result

Gene information

Detail information of AfisC3G08302

Location

Gene	Chr	Start	End	Strand
AfisC3G08302	chr3	1476050719	1476060522	+

Sequences

CDS

>AfisC3G08302
ATGGAAAGATATAAAATAATAAAGGAAGTTGGCGATGGCACCTTTGGAAGTGTCTGGCGTGCCATAAATAAACAAAGTGGTGAAATAGTGGCTGTGAAGAAAATGAAGAAAAAGTATTATTCTTGGGAAGAGTGCACGAGTCTACGGGAAGTGAAGTCTCTGAGGAGGATGAACCATCCTAACATAGTGAAACTGAAGGAGGTCATAAGGGAGAATGATGTATTGCATTTCATATTTGAGTACATGGAATGTAACCTTTATCAGCTCACCAAAGACCGAAGTAAGCTTTTCCCAGAAGCTCAAATCCGTAACTGGTGTTTTCAAATATTTCAAGCTCTTGCGTACATGCACCAACGTGGCTACTTCCACCGTGATCTGAAGCCTGAGAATATTTTGGTCACAAAAGATATCATAAAGGTTGCTGATTTTGGCCTCGCTCGTGAAGTCTCTTCACAGCCTCCTTATACAGAATATGTCTCCACTCGATGGTATCGGGCTCCTGAAGTTTTACTCCAATCTACTGCTTATGGCTCTCCAGTTGATATGTGGGCAATGGGTGCTATAATGGCTGAGCTTCTTACTTTGAGACCACTTTTTCCTGGCAAGAGTGAAGCGGATGAAATTCACAAAATATGCAGTATCATCGGTAGTCCAGATCAGAATTCTTGGCCAGAAGGATTGCAACTTGCGGAGTCCATGAATTATCGCTTTCCTCAGTTCTCAAGAGGAGATTTGTCGTCACAATTACCATCAGCAAGTGAAGAAGCTGTCAATCTAATATCATTACTTTGCTCTTGGGATCCTCACAAAAGGCCTACTGCAGCTGATGCCCTTCAACATCCATTCTTCCAGGCCTGCACTCAAGTCCCACAACCTCTTCGAGTAAAAGCGACAGCAGCCCTCAAAACACCTCCAACCCTTGCAAACAAAAGTGCTCTAGACCAGAAAAACGCAAGAAGAAACCCTTCAAACACAAAACAACCTCCAACCAAAACGCTATCAACAAAAACAACCGCTTCATCGGCCACAACAGTGATCCAAAGAAGACTAGAGCTGGACCGTCACGAAACTAAGGAAAATGTGAACTCCACAAAGAACATCTCCAAACAACCCAGGCATTCTCTACACGATTCTCCAGTCAGAACCAAACCGGGAAACACAATCCGTAAGGTATCATCAGACCTAGGTCAGAAAATGGAAAGGTCTAAAAAGGTGTCTGAAGTGACTGCACGGTTGTCGCAGATGAGCATGAGTTCCTTAACCGGTCAAGTGAAAAAAGTGAAGCCTTCGCCGCCTCCTCCTGCAGGGATGAAGGCAGGAGGATGGCACAGGCAATCAAACTATTTGGGAAGGTCGAGCGATGATGCTCCTTCTGTTAAGCGTTTTTCCAGAAAGGTTGCTGGTTAG

Protein

Gene

>AfisC3G08302
TTAATTGTCTAATTTGGTTAACAAAAAATAAAATTAAGGAAATAAATTTACGAGTTACATGAACCGTATTATATTTAATTAATGTATCATCTTAGAAAATGGACAAGAAACAATAAAAACATTAGTTAATACACAAGATTCCTTCTTTCTCTTCATTTATAACTACTATTAAACGTTGAGCAGACAAACATCCCCCATTTGATTATCAAAAATTTCAAGTCGTTACTTAAAATAGCAAAGAAGTCTTCCAGAAACTAGAAAACTGCATAGAAATTACACGGCTGAGCTTCGATCATGGAGTTCAAATTTGCCTACGGTGGCAGTCGAAGAAGGTTATGCTCGAAGAGGTTTCTTTATTTATTTATTTTTGTTCCAATTTATTCTGTTTTCAAAATTTAATATTATTGATTTGAAAAGGGAGAGGCCCTTGAAATCGCCGGCAATCAATAAGCTTGGCTCCGGCGGTTTTCTAGGGATTCGAATCTGAAAGCGTGAAGTTTTTGTTTTGGTGAATGGATCTAGGGTTTGTATTTTATTTGATTGTTTTTAGTTGGTGTATTACATTTATAATCATCATGAATTGTTTCCATGGTTGTTGGTTGTTTAGAAGTTGTTCGTCTGATTCTATATTGTTGATATTATAGCTTCTTGCTGATCACTGAAATTTGTAGTATAATGTGAATAGGAATGAACTTAGCAGTGCGTATAATCTTGTATAATAAACATTAAATTGCTTTGTTAGCAATCGTTGTATTTTTAATGCAGCTTGTACAATGAACTTGTTATCTTTTAACCATATATGCATATTTGCATTAATTCATTTTGAGTTTTATAATTATAAATCATCTACCGGGAACTGTCACTACCTAATGACAATGTTGAATAAAACACAACAATCATAGAAATATCATCCTAGCCGACTATTGAGATTAAGGTTAGAATGATTGAATTGCTGTATTTCAAGAATGTTTTTCCCTTTCTTAAATCACTGGGATGTAGAAAACATTATCTCATGATACATAATGGTGAATAGGGCTATCAATGGATACTCGAAAAATCCGAAATCCGTCCGCGTCCGCATCCGAAAAGCGGATAAATATCTGATATCCGGAAAAACAGATGCGGATGCGGATACGAAGATATCCGCATCCGAAAATTATCCATCCGCTTTTTATCAAGATTATAGTTCAAATTTTGTGTATTTTAGTGCAGTGAAAGATATTCGTTTATTATTTTATTAAGTTAGTAATTTATATTATATGCATTTAATGCTTATTAACTGTTCGGAACTATTTATTATCATCATATTTGTTAATTTTTAACACTTTTATAATCAATTAGATTGAAAAATATTTATGTTAAATTAAAATTTTCATTTTATAATTCTAGATTTATCCGTCGTTAGCGGATATGATAATTATCCGATATCCGTTCGTATCCGTGGATGCGGGTATCCGATATCCGAAAATGACTATCCGCATCCGAAAGCATTCGTTGACAGACCTAATGATGAATCTGTGCATGAGTTGTGATTACCTGCACAAATCAGAAAAACACTCGAATTTAATATTGATGATGCATCATTTGTTTTTGAATTCGAAAATAGAAAGTAAGTTATTTGGAAAAGTGATCCATCACTATATATATATATATATATATATATATATATATATATAAGTAAGGGATGACTGTTGTCCACATGTGTGTTTCTCGGGCACCCACCTAGGAGGCCACAACGTCAACCTCCTTCGTAGTGGCAAACATTAATAACAAATTTACATGAAAAACCTCCAACGCTGACTAACTGTTGAAATGTTAAAAATGCGAGAATAAAACATAATGGTATTAGATTAGAAACCTTTTATCAGTATCCACTGTTTACTCACTAAAAAGTGTTGAGAGCAGTTAGGCTTCCAAGTTATATTAATATAGTGTAGATGTGGGTTTGCACCAAGGCAATGCAAATCAACCTATGCGACCAGTCATAGATTTGAGTTTTCAACACCCTGTACTGAATACCTAAGGAGCGACTGCTCTGTTAATCCTGAGCTTTTCGAACTCTAGGTAAAAAGGGTGGTGGAATTACTAAGTGAAAAATGCTGAAAAGGAAGCACAGGATTTTTATCCAATTGTATTCAAATAGATGTAAATTTCACCTTTCCACTCCAAATTCAATTGGTTAGCAATAATTTCTTCAATAAACTGTCGTCATTCTTCTCCTTCTCCAAATCCACATATTTAGTTTTCCTAATTAAAATTGAATAACAAGTGCAAAGCAACTTAAGCTTTCACAGTAAAAGATTTCCTCAGGGCCATGAAATTTGGGACCTCAGATGACCAAATGTCCTACTTATTGGACGGATGGCTCTGCCGCACATATGGAGACCTGTGCACTTGCCTCCATTTCCCTTTACACATTTAAGCAAACTTGTTTTTTTTAAGGTGGAATAGCAAATTCATAATAGTTTTAGTTCTTAGAAGCCATTTTATAAAATTCTTTTTATTATTAGAAGCGTAGAAGGAAGTAAAATTATTTCTGTCTGGTTTGAACATATGATTTTTTATTTTTTTTATGGATTAAGATATATAAATGGTATATTATGTAAGCTACTGAGTGATAATATAAGAGTTTTTTTTTTTTGAGGTAAATCTCTCTAAATGGTCTATTGTTTTTATAATGATGATTAGGTGTCATATACAAAAGCTGGATATTATTTCTTCCAGTGTTAATTTATATTGCATTTTGGTATAGAGGTAGAAAGGAAAAAAAAGGCTATGCAGACATACATGTGAACATGTTTAGAATAAGCTACAGCCTACAGCTTAAGTAAAGTACACAACTAACACGAAAATGTGTTAGTTTTAGTCTTTTAGATTCATCAAAAGTTTAGTTAATCAGTTTTCCTTGTTGCTATCTCTTAGTTCCGCAATTATGTTAATTTTGTTTTTATTTATTCTTTTACTTTATATACTTGTTATTTATTTTGAGTGTCAGTTTTTATGATCAAAATTTACGATTGTTGACTATTATACTAATTAAGTCTTATTTGATTATTATGGCTAGGTCTGGTACTTGTCTTTTCTTATGCGTTTAGCATTTCCCCTTGAGAAATGGAACAACAACTTGGATTGTCAAGTTGCTTCGAATGTCGTGTTTTGGAGATTTATCATTCCCAGGGGCTTCATTCTGATTTCTTTTGTCAACTGTATCTAACATCCTTTCCGCATTCTTTGATCCGCAAATGCCAAGTATTTCAAACTCAGAATAAATAAAGTTGTTGCAACTTAACACAGCTACACAATAGAGTTGTGAAAAGTGTGTTTTCTGTGTCAAGAGTCTCTACTAAACCATATTTTGACAGCAGATAACCAACAAAGCTTCTAAATAACACAGTTATCAAAGAAAACTTTGGGAAACTGACACTTTCTCATATTCTCTTTTTGGCTCTCTTTTTTTATGTTTTGAGGGGTGAATTTTGTTGCCACAAATATTTGTTGCTATTCAGTATCAAGTTTAGACTTCTGTCCAAATCTTGTCATCCAATCTTCTTGAAATCTTGCTTTTTATCACCACAACTTCATACACTTACCTTATAAACACAGTAAATTGTCAAACAATATTCTGAAAAACACATCCTATGGAATCTTGATTTTCACTAATTGTATTGATATGTTGAATACTTTGTTCCGCAATGAGCATTTGCATATCTGCTGCTGTTTGTCAGCATCTGGTTATAATTATTGAGTAGACTTCTCAACTTGATCATCTGCTGAATAGATTGAAGAGCTTTAGATTTTGTTCATTCAAAGAGACTGTTTCAACTTTGCAACTCATTTAAGGTTCCGGGTAAAACCTGTGCTCACGTTTGTCCATATAGCCATTTGAACCAAATTGTATTTCTAAAGCTACAAAATGGAAAGGTGAGTTTTTTGTTATTGAGAATCTTATGGGATCCCATATTGTAGCTAAAGGAGATGACTACCATGCATTACAGATATAAAATAATAAAGGAAGTTGGCGATGGCACCTTTGGAAGTGTCTGGCGTGCCATAAATAAACAAAGTGGTGAAATAGTATGTATTTTGATTTGGTTTTTAATGTTATAAAAGTTAGCAATGCATACTGTATTAGTGAAAAGCAGGTATAGTGCTATTTTTAAACACACTGATTATATTCATACCTTAATATGACAGGTGGCTGTGAAGAAAATGAAGAAAAAGTATTATTCTTGGGAAGAGTGCACGAGTCTACGGGAAGTGAAGGTATTTGTGCCTTGGTTGTTTATTTAAACATTGATTTTTGCTCTGAATCTTAGCATATTCTTTTATTCAGTCTCTGAGGAGGATGAACCATCCTAACATAGTGAAACTGAAGGAGGTCATAAGGGAGAATGATGTATTGCATTTCATATTTGAGTACATGGTAACCTTCTTCCTTATTTTTTGTCTGCTTCAAATTTGCCACAAACAGAAAGTAATTTTTTTAAAAGTTACATCTTTTATTCTATCAGGAATGTAACCTTTATCAGCTCACCAAAGACCGAAGTAAGCTTTTCCCAGAAGCTCAAATCCGTAACTGGTGTTTTCAAATATTTCAAGCTCTTGCGTACATGCACCAACGTGGCTACTTCCACCGTGATCTGAAGCCTGGTACTTTATGTTTATTCAGAGATCCCTATTTTGATATACCAGAATATTCTTTTACTAAGTATTCTTATATGATAATATGTTATATCAGTTACTAGTTAATTGAATAGAGATAGGTTATTAGTGCTAAACAAGGTTATCAAAACGGGATTCAAATCGTAAATCGTAACGTTCAAATTTTAAATTAAAACGGGATTTAAATCTTAAATCGTAGATTTAGAAGGCCCATGTTTTAAGAATTGTAGATACTTTAAAATTGATTATAATTTAAGAACTTTACATATAAAACTTAAAATTCCGTTTTTTCTCTTGTTTCATTTTTATTTTATTTAGAAAACACTAGAATTAGAATTGTGAATGATAAACATATTGAATATATAAGTATGTATTAAATGATTTTTCTCAACTGCGGTTTTAAATGAGTTTGGATCGGAATATGTAAATCGAATCGGAATGGGAGAGATCCGATCCAAAACGGGATTTAAATCGTAAGATTTTAAGATTTTTGATAACAATGGTGCTAAACACGATAATGTTATTGTGTTCATTATCTTGTTGTTTTATACGATGACATGAAGTTCTACTTTGGAATAATGGATGACCCCATCAATGGTTTGTGGTTACCAAGATCATCTGATGCATGACATACAAAATATTCGAAAGAACTCTCATAGGAGTAGAGAGGGGAGCACATAATTAAACCATTTTGCTACTCTATCACCATTGTGATTTCTTAGACCATCCTGAGTAATATAAATAACCCTTGAAGATATGCATTGCAATCAGATCATGCTTATTACCCAAGTACTTGAAGGCTGTAAGAACCTTTTTTCTTACTATGATTGACAACTCGAAAATAGGAAGGAGTTCTTGTATATAGGTGCAAATCACTTTTAAAAGTTACATCAGTTATGATTTGGATAGATTATTATATAGTGAATTTTTTCATTGCAACTCACACACATTTAAACTTTAGAATCAGCATGGGCCATGGGGGTGTTAGCTGTAGTGTTAGTAGGGTTCAGTTTTCTCTTACTTTATCTCATCTTACATCATGATAAAGCCGACGTTTTGATGTTGTTTAGGGTTTTACTAGTTTATAAGGAAGCTATAGCTGCTTTAAATCTAAACATCTGACTGTTTTTCTCATAAATATGCTTAGTCTCAAATTCCTTCGTCCTTTTCTATGTTTTGAGATGTAGACCTGCTTTTGATAGATTAGGCCTCTTGAAAATAATCAGTTTTAATACTTACATTTATAACAATTTCAACATACTATTACTAAGATCCGTGAAGGAACCATCAAACTGTTTCATAATTCACGCAGCCAAGGATTTAAATCTCGGATTTCGGTTGCGTTTCGTCTCGGAAATTTTACATACAATATCTCGTATCGGATGAGATCTCGGATGAGATGAGTGTATCTCGGGTGTACATCTCGGATTGCCATCTTGGATTTTAAAGTCCATCTTGAGATTATATCGGACTAACAGAAGTCTAAATTTGATATTTTTAAGATTATTGTAATAATTGTTATCTATATTAAAAAGTTTTTAACATACATAATTTATATAAAATGATAATATTAATTTTACATTTTAGATCAGAGTGATATCACGATTGATTTGGTATTAACTGAATGATTCTCTACTCATCTGAATATTAAGAGTAAAAAAAATAAATAATAAGTTTTTTGCTCACTCGTTAAACAGTAAAAAGAAGAATTATATGGTAAATAAAAAGTCATTAGAGTGTAATTTCTTGTGGACTTACATTAAGAAGTAAAAAAAAATGTAAATGGAAAAACATAACTTCGTATAAGATCTTCTATTGAGATCTCACCTCAAATTTCACTATCTTGGACGAAAGAGTGTCAAATAATATATAAACAAAATTTAATGTCTCGTTTTACTAAATCTCGTCTCGCTCAAGTTTGAAAATGAGATCTCGAGCGAGATCTCGGGTGAGATGAACGAGATCTGAAACTGTGCATGCAGCAGATCGTGAAATGGTTGATAATAATCATGTCTTTGAGTGTTTGTTATTGAACTTCTGCAGAGAATATTTTGGTCACAAAAGATATCATAAAGGTTGCTGATTTTGGCCTCGCTCGTGAAGTCTCTTCACAGCCTCCTTATACAGAATATGTCTCCACTCGATGGTAAGTGTCAAACCTATAAAAAGAGTTTATTCATTTTATCTGTATCATTTTCATGATTATCAGTATAACATGTGCGTATTTGCAGGTATCGGGCTCCTGAAGTTTTACTCCAATCTACTGCTTATGGCTCTCCAGTTGGTGAGTGGTTAACAGATCTTATTGTATGTGGCATAAATAGTACTTGTTGACATATGAGACTATGATAATCATGAACTTTTTGCTGTGTAGATATGTGGGCAATGGGTGCTATAATGGCTGAGCTTCTTACTTTGAGACCACTTTTTCCTGGCAAGAGGTACATATTTGGAATCGTCTTTTTTTCTTTGTTTCAAAAGTTAATGCAAAGGTCAATGTAACAGTGATATTGTCATTTTCCTCAACTTATTTGGCCCATTAGTTCGTAAAATTTCCGTTTTGTTTGGCCTCTTGAATTATTTCAATTTGGTATAATTTAGCTGTGTGATGGGAACCTTATTGGATAAACTCCTTTAACCTTAATTGTTATAAGGTTACTAGATTGGGTTTGCCATAAATGTGAATGCAATCCAATCTGTTTAAACTAGCAGTTAAATTTTGAGTAGATCCAATTGCAACATTAATTAATTTTAGATAAAGCTTGATTTTGATTGTAACTTTCAGAAAACACCTATTGAAGTACCTTATAACAATCAAATATACGTTGTAACAAGGACTGTCTACTGCCGATCAAATCATGGAATGGTAGATTCTTTAGGACACGTTATATCATAAATTTAAGCTGTTAGCGTTTCCTAAAAATATACTAGTTAGGATGCACCATAAAAATAAAAAAAATAAACCCTTATTCTGTAAGATCATTTTGCTTCTGGCAATTAGCTTCAATTGCTTCAGTCAATGGCCAAACTACCTATTATCTAATCTACTGAAGGTTTTGTTTTTGTTAAATGTTATGTTTCTCTTGTTCAGTGAAGCGGATGAAATTCACAAAATATGCAGTATCATCGGTAGTCCAGATCAGAATTCTTGGCCAGAAGGATTGCAACTTGCGGAGTCCATGAATTATCGCTTTCCTCAGTTCTCAAGAGGAGATTTGTCGTCACAATTACCATCAGCAAGTGAAGAAGCTGTCAATCTAATATCATTACTTTGCTCTTGGGATCCTCACAAAAGGCCTACTGCAGCTGATGCCCTTCAACATCCATTCTTCCAGGTAAGACTTTACTCCAGTAGTTTCTTCACATTCAGTTTCTGTTAAATAGTAAATGAAATAACTTATGGTGCTTTTAGGTTCTTCATATCCCTTATATGATATTAGGACATGATCCAAAAGTTACCGAATAAATTTATTTATTTTTCACAGATAAAGTAATAATAATAATAAATCCTCAGTATAGTTACTATATCAATTGCACAAAAACATATAGGCTCCGCTTGGGAGTTTTGTGGTACCGGTTATGAGAGTATCGGTTTTGATCGTCAATGATTGTAGCGGTTTTGATCGTTTTACATGAAGTGTTGTTATAACCGATCAGCATGCTTGAGAGTTTAACATACACCGGTTTTGAGAGTTTTCCACTAAAGTAACATTATATATATATATATATATATATATATATATTCTTATATTTTATGAAGATTAATTCTACAATATAATTAGGGGATGCATAATTGGAAAAAAAGTTCTAACCCCTCAAAACACCCCAATTTGATAAGTTAAGGATTGCTATGAAAATTACACTGCGAACAAAACTTACAAGCAAAGGTTATGATAACACCTGAAATACATAGCCGTTCAAAACTAGTCAAAACCGGTAGAAAATAAACTCCCAAGCATATCCATAAGGTTTATAAGAGGTACTGATAGAATCTAATATCTACCTATATTTTGATTACAATATAACAGATCCAAATCAAATGTATCCCTAGATTACACGCTCTCCAATTTTATTCAGAATTTTTTTTCTTTCCATTTTCTGTTTAGACAACCTTTTGAAACTTGTAACAAAATCAACTTCATCTCGAAACGTATTTCAAATGAGTCTATTTCGTATTAAGTTTTAGAATGGGGATTGAAGAAGGTTTTTTTTTTTTTTGTTCAAAAGAATAAATTGTTGATTGTTGCCTATCTTTTACCAGGCCTGCACTCAAGTCCCACAACCTCTTCGAGTAAAAGCGACAGCAGCCCTCAAAACACCTCCAACCCTTGCAAACAAAAGTGCTCTAGACCAGAAAAACGCAAGAAGAAACCCTTCAAACACAAAACAACCTCCAACCAAAACGCTATCAACAAAAACAACCGCTTCATCGGCCACAACAGTGATCCAAAGAAGACTAGAGCTGGACCGTCACGAAACTAAGGAAAATGTGAACTCCACAAAGAACATCTCCAAACAACCCAGGCATTCTCTACACGATTCTCCAGTCAGAACCAAACCGGGAAACACAATCCGTAAGGTATCATCAGACCTAGGTCAGAAAATGGAAAGGTCTAAAAAGGTGTCTGAAGTGACTGCACGGTTGTCGCAGATGAGCATGAGTTCCTTAACCGGTCAAGTGAAAAAAGTGAAGCCTTCGCCGCCTCCTCCTGCAGGGATGAAGGCAGGAGGATGGCACAGGCAATCAAACTATTTGGGAAGGTCGAGCGATGATGCTCCTTCTGTTAAGCGTTTTTCCAGAAAGGTTGCTGGTTAGTCTCCGTTCTGAATATATTATATTGGAAGTTTGATGATCCTTTTGACTATGTGAGTTTGAGATTAGATCGATGAAAATAAGAAGGGTGTCTGCAAAGCTTGATGGTTTATATGGAAATGGAAATGAAAAGTGTGTATTGATTTGTTAGCATGATGTTGATGTATACTGAATTTGGGATGTTTTAGCTTGTTGTTGTGAGTGTTATTATTTGAATGTTGTTGATTCGTTTATGTGCTAATTTATAATTCGATGATGGTTGGTTATGTACTTGTGTTTGTATTATTATTTATATGGTACTTGTGTTTGTATAATTACTTATATATGAT

Functional annotation

Database	accession number	e-value	annotation
nr	ONK55750.1	4.3e-162	uncharacterized protein A4U43_C10F610
Swissprot	Q6Z8C8.1	8.4e-147	Serine/threonine-protein kinase MHK-like protein 2
trEMBL	A0A5P1DZJ3	3.1e-162	Protein kinase domain-containing protein

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT4G19110.2	57.62	6e-158	553		Protein kinase 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
AfisC3G08302	AT4G19110.2	479	177	8	1	468	1	464	57.62	6e-158	553
AfisC3G08302	AT4G19110.1	479	169	10	1	468	1	461	58.66	1e-157	552
AfisC3G08302	AT5G45430.1	349	103	3	1	345	1	341	67.05	2e-141	499

Ortholog group

Species	Genes
-	-

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF00069.22	Pkinase	Domain	4	283	261.2	8.5e-78

Gene Ontology

Accession	Ontology	Name
GO:0006260	P	DNA replication
GO:0000086	P	G2/M transition of mitotic cell cycle
GO:0000287	F	magnesium ion binding
GO:0000307	C	cyclin-dependent protein kinase holoenzyme complex
GO:0001750	C	photoreceptor outer segment
GO:0001917	C	photoreceptor inner segment
GO:0002088	P	lens development in camera-type eye
GO:0003713	F	transcription coactivator activity
GO:0005930	C	axoneme
GO:0005829	C	cytosol
GO:0004693	F	cyclin-dependent protein serine/threonine kinase activity
GO:0005524	F	ATP binding
GO:0005694	C	chromosome
GO:0005768	C	endosome
GO:0005813	C	centrosome
GO:0006355	P	regulation of transcription, DNA-templated
GO:0006977	P	DNA damage response, signal transduction by p53 class mediator resulting in cell cycle arrest
GO:0007099	P	centriole replication
GO:0007126	P	meiotic nuclear division
GO:0007265	P	Ras protein signal transduction
GO:0007283	P	spermatogenesis
GO:0008284	P	positive regulation of cell proliferation
GO:0042493	P	response to drug
GO:0009636	P	response to toxic substance
GO:0015030	C	Cajal body
GO:0018105	P	peptidyl-serine phosphorylation
GO:0046686	P	response to cadmium ion
GO:0030154	P	cell differentiation
GO:0030332	F	cyclin binding
GO:0030496	C	midbody
GO:0031100	P	organ regeneration
GO:0031514	C	motile cilium
GO:0032355	P	response to estradiol
GO:0032391	C	photoreceptor connecting cilium
GO:0032403	F	protein complex binding
GO:0032869	P	cellular response to insulin stimulus
GO:0035173	F	histone kinase activity
GO:0035720	P	intraciliary anterograde transport
GO:0035721	P	intraciliary retrograde transport
GO:0036064	C	ciliary basal body
GO:0045471	P	response to ethanol
GO:0045494	P	photoreceptor cell maintenance
GO:0046777	P	protein autophosphorylation
GO:0051436	P	negative regulation of ubiquitin-protein ligase activity involved in mitotic cell cycle
GO:0051591	P	response to cAMP
GO:0051602	P	response to electrical stimulus
GO:0060968	P	regulation of gene silencing
GO:0071732	P	cellular response to nitric oxide
GO:0072686	C	mitotic spindle
GO:0097542	C	ciliary tip
GO:0097546	C	ciliary base
GO:1901796	P	regulation of signal transduction by p53 class mediator
GO:1902856	P	negative regulation of nonmotile primary cilium assembly

KEGG pathway

KO	Name	Enzyme ID	Pathway	Pathway ID
K08829	MAK; male germ cell-associated kinase	EC:2.7.11.22	-	-

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network