result

Gene information

Detail information of AfisC5G06889

Location

Gene	Chr	Start	End	Strand
AfisC5G06889	chr5	1284098293	1284106541	-

Sequences

CDS

>AfisC5G06889
ATGAATAAGAGTCGTAGTATAATGGAGAGTGAAGCTTGTTTGAAAGTAAAGAACAGTGCAAAAAATGGTGCAAATGATGGCAGTTTTGACAAGGATTCAGATTTTGACAAACCTCTCAAGACTTATTGCAGGAAACGCGCTAAACAAAGCAGCACTGATAATCCTGGAAGCTCAAGAACGTCTCAACTTACTAAGCAAACTTCTGGATGGTGTCCAGAAGATTCATGTAGACCTGTAATTGATGAAGCTCCGGTATTTTATCCTAGCGAGGAGGTATTCAAAGACACACTTGCTTTCGTTGCTAGCATTCGGGAAGTAGGAGAGAAATATGGTATATGCCGCATAGTCCCCCCTCCATCTTGGAGACCCCTATGCCCTTTGAAAGAAGAAAACTTCTGGAAAAATAATAAATTTACTACTCGAATACAAGAAGTTAATAAACTTCAAAACAGAGAAACGATGAGAAAAAAGTGCATAAATCAATGCAAAAGAAAGCGTAAGAGGAGAAGAATCAGATTTGGAATGACTCGAAGAAGACGTGGGACCAATGCTACAGAAGTTGATGAGTGTGAATTGGATTCAGATGCGAAGTTCGGGTTTCAGGACGGGTCAAAATATACGTTAGAAACATTTGAGAAGTATGCAGATACCTTTAGGAAGCAATATTTTGGTGTAGAAAGTGGAAATAATGGGAGGCCTTCAATCGATGAAATTGAAGGAGAATATTGGCGGATTGTTGAAAAGCCATCAAATGAAGTTGAGGTATTATATGGAGCTGATCTTGAAACAGCAGTATTTGGCAGTGGATTTCCCAAAGCAGCATCTTCATCTTCTGAAAATGTGGATGAATATGCGCTTTCAGGATGGAATTTAAATAATCTTCCCCGTCTTTCTGGATCTGTTCTTTCTTTTGAAAGCGAAGATATATCCGGGGTTCTTGTGCCTTGGCTCTACATAGGGATGTGTTTTTCCTCATTTTGCTGGCACGTAGAGGATCATCATCTATATTCACTAAATTACATGCATTTTGGTGAACCAAAAGTATGGTACGGAGTTCCGTCATACGCTGCTGCTAAATTTGAGGATGCCATGAAGAAGCATCTACCTGACCTTTTCGAAGAACAGCCTGGTTTACTACATGATCTGGTGACACAACTATCACCGACAGTTTTGAAATCTGAAGGAGTTCCAGTTTATAGAGCAATTCAAAAATCAGGAGAATTTGTTATCACATTTCCGAGAGGATATCATTCAGGATTCAACTGTGGATTCAATTGTGCAGAAGCTGTAAATGTAGCTCCTATCGATTGGCTGCCATATGGTCAGTCTGCTATTGAGCTTTACAGTGAACAGAAGCGCAAGACTTCTGTATCCCATGATAAACTATTATTGGGGGCAGCTCGTAAAGCTGTGAAATCTATTTGGGAGATATCCATGCTCCATCAAGGTAATTTGGAGAATATGAAGTGGGAACAAATTTGTTCTGATGGTGTGCTTGTTAGTGCTGTCAAGGCTCGAGTGATGATGGAAAATGAACGGAGAGAGTCTCTGTCTTCTATATACGAATCAAAAAAATACAGTAAAAATAATGATTCGGTGAATGAGAGAGAATGCTTTTCATGTTTTTACGATCTTGAAATGTCTGCCGTATGCTGCCCTTGTTCTCCAAATCGATTTTCATGTTTAAGACATGCTAAAGATCTTTGCTCATGCAATTCAACTCCTAAACACTTACTCTTCCGATATACATTGGATGAACTCAATAGCTTAGTCCAAGCTTTAGAAGGGGACTCTAGTGCAATTAAAAGATGTGTAGAGATTTTTGAAATAGATTCAATTTTAAATTGCAAAAGTTCGGACAATCAACAATGTGACATAAGTATGGCCGAGTCTGAACACTTGATTAAGAAAGAGACAATGGACGCTACAAAACTATACGATAGCAAATCGTCTGTCTCCTCAAGTCATTCTTCGGAAGCATCATCTTCTAGCAAGTCCAGTAGGAAATTATTTGGTACTGACTTGAATGATTCCAAGGTCAGTCCATGTAACTTAACTACTCATCAAACTGAAAATGTTATGAATATAGTGAAGAAGCATCATGTAGAGCCTTTAAGCTTTGGAACAATTAAGTTTGGAAAGCATTGGTGCAATAAGGATGCAATATTTCCTAAAGGTTTCAGAAGTCGGGTTCAATTTTATAGCATGTTGGATCCTACAAGAACATGCTCTTATATATCAGAAATACTCGATGCTGGACTCCTTGGACCTATGTTTAAGGTATCTTTGGAAGAGAGCCCAAATGCGAAGTTCGTGAGTTCTTCAGCTATGCAATGTTGGGAATTGGTGCTAGAAAGAGTTAATTCAGAAATTACCCGGCGACAAAGCTCAAGGGACCAAAACATTTCCCTGTTGCAACTTCTGGATAGAATTAATGGGCTTGAAATGTTTGGGCTTTTATCTCCGGAAATTGTCGAGGTAATTGAAGACCTTGATCCGAACCATGGATGCTCAGAGTACTGGTCATCGAAGACAGAAGCAAAACCAATATCTAAAAGCAAACAGAATCATCCTCAACCAAAATCCATGAAGAAAAAGCCCTATATGTTATTTGGTATCGATATAACCGAATCAAGTTGA

Protein

Gene

>AfisC5G06889
ATAAAGCGCCTTGGCCTCAAAATATTTCCTTCTGTTCAGATTTACTTCGATTAGTAAGGAACATTTCATTTATCCTTTCCATTGTTAGACAATGGTAAATATCATTGTATTCCATAATCATTGGGGAAAAAATTACAGTTGAATCGGATTAAAAAAGGGTAATTTTATTTCTCTATTTATGCAACATTTTTTAGCAAATTCTTTCTATACATGTATATATACTGTTCATATATGTTACAACATCAAAACAATACTATTATATATACATAAAAAAAAACAAAGTTTGCTAGGGTTTGTCCTTATTCCCGTCTTTTAATTTATTGGTGATTATTTAACTGTACAATTTGATAGCTCTGATTATCAACTGTTTGATTGTTTAATCATGCTGTGATTTCTAATTGTACATTGTGATGGCATGGATACTGAATTTACATCTGTTTGACTGTTTATTCTGTTCTTTTACGTATCCAAGGAATATTTTGGGTCGGTTCTGATAACTTAGCTCTGATTTGTTGATTTTCCGCATCGATTTTATCTGTTAATTTAGAATTTAAAGCAACAAGCAACAAAAAAAAAAAGTTTTGCTGCATGTGGGATGAGTTTAATAACATGGCGTGGATCGAGTACCGTGGTTTAAAATTTGTATTCTGAAACAGTAGCAAAGAATTTGTTTGGTAAGAATTCATTGGGATTGATAATCTTCGATTCATCTCGAGGTTTCGAATCGGTAAATAATGATAGAAGTTTGAATAATTAGGTATTTTTCTGTAGTAGTTCTTAATTCAACACTGCAAAGCTTGATCTAATTTTGTCAATTCTTGATTTTGTATTTATTTAATGATGCAAATCTGAATTTTTTAAAATGGTGTGGATCGAGTACTGTGGTTTGAAATCTGAATTCTAAAACAGTAGCAAAGGATTTGTTTGGTAAGAATTCATTGAGAATTGATAATCTTTGATTCATCTTGATTTTTCGAATCAGTAAATAATGATAAAGGTTGAATTATTTTGGTACTTTTCTATATAGTTCTTAATTCGACACTGTAAAGCTTGATCTAGTTTTGTTAATTCGTGATTTGGCATTTATTTAATGATGCAAATCTAGCAATCCGAGCTATACTTAGTCATAAACTTAATCTGCTCAAATTTATTCTCAGATCTATCTGGATTGCAATCGAATGTAGTGAATTGTTCCAAATTAAGATCAGGTCACAGACAAATTAGCTTGCGGAAGAATCCTAATCTAATCGACAAATATAGACAATTTGCTCAAGGCACGCCTCATAAAGAAATGAATAAGAGTCGTAGTATAATGGAGAGTGAAGCTTGTTTGAAAGTAAAGAACAGTGCAAAAAATGGTGCAAATGATGGCAGTTTTGACAAGGATTCAGATTTTGACAAACCTCTCAAGGTATATGCCATTTCTTTTGAATATTAATATTATTTTGTAAACATATGGAAGAAAAAAAGAAGAAGAAGAAAATAAAATAAAATAAAACCTTAGATTGGACCATCACATCAGGCATCATGGCATTACATTTTGTGCCAAGTTACCACTTTAGTGTTACTGCTTCATGTGATAATGACTGCCCTCTACAGACTTATTGCAGGAAACGCGCTAAACAAAGCAGCACTGATAATCCTGGAAGCTCAAGAACGTCTCAACTTACTAAGGTAATCTAACTATAAATTGTATGTAATTACGAATTTCACATCGTCTAATATGAATTTGTTAAACAGCAAACTTCTGGATGGTGTCCAGAAGATTCATGTAGACCTGTAATTGATGAAGCTCCGGTATTTTATCCTAGCGAGGAGGTAAGATTTTTTTTTAGTTACTAATTAGTAACTTTATGGAGAAAATGCTGAATGTTCATGTGGTTGGAAGTGCACTGTGTTATGTGCTACACAAAAATAAAAAAAAACAAAAAAAAAAAAACAAATTTTTGTCAAAATCTGCAATTCGAAACTGTGTTAACTTTATTTGTGTTAAAAAAGATACTGAATATCTAAACCATCTCACGTGTTACATCGAAATTTCTAATCGAAAGTAGAAGATCAATTCGAAAAAGTTTGTGTTTACAGCCGAAAATTACGCGACCAAAGGTATTTTACAAGTATTACACCAAAGAATCAGATTACTTAGTGGCACACATATTTACAGGTATTCAAAGACACACTTGCTTTCGTTGCTAGCATTCGGGAAGTAGGAGAGAAATATGGTATATGCCGCATAGTCCCCCCTCCATCTTGGAGACCCCTATGCCCTTTGAAAGAAGAAAACTTCTGGAAAAATAATAAATTTACTACTCGAATACAAGAAGTTAATAAACTTCAAAACAGAGAAACGATGAGAAAAAAGTGCATAAATCAATGCAAAAGAAAGCGTAAGAGGAGAAGAATCAGATTTGGAATGACTCGAAGAAGACGTGGGACCAATGCTACAGAAGTTGATGAGTGTGAATTGGATTCAGATGCGAAGTTCGGGTTTCAGGACGGGTCAAAATATACGTTAGAAACATTTGAGAAGTATGCAGATACCTTTAGGAAGCAATATTTTGGTGTAGAAAGTGGAAATAATGGGAGGCCTTCAATCGATGAAATTGAAGGAGAATATTGGCGGATTGTTGAAAAGCCATCAAATGAAGTTGAGGTATTACTATATACTCATAACACCATGTATCAATTTAGCACTAATATTTCACATTTTGCACATTTAGGTATTATATGGAGCTGATCTTGAAACAGCAGTATTTGGCAGTGGATTTCCCAAAGCAGCATCTTCATCTTCTGAAAATGTGGATGAATATGCGCTTTCAGGATGGAATTTAAATAATCTTCCCCGTCTTTCTGGATCTGTTCTTTCTTTTGAAAGCGAAGATATATCCGGGGTTCTTGTGCCTTGGCTCTACATAGGGATGTGTTTTTCCTCATTTTGCTGGGTAAGTAACTAACATATATTTTGAACTTAAGAATGCTGTTCAGTATTTTTAGTTTAGTGTCTTATGTTCTTCAACGCGTGTTTAACAGCACGTAGAGGATCATCATCTATATTCACTAAATTACATGCATTTTGGTGAACCAAAAGTATGGTACGGAGTTCCGTCATACGCTGCTGCTAAATTTGAGGATGCCATGAAGAAGCATCTACCTGACCTTTTCGAAGAACAGCCTGGTTTACTACATGATCTGGTATGATATTTTTTACCAATTCTTTACATGCGTGTTCTTTGACCAAAATAATAATAATAATTACATAATCATAACAACGCATCATTCTTACTAAACAGTACTGTTGAATTGATAATCAGGTGACACAACTATCACCGACAGTTTTGAAATCTGAAGGAGTTCCAGTTTATAGAGCAATTCAAAAATCAGGAGAATTTGTTATCACATTTCCGAGAGGATATCATTCAGGATTCAACTGTGGATTCAATTGTGCAGAAGCTGTAAATGTAGCTCCTATCGATTGGCTGCCATATGGTCAGTCTGCTATTGAGCTTTACAGTGAACAGAAGCGCAAGACTTCTGTATCCCATGATAAACTATTATTGGGGGCAGCTCGTAAAGCTGTGAAATCTATTTGGGAGATATCCATGCTCCATCAAGGTAATTTGGAGAATATGAAGTGGGAACAAATTTGTTCTGATGGTGTGCTTGTTAGTGCTGTCAAGGTAATAATCTTTTTGCTAGAGATCTTAACTCATTCATCAATCGTTCCATGTTATAAGTCATAACTCATGTAATTCTTTTATCATGTACAACATAAGATTCTTTTTTCCTCTTACAATCGACATTATTAGTTCTTTTTGCGAACGTGAATTGATCCATAGTTGAAGTTGTATATTAGGTATTTGGCGGACTGCTAGATTTTTCTTTTGATTAATAATTTTGAATCTGATGCTTGGGTTTCTACATTTAGACTAAAATACACCCAAAAATAAACATTTTATCTTTATTTTTCTAGAAAACAATAAAAAATGAATTGTATTTTGAAAGTTTAAACAAATATCTTCATATCTTTAATTCCATCATGGGTTGAATAATTTTTCTCAACTGCAAGTTTTACTGAATTCTCAATTGAAATTTGATTAAATCACGAAATTTTTAGATTTTTGATAACACTGATTTAGTTTGGATAATGCAACAATTAGATATGCGTAAATCAAGCTTTCATCACATTTATGCGTTTTTTCCTCTCGATATTTGGTATTTTCCATTGAATCAGTATATAAAATTTCTAAAAGCTATTGTACCTTATCAGAGGAAAATAAACTTTTGTACGAACTGTGAGTTGATACCATCAATGGTACACTCTTAAGTTTACTGTTCTAAATTTATTTGCTTTTTGTGTATTTTTTTCAGGCTCGAGTGATGATGGAAAATGAACGGAGAGAGTCTCTGTCTTCTATATACGAATCAAAAAAATACAGTAAAAATAATGATTCGGTGAATGAGAGAGAATGCTTTTCATGTTTTTACGATCTTGAAATGTCTGCCGTATGCTGCCCTTGTTCTCCAAATCGATTTTCATGTTTAAGACATGCTAAAGATCTTTGCTCATGCAATTCAACTCCTAAACACTTACTCTTCCGATATACATTGGATGAACTCAATAGCTTAGTCCAAGCTTTAGAAGGGGACTCTAGTGCAATTAAAAGATGTGTAGAGATTTTTGAAATAGATTCAATTTTAAATTGCAAAAGTTCGGACAATCAACAATGTGACATAAGTATGGCCGAGTCTGAACACTTGATTAAGAAAGAGACAATGGACGCTACAAAACTATACGATAGCAAATCGTCTGTCTCCTCAAGTCATTCTTCGGAAGCATCATCTTCTAGCAAGTCCAGTAGGAAATTATTTGGTACTGACTTGAATGATTCCAAGGTCAGTCCATGTAACTTAACTACTCATCAAACTGAAAATGTTATGAATATAGTGAAGAAGCATCATGTAGAGCCTTTAAGCTTTGGAACAATTAAGTTTGGAAAGCATTGGTGCAATAAGGATGCAATATTTCCTAAAGGTATCTTACTTGATTCATGATGAACAAGAAAAAATAAACTGAAAAGCACAAATAAAGTGTGGCTGATTTCATTGTAATTGAATTTGCAGGTTTCAGAAGTCGGGTTCAATTTTATAGCATGTTGGATCCTACAAGAACATGCTCTTATATATCAGAAATACTCGATGCTGGACTCCTTGGACCTATGTTTAAGGTGAGCTTCATGCTTTGCATTTTTACTAACAACAATGATGAATTGATGATGATGGTGATGATAATAATGAGGAAAATTTACCACATTAGGTCACTTTTTACCAAAAAGGAAGAAACAGGCCCATTTTTTAAACTAGTTATAATCTCAAGCTTATTTCTTTTGTTAACAGGCAAAAATATGATGGAGCCATTTCAAATCGTGCCATCACACTTTCTTTTCTTAAAAAAAGTAAAAGAAAAAAAGGTCCTTTTGCAATCTTTGATGGTGCTAGTTAAATTAAGAAAGAAAAAATAAATATACGATGGCGGATTTTAAATTGTGGCATCCTATTAGTAGTCTCTATGACAGTAATAGACCTAAGTTTGTAACTAGTTTCAAATCAAACCTATTTCTAACGAACTTTGCTAATTGTACTTATGAATTTGAAGTAAAATTAACTCACTGGAGATAAATGATATTGTGGGAACCACAATTTTTCTTCTTCTTTCTTTTAAGTAAACCTTACTCAATTGTAAGTATGCGAAGCATATTTCATTTGCCTCATTTTTCGCCGAAAGTGGCAGAAAGCAGGAAAATTTCCATAATATAATGATTGTAGTCTTACAATGATTATAACATTTAGGTATCTTTGGAAGAGAGCCCAAATGCGAAGTTCGTGAGTTCTTCAGCTATGCAATGTTGGGAATTGGTGCTAGAAAGAGTTAATTCAGAAATTACCCGGCGACAAAGCTCAAGGGACCAAAACATTTCCCTGTTGCAACTTCTGGATAGAATTAATGGGCTTGAAATGTTTGGGCTTTTATCTCCGGAAATTGTCGAGGTAAATTTCTTTATTCTCTTATCTTATATCTACTTTATTCCACGTCGAACGCTTGATGCTTGGTCTATCATGACCTGTACAAAGGAAATAGGTAATTGCCCCTGTTGAGAGTTCTAGTGATATACCCTTACTTGTTTCTGAAATCTGGAAAATCACTGGAATTATATAAACAAAATGAAAAACAATAATCACACATTGAAACTATTTAGAAATAATATACCTGTTTACACTACGGAATAGTTAACGATAAAATAAAATTTCAAATTCCAGAACTATTTAAAAATTGTTCTACTTTAAACTCTTCCTTTTTAATGAAATTTACATGTTTTTCTTGTTTTTGAAACCAAGTGTTTTTCTGATAAGTATTGTGAGCTTTTTGTCATACGTTCAAGCTCCACCAAAATTGTACATATTTTTAGCAATATTGGACTTGCAACAATCAAGGATATCGTACTATTCACATGTTAATCCTGTATCCATTAATAATAAGAGCATTTCCGATCCAAGTGTAGTTATAATGTGAAGTATATTACACAACATCAATTTTTGATTTCATTCAAAAATTAATTTTCATTTGAAATGTTACTTAAAAATTTTATGATTGCTTGACAAAAAATTTACTAGACATTGGGCAGTGTAGTGTCTAGTTTTGGACATAGCACAATGTGTGCTAAATATATGTATATGATTGATTTTTTTATATACTATGTTTGTTTATTTATAAATTGATTGTGACTTAAACAAATTTGTTCCTGTTGCTTTTAATATCTTGCTTATAATACGTTGTGAACTATCCCTTGACACATAATGATTAGACATTACATCTTATTTAGATTGAAGATGCTCCAAAATAGTATAAACTTACACATATTTGAAGTATAACAAATTTTGAAATTAGGATCATCACCACACTTTTTTATAATTAGAAAAAATATATATGAAAAATGATGATCATATATTAAACTATTTAGAATAATGCACTCTTTTACATCAAGAAACAGTTGATCATAATTTTTTTTTTTCAATTTTCAAAACTATCATAAAAATTCTACATTATAGTTGAAAAGAAATACAGAATTTAGGATCCAAAATTCTGAAAACACATACAAAGTTTTAAGGCATACGATAAAAAGAAAATGTCATAATCTAAGCCGATTAAAAAAAAACTGAAATTCAGAAATAGTTATTAAACAAAACCGAAATTCATTTTCAATATACTAGAAATAAAAGGAGAATTTCAAATTAACTGAAATAAAAAAGTGAAAGTTTAGTGTTCCTAAAATTAGAAAAATGAAGAAAGTTGCGTATATACAGCGCATGAGGTTTTTTAGCACATGATCATTAAATTATAGATAACTATGATATTTTTGTTCTTGAAATATACCAAAACCATTTACAATGACATTGAATTTATAAATCATAATTTGAACAAATAAAATAAATTTGCAACAAGTAACTGCAAATTAAAGATGCTACTGTTCATGGTCATACGCAATAAATCCAACTTCATGATTGTTCAACATGTCCATTGTGCAACACACATATTACACACTTATTATATACTATTAGCGAGCTCTGTTTTTGGTTTTCAACTAAGATAGGAAATCAAAATCTGAATATAAAATTGTTAATATGGGTAATTTAGTAAATTTCATGGATATAGTAAGGAAAATTCTTTTTATTTTTATCTTTTATTTCAACTTTTTTGGAATTAATTTGCATAGCAACTCAATATGAACAGGTAATTGAAGACCTTGATCCGAACCATGGATGCTCAGAGTACTGGTCATCGAAGACAGAAGCAAAACCAATATCTAAAAGCAAACAGAATCATCCTCAACCAAAATCCATGAAGAAAAAGCCCTATATGTTATTTGGTATCGATATAACCGAATCAAGTTGAATCAGAACCAATTAACAAATGGGTTTCTGATTGATATTTGCATAAGAAAACATAAAAGATCAACTATTTCAAAGATGACATTTTTTTTCAATTGGGTCAATAATTTCCTTTTTTTATATATAGAAAAACAAAAAATGCATAAACAAATGCATTGGACTTTTATTGGAGTTTCAGATAGCTGCAGGGTACATTTTGGAATTTAGATACCAACAATTTTGAGTATTTGATATTTTGTTGTTGTATTCGAATTTTACAGCATCAAAGAGATATTACTTTGAACCATATTATGTTTTTTTTCTCT

Functional annotation

Database	accession number	e-value	annotation
nr	XP_020260956.1	2.8e-263	lysine-specific demethylase JMJ18-like
Swissprot	F4I6G4.1	3.6e-215	Protein JUMONJI 18
trEMBL	A0A6P5GBW6	3.1e-240	lysine-specific demethylase JMJ18-like

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT1G30810.1	51.58	0.0	799	JMJ18	Transcription factor jumonji (jmj) family protein / zinc finger (C5HC2 type) 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	bit score
AfisC5G06889	AT1G30810.2	822	337	16	44	852	23	796	51.58	799
AfisC5G06889	AT1G30810.1	822	337	16	44	852	23	796	51.58	799
AfisC5G06889	AT2G34880.1	856	375	20	30	875	12	805	47.78	769

Ortholog group

Species	Genes
Allium cepa	g112370.t1; g191365.t1
Allium fistulosum	AfisC5G06889
Allium sativum	Asa4G04677.1
Arabidopsis thaliana	AT1G30810.1; AT1G30810.2; AT2G34880.1
Oryza sativa	LOC_Os05g23670.1

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF02375.14	JmjN	Family	84	117	49.8	2.2e-13
PF02373.19	JmjC	Domain	316	432	155.0	8.5e-46
PF02928.13	zf-C5HC2	Domain	538	590	39.6	4.4e-10
PF05964.11	FYRN	Family	705	749	40.9	1.2e-10
PF05965.11	FYRC	Family	756	842	77.5	6e-22

Gene Ontology

Accession	Ontology	Name
GO:0005515	F	protein binding
GO:0000976	F	transcription regulatory region sequence-specific DNA binding
GO:0003714	F	transcription corepressor activity
GO:0005737	C	cytoplasm
GO:0016491	F	oxidoreductase activity
GO:0007338	P	single fertilization
GO:0009555	P	pollen development
GO:0009793	P	embryo development ending in seed dormancy
GO:0009910	P	negative regulation of flower development
GO:0010216	P	maintenance of DNA methylation
GO:0045893	P	positive regulation of transcription, DNA-templated
GO:0045892	P	negative regulation of transcription, DNA-templated
GO:0019907	C	cyclin-dependent protein kinase activating kinase holoenzyme complex
GO:0031981	C	nuclear lumen
GO:0033601	P	positive regulation of mammary gland epithelial cell proliferation
GO:0034647	F	histone demethylase activity (H3-trimethyl-K4 specific)
GO:0034648	F	histone demethylase activity (H3-dimethyl-K4 specific)
GO:0034720	P	histone H3-K4 demethylation
GO:0046914	F	transition metal ion binding
GO:0048511	P	rhythmic process
GO:0048579	P	negative regulation of long-day photoperiodism, flowering
GO:0060444	P	branching involved in mammary gland duct morphogenesis
GO:0060763	P	mammary duct terminal end bud growth
GO:0061038	P	uterus morphogenesis
GO:2000864	P	regulation of estradiol secretion

KEGG pathway

KO	Name	Enzyme ID	Pathway	Pathway ID
K11446	KDM5, JARID1; [histone H3]-trimethyl-L-lysine4 demethylase	EC:1.14.11.67	-	-

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network