCAGGAGATGGCTTCTATTGCTAAGGGCCAGGATCATGGCAATGCTGTCTCTCTCCTTCGTTCCAACGTAAGTATTTTATCTTTCATTTTTTGTAATTTACATGTGTAGCTTTATCTCCTCGTTGAATTATAATGTTTGACGATATTTCATTCAAAAATCTTAATATCTTAGGATTTGAACCCTGTTTTGTATTGGCTCGTACCAATTCTTGTTCGATTCTTGAATTCCGATCGATAACTTTATTTAAATGCAATTGCGAAAAATACCATTTAATCCATATGAAATAAAACGTTTCGATATACTCGTTTGGTGCTACATTTTAGGTTTCATCTTTTCAAAAAGTAATCAAATAAATGTAATTTTATAACATGACAAACAAAGTTTCTAGCATATATATGTATATATACCTATACATATATGTATATATACCTATATACATATATAGATATATCTATATATATATACCTCTACATATGTATATATACGTATGTATATATATATATATATGTATATATGTATATATATTCATAAACATTTAATTATGTACCTTTTGGGGTTTACAATTCATGATTTAATCTCATTTCCAATATAAAATTTGAACATTAAGATTTTGTTGTTTTTTTCCCGTTTTGAAAAGTATGTTAGACCATACAATTTTTGCATCTTTGTTTGCTAATGATTAGATATGTGCTTAGGGTTTGAAACTTTGAATAATTAATTTAGGGTTAGCAGTAAAATTTAGGGCTTTGAACAACTCCACAGTTTCTCTGACATGCTTCCATATATTGAAAAAGACAGTTGTGACTGTCATTGTAAGCTTGACCTATTACGGTAGTTTCCTTCACATGTTGCCAGTCTTTGCCTATGGGACCAATTGTATAGCTTTGGCTTCTTTTGGTAAAATACTATAATGTTTTTTCAGAAAAGCATACAAAAAAGTTTTTTCTTCAAGAGAAAAAAAATACTCACAGCAAAGCAAATCTAAGCACCAATTGTTAAAATAGTCACTGGCTGAACCAAGAATCCTTCACATGATTTACTATTCTATTGAAGGCACTTATTTTACTTATTTTGTGTGTGTTTTAAATTGAATGTTCCCGTTTGTGAATAACTAATTTTATATTGTTCAACGGTGTAAATTTTGAAATATCAAACTTATCCTTCATAGTTTATTGTACTCTATTTAATTTATATAATTACAAAATTTTCAATCAGACAACCTAGTTTGATTATTACTTATTTTCTGATATGAATTTTATTTACTTACAATGTTCTTCTACTTGAAAAACTTATATTTAGCACTAATTAAGCAAGTCTACAACTTCATATAAAATTATATATGTGAAACAAGTAGACAACTACATATTTGTTGAAAACTTGCAAAGAACTCTATATTTTTTTTTCTCTTCAACATGTATCTTCATGTTATAAATTCATGTGTTTTGTAAATAATTTCAATGTTAAATAATGTTGACCAGGGTGGCAATGCAAATCAAAGCAGCATGCTAATACTCCAAGAAACGTGCACAGACGCATCAGGCTCTCTCGTAGTATACGCCCCAGTCGACATCCCAGCCATGCATCTCGTGATGAACGGTGGAGATTCCGCCTACGTGGCCCTCCTGCCTTCTGGGTTCGCCATCATACCCGATGGTCCCAGCACCACTAACGGGTCTCAACAACCAGGTTCTCTCCTCACCGTAGCTTTCCAAATCCTCGTCAACACCCTTCCAACCTCTAAACTCACAGTGGAATCAGTCGAAACAGTCAACAATCTGATTACCTGCACCGTTCAGAAGATCAAAGCCGCCATAAACCTCGAAAACTAA

Functional annotation

Database	accession number	e-value	annotation
nr	XP_008799528.1	1.6e-294	homeobox-leucine zipper protein ROC5
Swissprot	Q6EPF0.1	1.9e-260	Protein RICE OUTERMOST CELL-SPECIFIC 5
trEMBL	A0A8B7CI16	1.1e-294	homeobox-leucine zipper protein ROC5 isoform X1

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT4G00730.1	65.42	0.0	963	AHDP;ANL2	Homeobox-leucine zipper family protein / lipid-binding START domain-containing 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	bit score
g288422	AT4G00730.1	775	224	17	20	785	63	802	65.42	963
g288422	AT3G61150.1	799	254	12	12	785	43	807	60.83	954
g288422	AT4G04890.1	718	274	10	91	784	50	738	54.46	777

Ortholog group

Species	Genes
Allium cepa	g288422.t1; g530912.t1
Allium fistulosum	AfisC5G00212; AfisC8G05032
Allium sativum	Asa1G00799.1; Asa6G06992.1
Arabidopsis thaliana	AT3G61150.1; AT4G00730.1
Oryza sativa	LOC_Os02g45250.1; LOC_Os04g48070.1; LOC_Os04g48070.2; LOC_Os04g48070.3; LOC_Os09g35760.1; LOC_Os09g35760.2

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF00046.26	Homeobox	Domain	104	159	68.5	2.9e-19
PF01852.16	START	Domain	305	530	167.3	2.8e-49

Gene Ontology

Accession	Ontology	Name
GO:0000003	P	reproduction
GO:0003006	P	developmental process involved in reproduction
GO:0003674	F	molecular_function
GO:0003700	F	transcription factor activity, sequence-specific DNA binding
GO:0006355	P	regulation of transcription, DNA-templated
GO:0007275	P	multicellular organism development
GO:0009653	P	anatomical structure morphogenesis
GO:0009888	P	tissue development
GO:0008150	P	biological_process
GO:0009314	P	response to radiation
GO:0009411	P	response to UV
GO:0009416	P	response to light stimulus
GO:0009605	P	response to external stimulus
GO:0009628	P	response to abiotic stimulus
GO:0009664	P	plant-type cell wall organization
GO:0009791	P	post-embryonic development
GO:0009827	P	plant-type cell wall modification
GO:0009889	P	regulation of biosynthetic process
GO:0009908	P	flower development
GO:0009987	P	cellular process
GO:0010015	P	root morphogenesis
GO:0010053	P	root epidermal cell differentiation
GO:0010054	P	trichoblast differentiation
GO:0010468	P	regulation of gene expression
GO:0010556	P	regulation of macromolecule biosynthetic process
GO:0016043	P	cellular component organization
GO:0019219	P	regulation of nucleobase-containing compound metabolic process
GO:0019222	P	regulation of metabolic process
GO:0021700	P	developmental maturation
GO:0022414	P	reproductive process
GO:0022622	P	root system development
GO:0030154	P	cell differentiation
GO:0031323	P	regulation of cellular metabolic process
GO:0031326	P	regulation of cellular biosynthetic process
GO:0032501	P	multicellular organismal process
GO:0032502	P	developmental process
GO:0042335	P	cuticle development
GO:0042545	P	cell wall modification
GO:0043473	P	pigmentation
GO:0043476	P	pigment accumulation
GO:0043478	P	pigment accumulation in response to UV light
GO:0043479	P	pigment accumulation in tissues in response to UV light
GO:0043480	P	pigment accumulation in tissues
GO:0043481	P	anthocyanin accumulation in tissues in response to UV light
GO:0045229	P	external encapsulating structure organization
GO:0045595	P	regulation of cell differentiation
GO:0045596	P	negative regulation of cell differentiation
GO:0048364	P	root development
GO:0048367	P	shoot system development
GO:0048437	P	floral organ development
GO:0048468	P	cell development
GO:0048469	P	cell maturation
GO:0048497	P	maintenance of floral organ identity
GO:0048519	P	negative regulation of biological process
GO:0048523	P	negative regulation of cellular process
GO:0048608	P	reproductive structure development
GO:0048731	P	system development
GO:0048764	P	trichoblast maturation
GO:0048765	P	root hair cell differentiation
GO:0048856	P	anatomical structure development
GO:0048869	P	cellular developmental process
GO:0050789	P	regulation of biological process
GO:0050793	P	regulation of developmental process
GO:0050794	P	regulation of cellular process
GO:0050896	P	response to stimulus
GO:0051093	P	negative regulation of developmental process
GO:0051171	P	regulation of nitrogen compound metabolic process
GO:0051252	P	regulation of RNA metabolic process
GO:0060255	P	regulation of macromolecule metabolic process
GO:0061458	P	reproductive system development
GO:0065007	P	biological regulation
GO:0071554	P	cell wall organization or biogenesis
GO:0071555	P	cell wall organization
GO:0071669	P	plant-type cell wall organization or biogenesis
GO:0071695	P	anatomical structure maturation
GO:0071840	P	cellular component organization or biogenesis
GO:0080090	P	regulation of primary metabolic process
GO:0090558	P	plant epidermis development
GO:0090567	P	reproductive shoot system development
GO:0090627	P	plant epidermal cell differentiation
GO:0099402	P	plant organ development
GO:1903506	P	regulation of nucleic acid-templated transcription
GO:2000112	P	regulation of cellular macromolecule biosynthetic process
GO:2001141	P	regulation of RNA biosynthetic process
GO:0090700
GO:0140110
GO:1905392

KEGG pathway

KO	Name	Enzyme ID	Pathway	Pathway ID
K09338	HD-ZIP; homeobox-leucine zipper protein	EC:-	-	-

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network