result

Gene information

Detail information of AfisC6G00995

Location

Gene	Chr	Start	End	Strand
AfisC6G00995	chr6	149377125	149386659	+

Sequences

CDS

>AfisC6G00995
ATGGAGTCTGCTAGGAGCTGGTTGCATAAATTTCAGCCTAGAGAAAAGTTAGGTAGTAGAAAAAAAGACGAAGCAAAAGATGATGAAAAGTTACCACCTATTGGAGAAGAAACGCCTTCAAATGCTACAAAGCAAAGAGTTGCTGCTGCTAAGCAGTATATCGAGAATCATTATAAAGAGCAAATGAAGAATCTGCAAGAACGCAAGGAACGAAGAGACATTCTGGAAAAGAAGTTAGCTGATGCCGATGTATCCGAGGAAGATCAGTATAACATTCTCAAATATTTGGAGAAAAAGGAAACAGAATATATGCGCATACAACGGCATAAGATGGGAGTTGAGGATTTTGATTTATTGACTATGATAGGAAAAGGAGCATTTGGAGAGGTCAGGGTCGTTAGAGAGAAAACAAGCGGTTGCGTATATGCTATGAAGAAGCTTAAGAAATCAGAAATGCTTCGACGGGGTCAAGTTGAACATGTTAGATCAGAAAGAAACCTTCTTGCTGAAGTTGATAGCAACTGTATAGTGAAACTTTATTGTTCATTTCAAGACAACGATTTTCTATACCTCATTATGGAATATTTACCTGGTGGTGACTTGATGACTTTGCTAATGAGAAAGGATACATTAACTGAGGATGAGGCTAGATTCTATGTTGGAGAGGCAGTCCTTGCTATTGAATCCATCCACAAGCATAATTACATCCATAGGGATATTAAGCCAGACAATTTATTATTAGACAAAGCAGGCCATTTGAAGCTGTCAGATTTTGGGTTATGTAAACCATTAGACTGCAGCAATTTTCCAGTATTAGACGATCCACAAGGGATTAATACTAATAATAATGGTAGCTTGCAGAATGATGGAAAACCTGGACCACCTAAGCGGACACAACAAGAACAACTACAACACTGGCAAAAGAACAGGAGAACACTGGCATACTCTACTGTTGGTACACCTGATTATATTGCTCCTGAAGTTTTACTGAAGAAAGGTTACGGAATGGAATGTGATTGGTGGTCGCTAGGTGCTATTATGTATGAAATGCTAGTGGGCTATCCTCCATTTTATTCGGATGAACCCATGACAACTTGTAGGAAGATAGTAAACTGGAGATCACATCTAAAGTTTCCCGAGGAAGCCAAGTTATCTCCCGAAGCTAAAGATCTAATTAGTAAACTTCTGTGCAATGTTGATCTGAGACTTGGCACTAATGGTGCTGATGAGATAAAGAGACATCCTTGGTTTGAAGGCCTAGATTGGGATAATCAGTATAACATGGAAGCTGCGTTTATACCGGAGGTCAAAGACGAGTTGGATACTCAAAATTTCGAAAAATTTGAAGAGTCAGACTACCAACCTCAAACTTCATCAAAGTCAGGACCATGGAGGAGGATGCTTTCCTCCAAGGATATAAACTTTGTGGGTTATACATACAAGAACTTTGAAATTGTGAATGATCATGAAGTAGCTGGAATAGCTGAACTGAAGAAGAAAACCTTGACGACTAAAAGACCATCCATCAAGTCTTTATTTGATGCAGAAGACCAACAACAATCTGAAACTGACGATGATTCTGTTCATGGAGGGGGGAGCTTCATTTGTCATTCAAAACTAGATTCCAAGAGCAGCAGGTCCTCTCATTCCTCTGCCTCTG

Protein

Gene

>AfisC6G00995
GGCAAATCCTATTTGATGGGCATCCTCATTTTATTTCCGATCTTTCTGCAAATCCCAATTAAAAAATATCTTAATTTAGAGCTACATTTTAACCCTACGTTATCAAAATCCAATTTACATCAATTTTCGATTTTATTTTGCATTTGAGCCCGCGAGTTAGAAGTTTCCAGATGAAAATTCATAAGCAATTTTTAATCTCGTAGAAAATTTGTGGAATTTGTCTGAAGAAATGGAGTCTGCTAGGAGCTGGTTGCATAAATTTCAGCCTAGAGAAAAGTTAGGTAGTAGAAAAAAAGACGAAGCAAAAGATGATGAAAAGTTACCACCTATTGGAGAAGAAACGCCTTCAAATGCTACAAAGCAAAGAGTTGCTGCTGCTAAGCAGTATATCGAGAATCATTATAAAGAGCAAATGAAGAATCTGCAAGAACGCAAGGAACGGTAATTAGGTTATTGTCTTATTGTTCCTTTGTTTGTAATTGATTTACTTGGTTTTGTTGCATGGATGAATGAATGATTGTGGTCGAGAATCTTATGGCAGTGCATTATTTTTGTTCTTTAAAGGGGACATGCTACTGTAGGTGAAACCATGGTTCAATTCACGATACCTTGTTGATTGTGCTATCAGTGTGCGTCAGTGATGTGCTTATATGCAGGAAATGATGATAAATTTCACTAGTTTTATTATTATGTTAGACTGGGTATACAGCAATGTTAATGTGTGAGAGGTCACATGTGGATTGCTTTGTTGTAGGTGTGGAAACTACTAAAATATAGCGCATAATTGTTATGTTGAACAAACTGCAGGTATCACATGCTATTTGGTTGCATCATCATTGTAATTTTAGTCTTAGTCTATACTAGTACCCACGCAGGCAGGGCCTTTTTTGCAACTTGTTTTGTGAATAATTTTGATCTGTATTAATAGGATAATTGTAGGTGAAAACCTGGAAAAGTTAGGTAAGCTGCAACCCAACTACTTATAACTAGTGTAAAAGAAGTTATTGTCAAATGGGGTCTTAACTTTTGTACTTTATAATTTGTGATTGAAATCCACATCGAAAACCTTGCCTTTAAATTCTTAAACTCTGATATTGACCTCAATGTCTTGTCAGTTCGCATGTATTTCAATTCTTGCAAAGCATCACAGTCATCTGCCAATGTCTTCAACCCAATTCATTTTCAGTCACAAGCGCTAATGTCTTTATATTAATACAACACTTTGCAATCAACCGCAACACTTCATTAAGCAACTCAGGTGGAATAAACTCACACTCATTAAACATTATTTTGAATATTTAAGGAAAAGCTACCTCGATTGAGAAGAGCTGAATTCTAAGGTGAAGGCAAAAAAAGGTGGTGATGAGATCAATGTGGATGAGATTAGGAAATTGGACCAGAATATTGTCCAAGGTAAAACATTTGCCTCACTCTAATTAATTTGTTGTCCTTGGTCAATGTTCTACTCCGATTTCCTAATCTCACCCCTGTTATTTCGTTACCGCTTTTTTTTACCCGCACCTTCAAAGAGTTTAGGCAGTGTTTCTTTTGAAACGAGTTTTGTGTTTGCGTTATCAATATGTATGTCAATGACCTGGGAGAGAATGTGGAGTTGAAAAATCAGTCAAGCGGCGAAGGGGAAGAGAGACGATAGATTTGATATTTTTCAAAAGGTGAAAAACAAGAAAAGGTCATTTTTAATTTTATATATCAAACCATTTTCCAAATCGACCGTTTCCACCCCTTCCTTTCTACCATGCATTTTAAAGTACACGACGAAAACGTGAAATACATAGCTCGTTTTCATACCGAACGCTGCCTTCGCTTTTCTTGGTTGGGGGAAGGTTTTCCTTAAAATGTTTAAAATAATGTTAATATGTGTGAGTTTATTACAGCCGAGTTGATTGATGAAGGGTTCCAGTTAATTGCAAAGAGTTGTGTTAATTTAAAGAAATTAGTACTTGTAGTTGCAAAATGAAGTTGGGTTGGTGGCATTGGCGTATTGCTGTGGTGCATTCCAAGAGATTCAGATACATATCTATATCTGGATTTAAGAATTTAGAGGCAAGGTTGTCTGTGTGGTTAATCATAAAATATAATGTTCAAATGTTAAGATCTCACTTGACAGTAACTTCTTTTAAACTACTTAAAATTAGTTGGGTTGTAACTTAAGCAACTTTTTTCCTAGTTGCAACATAATGTTTGAGAAACTTCTGTCTTTGATTTTTTTCTCTTTCTTCTAGCTTCTGGATCTATATCCAACCTTTTCCTAACTGAAGTGTTTGTTGGTCTTTTTCGAACTAAGATTGTAGACTATTTTTTCCTCTTATCTACCATATTAACATGTCTAGCATTGTTCGAACATTTCCATGCCTCGTTCTGTATTTTCCAGGATTGCGAACATTCAACACAATGCTCATCATGTCCTGTTTCTAATGTTGTTATAAGAAAAGTCCTTACAACAACAAATATGTAAATATTTTTCTTAATCAGAAAGCGCAAACTAGCTTGCACTTTCCTAATAGAAAATGCAAGTCAATTCGTTATTCAAGAAGGTTTTCAACAATTGAAAAATAAAATTTCTTTATGTGTAAATAGTAATAAATATTATTTAAGTATAATTTTAGTAAATAACTACAGTCTGTCACCATTATTGAATTTTATAAAACTTTTTATTTTTTTTTCCAAAAACAAACCGCAAGTCAACTTGCATTTTCTGTCAGAAAAGTGCAAGTCAACTTGCGCTTTCTGTTTTTTTTTTAAATATAGATCTTATTTACATATTTATTGCTGCAAGGACTTTTCTTATAACAACATTAAAAACAGGGACATGCAGCTTTTCTGCTACACCATAATACTCATTTTTATTTGTGACTGCCTAATACTCAGCGATGTACTTACATTATAGCAGGTTTGATGGTAGTTTTATACTCACAAAAGTAAGGGGGATCACATAAATTCGTGTCAAACCTTTTCATTTTGCCCAACCTGCCTATAGTTTGATGAACTAGATCTTCAATAATTTTTTTGCACCCTCTTGAATAATTGATCAGAGATACCTAAATTTCTAACAGTCATATTGTTTGGTTATATATGATGAATTTTAACTCCTGCATTATTCGTATGGTTGAGAATAATGCAAAAGGATTCATAATAGTTTTATTTTGCACTCAAATATCATGAATTTATAGTTTCTTTTACTACGTATTTTACAATATTACGTGGTTACAATGAAAATATACTGAAAATCATTACTATATGTCAACTATCATAATCCATTTGCTATTGAGGTTTTCTCCAAAATAAATGAAACATGTCGAGACTTTTAACTCGTTGAAAACTACATTTCTGATTTCATATTAACAGTTAATATAAATATTTTTGTGGCACATATTGATATACAATTTTCAATGAATTAGACTTTTTTAAAATGATACAAGAATTTGTGTGGACGATGCTGATTATTATAAGATCATATTTGCGAAATAGTGGATGGTTTTGGAAAAAAAAATGATGTGAGAATTTGAGTAGGGAATTTTATGATGATTTAACATATGGGTATGTGGATCCTTCCATACACACGCACATATGGATCCATAGCTCCTTCATGTTCAACCCCTCATAGCTCCTTTCTGCCTTTTTGCGCCAAATAATTTTGAGTCGAAACAAATTTTTTGTAAATACAATCTATTTGCTATCAATATCATGTACCGAAAAATTTGAATCGTTTCAAAACTTATACTCAGTAGAAATTACATTTTTCAAGCTACGGTTAATGTGTGTATATATATAATAGTCGGTTATTCATATTGAAATATGATTTTGTAGAAGCTAAAAGTTTCAAAACAGTTCAAATTCGAATATTTACTCCGCCTTTTTGTGCCAAATAATTTTGAGTCGAAACAAAATTTTGTAAATACAATCTATTTGCTATCGAGATCATGTACACAAAAATTTGAATCGTTTCAAAACTTATACTTTGTAGAAATTACATATTCAATCTACGATTAATATGTGTATATATATAATATTCGGTTATTCATATTGAAATATGATTTTGTAGAAGTTAAAAGTTTCAAAACAGTTCAAATTCGAATATTTACTGAATGTTTGATAGTGTATGGAAGAGGGGAGTTAAAAGATCATCTATGCAAAATTTGAAATTGTTCTGAAACTTCTACACCCTTCAAAATTATATTTCAATCGATGGTTAAAATAAATATATTCTATGGTTCATATTGGTTTCCAGTTTTAAAGGAATTAAATATTTCGAAACGATTCCAAATTTTGCATGGATGATTTTACCAATGAATATAACATTTATTAAAAAAAAAAATTTGTTACTATGTTTATATATGTATGCACATATGTATGCATACATACTGAAACACGCGCGCGCGCACACATATATTTATATTTATAAGAGATCAACTACACTTCTGCTACACCTTAATTTTCTACAGAGTTCTAAAAATCCAAAATAAAATCAAGTTCTGTAGTTAAGGTTTGTACCATTCAAGATCATTTTCATCAATTTGAGATCATTTTGAAATATTTAGTGTGGATTTTTCTTTTCTCTTGTTTTTTTTTTGAAACTGTTAGAATGGTCCACACAGACCGAACATATTTGTAAAGATGATTTTGAATGGTATAAGAACATATCTGCAATGTTTGGTTTTATTTTGAGTTATATTTGTTGTGCGGAAATTTCAATTGATTTGCACCAACTCCAAAAAACGCAGCGGAATGCTGAAGCGCGGAAACAATCAAAAGAAGGATCTAGCTTGTCGATTAATTATCAACCACAAATTCAATGAAAAATAATCACCAAAGAAAGAGAAACAGAAGAGTAGAGAACACAGAGATTTAACGTGGTTCGGCTAGATTGCCTACGTCCACGGACCTAACAATTATTCTTTATTTCACTGAAGAAAGAGAGTACAAAAGAGAGAGATTACAAAATTATAGGTAGTAAAGTGGAGAGACTAACCTGTAATTACAAATTGAATAATCAATTTATCCAAAGACTTGTTTACGCTCAAAACCCCTAATTGATTGACTGCAGAAATTAGGGTTTACTGAAGAAGAGGATAATGGTGGATGCTCTCACATTCATGAAGATGAACTTCCTTCATTTAAATAGGCATGAAAATGAAGGATGCTTGGGGATGAAGAAAAATAATTTCTAGATTATGTTTGAAATCTTTCCGAATGTCCATGATTTGATTTCTATGTAAATGGATAATGGTGATCTTGGTTTCCATAATTTTTCTTGCTTGAATCAATCTCCATCAGCAATCTTTTCTTTCTTCATATAACAAATTCTTTGACTAATTAATTGGTAAATAATTAATTAGTTTCCTTTCTTTAAAAGATATCACACATATCCTTCCTCTTTATCTTTCCATATATAGCCTAATTAATTGATTGAATGAATCAATTAATTATTTTCTCGTCTTTTTTAGAAAATATTTGAATCACATAAATTCAACAATATTCAACTCAAAAAAACATTAACGTGCAGCATAAGAGATGTATCATAAGAGGTGCAACGAATCCTTACCCTACACACACATGTATGTATAATATGTATGTATGGAAACTTGGATTATAATTTATGTCTTAACACAATCAAATGTCTTAGCACTGTTATCAGCTGTAACTGATAGTTTTATAAATAGTAAAGTCACAATGAAAAAGAAAAATAGCACGTTCCATATAAATTGAACCGAGAAAATATTCATTTCATTTCAGTCGTTGGTTTATTCTACTTTAACTTCTGTTGTTTGATTTGGGGATTTGTTAATCTTGATTTTAAGATAATATATTTGTTAATAATTTCAGAGTGGTGCTTGAACCGTATGTTACCACAAAAAGGAGTTATGTTATTCTTCTAAAACTCTAACTGGTTCCGATGGTTAACACATTCGAAACATGGAATTGGAATTAAGTAGTATTATTATGATTACTCCACCTTCTCCTTATACATACCGATTTATAAACATAATGTTTTTCACTCTTTTTGAGCATCCAGTTACAGTTTTTCTCCTTCAGCGCATGTAGGACCAGTTAAATTACAATAAGATGGTAGCTAAAAGCTGTAATTTATTTTACTGAAAAACAGAAGAGACATTCTGGAAAAGAAGTTAGCTGATGCCGATGTATCCGAGGAAGATCAGTATAACATTCTCAAATATTTGGAGAAAAAGGAAACAGAATATATGCGCATACAACGGCATAAGATGGGAGTTGAGGATTTTGATTTATTGACTATGATAGGAAAAGGAGCATTTGGAGAGGTACATTTTTTTCCTCCATAAGCATCGTTAAAGCATCTCGCTGATGCTTGTAGATTAACATAGCAATAAAGAGTATCATTACCTAACTCTACTAATGTTTGTAGATTGATGACATTTAATATATCATAATTTTGTAGTGTAGGTCAGGGTCGTTAGAGAGAAAACAAGCGGTTGCGTATATGCTATGAAGAAGCTTAAGAAATCAGAAATGCTTCGACGGGGTCAAGTTGAACATGTTAGATCAGAAAGAAACCTTCTTGCTGAAGTTGATAGCAACTGTATAGTGAAACTTTATTGTTCATTTCAAGACAACGATTTTCTATACCTCATTATGGAATATTTACCTGGTGGTGACTTGATGACTTTGCTAATGAGAAAGGATACATTAACTGAGGATGAGGCTAGATTCTATGTTGGAGAGGCAGTCCTTGCTATTGAATCCATCCACAAGCATAATTACATCCATAGGTTTGTTCATAGACTAACATATTGTCGCTGAAGTTTGTTTTTTCTTATAATTATCAATAACCGTTGCTCTTTTGGCTAATCATTGTACCAAATGGTGTCTTCGAGGAATACATCATTCTATACTTTGGTCAATGTGTCCTTAGTAAAAGAAACTTTGAAGCCCAAAATCCAATGTCTACAATTCAAATCCTAAATTTCTAACTTTTGTGAGAGGTGTTCTTTAAAATATCCACTCTGGTTTTCTAAATTCTATAATCAACAGGTGCTTTTGCATTTTGCAGGGATATTAAGCCAGACAATTTATTATTAGACAAAGCAGGCCATTTGAAGCTGTCAGATTTTGGGTTATGTAAACCATTAGACTGCAGCAATTTTCCAGTATTAGACGATCCACAAGGGATTAATACTAATAATAATGGTAGCTTGCAGAATGATGGAAAACCTGGACCACCTAAGCGGACACAACAAGAACAACTACAACACTGGCAAAAGAACAGGAGAACACTGGTAATTACTGTTATTACACAGAATCAGGCTTATGTAAATTTTTATGTGTGTGTTTACTATGCCATATTGTTCGTGTTTCCTCTGAAACGATTGCAGGCATACTCTACTGTTGGTACACCTGATTATATTGCTCCTGAAGTTTTACTGAAGAAAGGTTACGGAATGGAATGTGATTGGTAAATATCAAGTTTGGCTTAAATATTCATACTGCTTATTATCCTATGCTAATAAATTCTACTCTTGTTTTTTTACCATAGGTGGTCGCTAGGTGCTATTATGTATGAAATGCTAGTGGGCTATCCTCCATTTTATTCGGATGAACCCATGACAACTTGTAGGAAGGTGAGTGAACTATGGTTATATTATGAGATAAATTTATCTAGTTCTTATGCTCGTAGTTATCGCTTATTATCTAGATGCTTCAAAAGTATTTCATTTCAGTTTACCATTGGTGTTAAATTCCCCCAAAAAAGCTAAGCAGTATTTTCAGGGATCCTAAATAAAACCAATAATGATGGTTGAAAAAGTTTTCAAACTTTATACATATACATTGCTTTACTCCATTATTTTACCTTTTACTTATATGTTCAAAGTATAATATTATGTGCTAAATGGTTTGATTCCATTTATTTTTTAAACAGATAGTAAACTGGAGATCACATCTAAAGTTTCCCGAGGAAGCCAAGTTATCTCCCGAAGCTAAAGATCTAATTAGTAAACTTCTGTGCAATGTTGATCTGAGACTTGGCACTAATGGTGCTGATGAGATAAAGGTTTTTGTTTCTTTGACTAATTTGTGGACTTTCTTAACTTATAGATGATTATTCAATCTATTTTTGTATTAATTCTCAGAGACATCCTTGGTTTGAAGGCCTAGATTGGGATAATCAGTATAACATGGAAGCTGCGTTTATACCGGAGGTCAAAGACGAGTTGGATACTCAAAATTTCGAAAAATTTGAAGAGGTTGGTTGAATTTTAATATACTAAAATAAAAAACTTACCTATTAGTTAATTGAAAATCAAACAAAATTTATATTTGTACTTACTATAAAATCTATGTAATTGCAGTCAGACTACCAACCTCAAACTTCATCAAAGTCAGGACCATGGAGGAGGGTAATAATTTTTCTTCCTTTGGATAGAAAACCTTTAATCGTTTTCTTCCTACAAAATTTGCTTGCTGGATAAATTTTGTATTTCCAATTTTTTTGCCAGCATTACAAAATACTCAAAATAATTGACATTGCACTCGCCATGATGTGGCATTTATTTGATTATTCAGATGCTTTCCTCCAAGGATATAAACTTTGTGGGTTATACATACAAGAACTTTGAAATTGTGAATGATCATGAAGTAGCTGGAATAGGTAATTTTCATTTTTAGTGATAGTTTATTTGACAATCACAGTATTAGTATATGCATGTATAAAAAAAGAACAAATAAAACTACACAAAGCACCGTGCTTTTAGTTACATGCACAGATACACATTCAAAATACTCAACCTAAATATGAATTCATTAACATTTATTCTCAAGTAAAATATTCACAAAACTGGTGTATATATAACATACCATGCATAGACCAACATAAGATCAAGAATGGTATATACATTCGTGTAGGCTACCAATTTTAATCAGTTCGTGCTTTTAATCAGTCATACAGAAATCAATTTGTTGATTAACTTTAACATTTGTTTTTTATAGCTGAACTGAAGAAGAAAACCTTGACGACTAAAAGACCATCCATCAAGTCTTTATTTGGTACGTTCTTTGCCACTTGCACTTAAAAACATACACTAATCAGGAATAGATTACGATAATACGTTATTATCGTGTTAAACTTTGATACGGCACGACCCATCATTTGACATGTGGCCAAAGGTTCATGAAAATAGTGCTCACATGCACTAAATTTTGACTTGTGTTACACATGTCAAAAGCTAAGATGCTCTATATAAAACTTTAGTCTCAGGGTTCAAACCCATGACGTTTGGTCTTGCAGTCCGGACCATCAATCAACTGCGCCAACCCTTTTGGCTCCATTAGTTCTCTCTCTCTCTCTTTTATTTTTATTTTTTTGAATGCATGCAAAATTTAGTCTTTGGCCACTTCAGTTTATTTGATATAGAATATTCAGATGCAGAAGACCAACAACAATCTGAAACTGACGATGATTCTGTTCATGGAGGGGGGAGCTTCATTTGTCATTCAAAACTAGATTCCAAGAGCAGCAGGTCCTCTCATTCCTCTGCCTCTG

Functional annotation

Database	accession number	e-value	annotation
nr	XP_020247808.1	7.6e-259	serine/threonine-protein kinase tricorner-like
Swissprot	Q9Y2H1.3	1.4e-116	Nuclear Dbf2-related kinase 2
trEMBL	A0A5P1E403	5.4e-259	Serine/threonine-protein kinase tricorner-like

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT2G20470.1	75.38	0.0	810		AGC (cAMP-dependent, cGMP-dependent and protein kinase C) kinase 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
AfisC6G00995	AT2G20470.1	524	112	4	1	514	1	517	75.38	810
AfisC6G00995	AT4G14350.2	538	131	3	1	535	1	530	73.61	798
AfisC6G00995	AT4G14350.1	538	131	3	1	535	1	530	73.61	798

Ortholog group

Species	Genes
-	-

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF00069.22	Pkinase	Domain	119	265	143.4	7.6e-42
PF00069.22	Pkinase	Domain	311	417	75.2	4.8e-21
PF00433.21	Pkinase_C	Family	436	480	27.8	2.8e-06

Gene Ontology

Accession	Ontology	Name
GO:0000131	C	incipient cellular bud site
GO:0000287	F	magnesium ion binding
GO:0000920	P	cell separation after cytokinesis
GO:0001411	C	hyphal tip
GO:0004674	F	protein serine/threonine kinase activity
GO:0005524	F	ATP binding
GO:0005628	C	prospore membrane
GO:0005856	C	cytoskeleton
GO:0005934	C	cellular bud tip
GO:0005935	C	cellular bud neck
GO:0005938	C	cell cortex
GO:0006357	P	regulation of transcription from RNA polymerase II promoter
GO:0007118	P	budding cell apical bud growth
GO:0009267	P	cellular response to starvation
GO:0010494	C	cytoplasmic stress granule
GO:0022416	P	chaeta development
GO:0030424	C	axon
GO:0030425	C	dendrite
GO:0030428	C	cell septum
GO:0030950	P	establishment or maintenance of actin cytoskeleton polarity
GO:0031435	F	mitogen-activated protein kinase kinase kinase binding
GO:0031579	P	membrane raft organization
GO:0034605	P	cellular response to heat
GO:0035317	P	imaginal disc-derived wing hair organization
GO:0035690	P	cellular response to drug
GO:0036170	P	filamentous growth of a population of unicellular organisms in response to starvation
GO:0036180	P	filamentous growth of a population of unicellular organisms in response to biotic stimulus
GO:0036244	P	cellular response to neutral pH
GO:0040018	P	positive regulation of multicellular organism growth
GO:0043332	C	mating projection tip
GO:0043407	P	negative regulation of MAP kinase activity
GO:0044297	C	cell body
GO:0048800	P	antennal morphogenesis
GO:0048814	P	regulation of dendrite morphogenesis
GO:0060237	P	regulation of fungal-type cell wall organization
GO:0065008	P	regulation of biological quality
GO:0070451	C	cell hair
GO:0070593	P	dendrite self-avoidance
GO:0070688	C	MLL5-L complex
GO:1900233	P	positive regulation of single-species biofilm formation on inanimate substrate
GO:1900433	P	positive regulation of filamentous growth of a population of unicellular organisms in response to heat
GO:1900442	P	positive regulation of filamentous growth of a population of unicellular organisms in response to neutral pH

KEGG pathway

KO	Name	Enzyme ID	Pathway	Pathway ID
K08790	STK38, NDR; serine/threonine kinase 38	EC:2.7.11.1	-	-

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network