result

Gene information

Detail information of AfisC2G06952

Location

Gene	Chr	Start	End	Strand
AfisC2G06952	chr2	1114587355	1114599504	-

Sequences

CDS

>AfisC2G06952
ATGGTTTCATCTCAATTATTGGGAGTAACCAACACTAAATCTTCGAAAACTTTCAATAAGCGAACGCTTCTTCCTATGGTTCCACCTGATGTTGTTCCTACTGCAAACGAGGAGTTTGATTTCTCCGACGTTTTTGGCCCTGTACCAAGTCAAACCTCCATTGAGTTAAACATAATTGGTTGTGAAGATTCCTTACCTAACATTTCTGAGGATATGGTGTACGATGAACCTGAGGTAATTTCAAACCGATCGCATTCTCTTGTGGGGCCTTCATCTCTTATTCCTGATTCTCCTCGTCCCCGCAAACATACATTAGATGAGAATGTGCTTGAACTCGTTGAACAGCCTGATGAAAATGAGGTCGTATCTGTTCCCAAGATTTCTGAGAAGATTGCAAGTGTTGGACTTGAAGATTTTGATTTTTTGAAAGTTGTTGGGCAAGGAGCATTTGGAAAAGTTTTTCAGGTTATGAAAAAGGGAACTTCGGATATATATGCAATGAAAGTTGTGAGAAAAGATAAAATCATTGAGAAGAATCATTTTGAATACATGAAAGCTGAGAGGGACATATTGACAAAGGTAGATCACCCTTTTATTGTTCAGCTCCGGTATTCCTTTCAGACCAAGTACCGACTGTATCTTGTACTAGATTTTGTCAATGGGGGACACCTTTTCTTTCAGCTTTATAATCAGGGTTTATTCAGAGAGGATTTGGCATGCATATATGCTGCTGAAATAGTGTCTGCTGTTTCTCACCTTCATGCAAATGGAATAATGCACAGAGATTTAAAGCCCGAAAATATTCTTCTCGATGCAGATGGCCATGTTATGCTGACTGATTTTGGCTTAGCAAAGGAATTTGAGGAAAATACAAGATCAAATTCCATGTGTGGTACTGTTGAGTACATGGCACCAGAAATAATTCAAGGGAAAGGACATAATAAGTCTGCTGATTGGTGGAGCATTGGGATTCTTCTTTTCGAGATGCTGACGGGGAAGCATGTATGCTTGTGCCGTTGCATAGAAGTGCAAATGTCATCTGTCTTTCTAAATTGCACAGCAGTTTTAGTTAAGCCTCCATTTGCTGGTGGTAATCGCAGCAAAATTCAGCAGAAAATTGTCAAGGAAAAACTGAAATTGCCAAAATACTTGACTAGTGAAGCACATTCTCTGTTAAAAGGGTTGTTAAATAAAGATGCAAGCAAGCGTCTAGGCAGTGGAGCTAGTGGTAGCGATGAAATAAAAAGCCACAAATGGTTCAAGTCAATCAATTGGAAAAGGTTGGAGGCTCGAGAAATAAAGCCGTGTTTCAGGCCAAAAGTAGCAGGAAAGATTTGCGTTGCAAATTTTGAAGAGCGTTGGACAAGCATGCCCCTGACAGTTTCTCCTGTGGCCAGTCCTGCTGCAGGAAGCTGCGATTTTCCTGGATTTTCATATGTGAAGCCTTCAGAATTTCTTCATAAGCCTAGTCCTCTTGGCTGA

Protein

Gene

>AfisC2G06952
ATTTCTTCCATTTTTTTTCCTATTTTAGATTAAAATTATCCGTTTGCATCGTTCCTTTGAGATGCTATTTCGATGTAATATATGTCTGAATCGTTAGATCTGTGTTCGTTTATTTCTGTAGATTTAGAATTGAGGGAGGGGACTGACAAAATAGGTTCGTTTTGTTTTGATTTTCAACATCGGTGGTTATGAAATCGTGCTTTTTCTTGTTCGTTATTATTTTCCTTTTGGGAAAAGCAATTAAAAAAAAACTTTATTGATCTTTGGCGGAAAAAGAGAATTGCGTTGCTGTTTTAGTAATTAATAAACATTATGATATTAATACGACCCTAGATGAGTGGAATTAATGCGTAGAAGGACGTAGAAGGCATAAACAATGAAACTCAGAGATAATTAATAAACATTATGATATTAATGTTATACTAGTACTAGATTAGAAAAATTAAGATATTTAACAAGTGTGCTGCTATCGACACTCAAAATAATTCTTCTGACTACCATGAAAATTTCAGTACATTTTTTTGTCAATATGCTATCTAACACCAAATTCATTTTTTTCATTCGGCTCTAAACGACCGTTTTTTCTTTGATTTACAATGGCCGTTTACTGCCGTACAGTGATAAAAAGCCATTCGTCTGTCTTACGGTGATAAACAGCCGAACAGTATGGATGCCTATTTGATAAAACAAAATAATGCATGATATTAGTAAGCATGTAAGCAGAATTTTTATAGTGATAATTATTTATGAAATAGGCATGTAAGCAGAATTTGTATAGTGATAATTATTTATGAGAGCTAGATGAGATTTTCTGGGTACCTATATTAATATGCTGTAAGAAACTCGGAGATATCTAAAAATGAGTTTACTTGTCTGTGAAATCAGAAGCATGTTCGTTTCCATATTTACGTGGAAACACTTTTGAAATTCTTCTTTGATTTGGCTCTAAACAACCGTTTTTTCTTTGATTTACAATGGCCGTTTACTGCCGTACAGTGATAAACAGCCATTCGTCTGTCGTACAGTGATAAACAGCCGAACAATATGGATGCCTATTTGATAAAACAAAATAATGCATGATATTAGTAAGCATATAAGCAGAATTTGTATAGTGATCATTAGTTATGAGAGCTAGATGAGATTTTCTGGGTACCTATATTAATATGCTGTAAGAAACTAAGAGATATCTAAAAATGAGTTTACTTGCCTGTGAAATCAGAAACATGTTTGTTTCCATATTTATGTGGAAACACTTTTGAAATTCTTCTTTGATATGTAATACCACACTTTTAATCAGATGTCCTATTATTGTTTCCATTATAATATTTACTACCTGTAGGATTTCTTGTGGTTATTTAATATTAAAACTGGGAATCAATAAGCGGTGAGATTGTTTTTCATCGTTCTTGGAACTATCTTTGAACCTTCATTTTTGTATTGATGTAAGAACCGAATGATTCTTTATTATTTTGCCTGTTATGATTCATGAACTGCGATGGATAGATTGGTGGCATCTGAGCTATAAGGCTATACTATATATTTTTTTCCTTTTTTCGGGTAGAAAATAAATGCTGAGAATATATTAAACTTAAGGCTTTAACAATTTGACTTGTAAATGAGTAAAGATCCTAATATGTATAATTTTGTAGTTTGCATTATTAGCCGATGATAAATGCAGGTCTTATTGTATCACATTAATTATGACCCAATCATGAGGTGATATTCATTTACTGTACTTGGTCATTTTCTTACAAGTGATAATCCTCAATGCATGGAGTCATTGTGAAGGAATTATGTTTTATGCATATAAGACATTGGTTCAGTAAAAAAAGTAAAAAAATTCACTTTGTTCCTCTACATCTGTTTGAAAGTTGCTTATAGGAATTGTGTGCTTTTTTGTACACACTCAAAATCATGTGTCAAGTTATGCGTGGCTCTACAAAATCTTGGTATTTTTCGAATTTATAGAGGTTGCATTGTTAATATCTTCTTTATTAATCTGCCAGTGGATAACTTGATCAACAAATCCAATGTAAATTCGACCGAATTCGAATAAATTAATGTAGGTGACTGTCAATTTCTGTTTTTATTTTTTTTACAAATTAAGTAATTTTGATGGTTGTAGTTTGTGTTGTTTTAGTGGGGAAAAATTTGTGCACAATGGCGCAGTATACATAAAAGTAAACTCACTCACATCTAAATTGTGTAAATCCTTTAGTAGTTAATTTTATTCAAAATTGATTTACACCATCCTACCCTGTATTTTTATTTACTAACTAATTATTCTCAATGGCTGCGATCTGAGCTTCTTGTTTTTTTTTAAAATTTAATATTTATTTCTTTACTGTTATTATTTTAATGCTGGGAGATAAATTTGGTGCATGATGTAGCATAAAAGTATGCTCAAGATCATCTAAATGCTGGAGATGTCCTCTATAGTTACTTTGATACATTTTGATTTGGGTCATCCAATCACATGGACAATTTCAGTAAAGCAGCAATATTGGACATCTTGTATACTAATCACCAGTACAGTACATTAATTTTAAGTAGGGCATCTGTACTGTTGAAATCATATGCCCTTGGCAACTGCTTGAGATGAGTAATCTATTTGCTTGTATAAGATGTATGAACATATAATTATTGCTTTGCTAAATCATAAATTACAACAAAGCTTTGAATGCATTGGCCGATAGTCTGGTAATTTGGATTTGCCTTGCCACCTGGTTAGAGTCTTAGCTGCATTTAGCACCATTGCAGTTGGTTAAATGGCCACATCCTTGCAACGATAACTTTTAAGATTCTAAATATTGCTAAGCCCATAAAATCTTGCAATATATGTTCATACATTATTTGTTTGCCATTTACAATTAAAATGTTGCCTTAAATCTGTTGTACAATCACTAAAAAAATTCAGCAACATTTTTTATCAGCTTAGACAATCTTCATGAATTCAACAAGCTCAGTGGCATCAACGGTTTCCTGTGAGTCGGGGAACATCTGCAATTTCTCTGTTTTCATCAACCCAAGGTTTTTTGGAACTCCAATTGATTGCGTGAATTTCCAACTGCTCAAGGCCATTGTTAGAACTCCTGCTGCTATCGTTCGAATTTGTGGAGAGAGCCAAACTTAGCTGAAACAGTAATTTCCGATTCCAAAATATTAATTTATCATCTGAGTAGTATATTTTGAGGCATGGTTTCATCTCAATTATTGGGAGTAACCAACACTAAATCTTCGAAAACTTTCAATAAGCGAACGCTTCTTCCTATGGTTCCACCTGATGTTGTTCCTACTGCAAACGAGGAGTTTGATTTCTCCGACGTTTTTGGCCCTGTACCAAGTCAAACCTCCATTGAGTTAAACATAATTGGTTGTGAAGATTCCTTACCTAACATTTCTGAGGATATGGTGTACGATGAACCTGAGGTAATTTCAAACCGATCGCATTCTCTTGTGGGGCCTTCATCTCTTATTCCTGATTCTCCTCGTCCCCGCAAACATACATTAGATGAGAATGTGCTTGAACTCGTTGAACAGCCTGATGAAAATGAGGTCGTATCTGTTCCCAAGATTTCTGAGAAGATTGCAAGTGTTGGACTTGAAGATTTTGATTTTTTGAAAGTTGTTGGGCAAGGAGCATTTGGAAAAGTTTTTCAGGTTATGAAAAAGGGAACTTCGGATATATATGCAATGAAAGTTGTGAGAAAAGATAAAATCATTGAGAAGAATCATTTTGAATACATGAAAGCTGAGAGGGACATATTGACAAAGGTAGATCACCCTTTTATTGTTCAGCTCCGGTATTCCTTTCAGGTATGATGCTCTAAATTTTACCAGCTATATTTGTTTGTATTTTCTTTTAGATACTGTTCCACACTTACACTTGTGCAAAGGTTTTACCTATGCGGCCTTGATCTTCATGTCCTGATTTTCATCCTTTAGGTAGCTCCCTGTAAGTTACATGTTACTGTCCCACTCTCATTTATTTGTTTACAAAATGAAATACACACCAGTATTGCACACCATAATGAAATATAATCGTTATTGCTTATTCCACTATTCAATGGCATCTTGGCCAAATGCTCGAAATGATTCAAATTTATTTTTATTTTGACAGTCAACTTGAGCAGAATGTCAACATTTTAGAGATACTGAAGTTTGATAAATGCTAATGTACATGTTAGTTTATCTTTGTATTACCCCATATTCATTATTTGCTCTGGCGCCAGATACATTTCCAGCATATGGATTCTCTTTCTTTGCTATTATCGATCTATATTATTACTCTTTCAAATGCCAATTTACTAAAAAAAAATATTGCCTCGTTTTGTTCAATATATTCGAGTGCTCAAGTTGGTTACACTGTATTCTTCGTGTTTTGTCTTGACTCTTGGGAGTATGTTAACGTTAGTACTCATGTTTTGTGTTTTATATATGTAGACCAAGTACCGACTGTATCTTGTACTAGATTTTGTCAATGGGGGACACCTTTTCTTTCAGCTTTATAATCAGGGTTTATTCAGGTATTGACATTTGCACTGGCTCTGTGGCTTCTTCCTAATTCACTTGACATAAATTCGTTGATTTAATCTGTGAATTTATCTCATGTGTTTACATTGACTATCTCAGAGAGGATTTGGCATGCATATATGCTGCTGAAATAGTGTCTGCTGTTTCTCACCTTCATGCAAATGGAATAATGCACAGAGATTTAAAGCCCGAAAATATTCTTCTCGATGCAGATGGCCATGTAAAATTCTCAACTTCTGTTTTGTAGTGATCTTTTCTTACTTGATACATACAAACATACATATGTACGTACACATACATACATACGTGTGTGTGTCTATATGTATGTATGTACGTACGTATGTACGTATGTATGTACACACACACACACACCATATATACATACATGTATATGTACATATATACATGTACATGTATATGTACATACACACACATTTATATATATGTACACATTTATATAAATGTATATGTATGTATGTGTGTACATATATGTATATGTACATACATACATATGTATACACACATATATATGTATATGTACCATGGTTTGAGATCTTGGCCGGAATGACAAAATCTCGGCCATCTCGCATCGGTTTTGGCGAAGACCGGTCCGAGTTTGGCTGAAAATTCCGGTTTCGATTCCAATTTGATTGAAAAAATGTGGTTTTGACAAATTGATGAGAAATCGAAGTAGAAATAAAAAAATAACGAATGAATTAAGAAAGGGGATACAGTTACCTCTTCTGAATTTGCCATTAACTTTAGTAAAAGACAGAAAGAGGAAAGCAGGGAAGAGAGAAAGGTAGGACGCAAGAATGAGAAAAAGCAAAAGGTAACATTATATTGTAATTTGTACACAGCTCTATACTTTCAACAGTGAGGTCTGTACTTTCAGCAGTGAATGATTTTGTTTTATTAGTGGACTTTTCTGCCTAGGCTACTAAAATAGTAATTTGGACTTGTACAGTAATGAATGAGGTTATCTTTTATTGTTTTTGGTTCTATTTCAGTACTTCTACGATTACTAATACTACTGCTCTATTTGGAAGTTATAGTTTTTAAGCTTTTTTAATCATAACGGTACCAAAATTTTAAACCGCTACTTCCAAAAATTAATGAAATAAATATATAGAGGTATATAACTAACATATTTGTTAATATAAAATGCTAAAAATTTAGTCTCATTAGTCAAATATACTTAAAAAAAATTAATTATTGAGATAAATGAATAAATATATTTGTTATATTTTCACTAATACTCGATGAAACTCCGAAACCGAAATATTTACCGAAACTTCCAAAATCAGCGTAACTTACCGAATTTATTGAAATTTTAAAAGACCGAAACCGAGACCGAAACCGAGTTCTCAAACCTTGATATGTACACACACACATATATGTACACACACATGTGTGTGTATGTACACATATATGTACACACACACATGTGTGTGTATGTACATATATATGTACACACACATATATATGTACATACATATATATGTATGCGTGTGTGATATTCTAATGCACAGAAATCTTTTACAAATATAATTAGGTTATGCTGACTGATTTTGGCTTAGCTTAGGAATTTGAGGAGTGTGTGTGTGAGAGAGATATTCTAATGCATAGAAATCTTTTACAAATATAATTACGCTGTGTGATATTCTAATACATAGAAATCTTTTACAAATACAATTAGGTTATGCTGACTGATTTTGGCTTAGCAAAGGAATTTGAGGAAAATACAAGATCAAATTCCATGTGTGGTACTGTTGAGTACATGGCACCAGAAATAATTCAAGGGAAAGGACATAATAAGTCTGCTGATTGGTGGAGCATTGGGATTCTTCTTTTCGAGATGCTGACGGGGAAGGTTAGTGTTTTATCTATATTCTTGATTCCTCATGTTTGTTGTCTTTGCACGGATTCCTTCCGAATCTTCTGTTCTGTGCGTGTTTAGAATTCCTGTTTTCTTTTACTGTAACACTTAAGATTATATTTTAAAAAAATCACTTAAGAACACGCTTCTTCTGATGAAGAGTTGATTATAAATCCAGTATCCTATGATAACTCTAAAACAGCTTGGAGTTTTACACGTTTCACCTTTGCTTGTTTTTATAGCAAACATACAGAATCTCTCTATGCACAGAATGGACCTTTATTAATTTTTTGTATATTATGTATTGCTTTTTTTATTCTTTGAACAAGGCAAAATGAATCATATTTCCATTTTGAAACTCAGCATGTATGCTTGTGCCGTTGCATAGAAGTGCAAATGTCATCTGTCTTTCTAAATTGCACAGCAGTTTTAGTTAAGGTATTTGTCCCTTTCATTTCATAGCTCATCGTCGATCCAAATCCACCATTTTTTTCCCCTCTTATTTTCAAAGCCTTAAGCTATTATTAATTAAGTGTGATGTAAATATGAAATTACACTTTGATATTCTTTTTTGAGATGCTAACCTGGACGGTTAGTGTTCTATTCATTCTCCATAGAAAAATTTGGTTTCCCTAGATTTATAGCCTATACTATGATTCTTTGCAAATATTTCCTATTTTCTATTACTGTAGTACTTAAAATATGCTTGTTCTGACTGAAGAGTTAAATACAAATTTGGTATAGGATGACAAATCTGAACCAGCTTTGGGTTCTCTATCATATATTTGATGTACTTTGGCATACTAGTTTCACCTTTCCTTGAGCCTCTGTAAAGAATGAAGCCTGTTTATTATTTTATTTTATTTATTATTTGTTTGAAAACAGGACTGTAAAATAGAGCACTGCTCCATTGCGACTCCACCATATGTGCTTGTGCTGCCACATAAAAATAAACGACTTAAGGGTGTGTTTCTGGAGAAAATTGGTTATAGGTTAAAAATGTTTCTGGGCACATTTGATTAGAGGTTAGAGATTGATTGGGAGTAAAATTCTTTGTACTTGTTTGTTATTGAATAAATAATAATAATTTTTTGATAATTAATATGTAACTTATAATTTATGTTAATAGTTAATAATTAATAATTAAAAAATAATACTTAATTCTGCTTTGATAAACTCAACTTAAAATTAATGACAATTTCGCAACACCCTTGATTTTGCTTTGGTAGACTCCTATATTGAGGTATCATCAATTTCCAACGTTTTTCGATCATTTGAAAATTCATATTGAGCGCTAGCTTCGTGGTCTTCACATGGCTATATTGGCCCAGCCTTGTGCACCGGTACCGACATTCCTTCGCAGCTTCCAATTTGTGGGTGTTTTGCTCTTGTGGAACGTCGCTATCTCCAGAAGAACTATCTGACCTTAAGCATGTTCTTCTCTCCAGCAATTCCACCACCTTGTGGATGTTCTCATACAATGCAGTATGCGAGCTTTTTCTGTTAGAATGAGCAGCAGACTGAGCGCTAACTGGACGTCAACTCAAACACGTACTATCCATATCATCAACAGCAAGCTCATCTGGAGTAAATTTGTTTGGTGGGAAGGGTTCGGTAGGTTGGGTGGATAAGACATACCACTCATTGATGGTGGATCCTCTTCCCAGTTGCCTTTGGGAGTAGGATTTGAGTCTGTAGTGTGGACATCGGGGGGAGTAGGATCATCTTCAACTTCATTCACAGCCATATCAGCTTGCGTGGAGATCAGTGTGTTTACCAATGACCATATTTTGGAAAATAGCCTCTAAAAACTCCAGATCTGGTATAGGTGTTTTCCTTCATCAACATATTTCTACCTAATTCCTGAAAATTGTAAAAGGGTGTGTGAGTAATCGTTTGAGTAGCGTTTATGAATTCTTTTGTATAAAGTATGACTTGTAACGACTTGATCTTTCCACCATTGGCCATCGCCGACAACCATGTTTTTGACATAATCCGAGCATGCTACCGTCTTGTTTCTAAGTTTATCATATTTCTCGAATACTTTGCAGCTTGCATCGTGCTTGTTCTTCGCTTGTCCAACATTCAACACTTGATCCTTCCGTATGAATAGAATTTATCGGCAATTCGTTGGTGAACTCTAGTTTTGGCCTTTTTGTTAGTGGGTGCAAACCCCTCAACCGCCGCTATGGTGTACAATGTGGACAACTCGGGAATCTGCACAAAAGTTTTTTACTCGAATCGGCTGTAGCGGAATCCATGTGTGGAAGTGTGTAGTTGAAGAAATATGATTTTAAGTATAATTGAAGTAGAGAGTGTGAAGTGATGAGAGAATGTAAGGAGTTATTTATAAAGAAAATCCAGAAGTAAAATATTTTATTGCTAGCACATACATAAAATTTAAGTTGGGTCAAATGCTAGGAGCGAACGCTTTTGGGTCTATATTGCTACTGTAAAATTGCACATACGTTGAACATAAATTTTACTAAATGCCAACGGCAAGGCGTTCTCCTTCTTCTGGATCGAGGCTTGAACGTCGTACCGCTTTTCAAATAACACATTTAGTCTCATTTTTATTTTTGTTTATAACCCGAATCCGCCAAAATTTCCACTTTCTAACGCTTAAAGCCTTAAATTATCACGAATTAAGTTAAGATGTAATCATTATTACTCTGTAAAAGTAAAATATTCGACATTTCAGATGCTGGTTGAATTCTTACCTCATTTCTTAGTGTTAATTTCATAATCTCAGCGACCTAGAACTTAGCGACCTAAAAGGGATTAGCGACCTAAGAGGGGCTTGCGACCTAACAGCAGAAAGCCTTGCGACCTAACATCAGAAAGCTTTGCGACCTAACAGCAGGAAGCTTCGCGACCTAAGGACATAGAGGTTTGCGACCTAACAGCAGGAAGCTTCGCGACCTAAGGACATAGAGGTTTGCGACCTAACAGCAGGAAAAGGTTGCGACCTAAGGTAGCTAGCGAGTTAACAGGTTGCACAACCTAACTATCTCAAGAACTTCGCGACCTAGCAGTGTTGCGACCTAAAGGAGCTTGCGACCTAACTACTGAAGATGCTTGCGACCTAAAGCCTGAAGTGATCTAGCAACTTAACAGCCTAACGAGCTAAAAGCAGAGAAAGGAATGCGACCTACTATAGGTCGTTCACGACCTACTACTTGCTCAGATGGAAACAGAAGCAACTCAATCAGGCTGCCTTCCCTAAGTCGCATATGGACTGCGACCTATCTTAGGTCGCTCGCGACCTACGACCTAACTTAGGTCGTACGCGACCTAAGACCTTAGGAAAATTTCCAGAATCCAAATCAGCTCCTATAAATACCCCACCACTTCCAACATAACGGGGACTTTTGGCCATTCATTTCTTCAAGCGCCGTTACTCTGTCGAAGTCTCCATTCATCCAGCAATCAAAGATCCTCAAACATTCAAGACGCTACAACAATCTTCAAGAGCTAATTCCTTATATCCAACATGGTTTCATCGAATTTCATCGGCGAAGATTGAGCTAGTAGTCAAGATTGTTTCTTTTGATCAAGTTGTACTGTTTTGATAAGAGATTTGTATCGATTTGTAACCGAATTCAGTAATAAAGAGATTCAAAGTGGACGTAGGCTTAATCTCAAGCCGAACCACTATAAATTGCTGTCTTTTACTGCTTTTTTGCCAGTTTACTGCTTAAATTCTGTTCCCGTCACACGGGTGGTGCTTTCACGATTCTATTACACACACCGGGTGTTAGCGTTCACTTTTTAGCGTTAACACTTAGTCACTACAATTCCTTGTAATAAGAATGGTATAACTTGATTGGTTACTGTTCCAAGAGTTGCTCTTCCTTGACTTGCAGTAATATAGGAAATACGAATTTCATACAATTTTTGTTTATTTTATTGCTAGCACATACACTGGCTTGCACAATTTACACATATGTGTCAATTAACCTCAGCTGTTCCTCTCTAACCTTTCCGCCTCTCAATCAGTAACCGTTATGTCCACTTCCAACTCTGTCATCACTTCTCTGCTATTGGTAATCACATTGTAAAACTCCATCCTAGCTGTTTGCAATAACACCTTTCTGTTATCATTGGAGTAATGAGGTAACTGAATAATTATTTGAGATGATGAGAGGATATTTATATAATTAAAGATGTATCTTCAAAATTCCGAGTTTCAATTTTCTGTAGTGGAGATCTGTGGAAATGTGGTTATTTATCGTTTCAAGATTTTCTACTCTGTTTTTATGGCTTAGGACCAATATGAGAGAAATGGTTGTTATTTTGGACCATGGTAAAGAGTTTCGATTCAAAATTTCTACACTTAATGATCTGAATCTCATTTTGATTCAACTTTCCAACATTACGGTTTGAATCCCATTTTGAAAAACTTGCCGAGGCCCTTCCACAATCCTATATCTCATAATACTAAATATCGTGAACTTATTAGCATCCTTCTGTTTTAGTCTGTTCTCTTTCCGGTTAAAGTGTCATATATTTGTTATCCAGACCCAATGTGTACTGAAAATGGATCTGTCAGTTACAGTGGGGAAGGAGACATTTTGTGTAATGAGCAATTATATTTATGATAGATGTTTAAATTAGAGTTGTGCTAAATACCCCGCGTTAGAAGCTCTATTTTACCCAGTATTTTACCCAGCTATCTCATTCAGCAGTACACTGCAGAACGCAGTTGAAAATTTTCGGCAGTATACTGCCGAACGCAGTGTAATTTTACAGCAAAATTGGGTAAAATGGAGTTTGTAACGAGGTGTATTTAGCACTGACTCTTAAATTATCATAGGAAATTAATGTTTATTATATTTTATTCTGCAGAAAATAAATGCAGAATAATCGCAACTATCATTTAGACGCTTGCCTCTATTTTGTGCCAATCTAATACACTGAAATTTACTTCAATTTCTCGTCAGAGCATGTAAGTAGCACATGTCTAAATTAATGCCTTCCTATGTTTAACAACTACCGTTTACTTTTCAGCCTCCATTTGCTGGTGGTAATCGCAGCAAAATTCAGCAGAAAATTGTCAAGGAAAAACTGAAATTGCCAAAATACTTGACTAGTGAAGCACATTCTCTGTTAAAAGGGGTAGGTTTTACATCCTTCTACATAAGATTGCACTCTCTATGTAAAAGACTGAACCTTTTTTATTTTTATAAACATTCTGCAGTTGTTAAATAAAGATGCAAGCAAGCGTCTAGGCAGTGGAGCTAGTGGTAGCGATGAAATAAAAAGCCACAAATGGTTCAAGTCAATCAATTGGAAAAGGTTGGAGGCTCGAGAAATAAAGCCGTGTTTCAGGCCAAAAGTAGCAGGAAAGATTTGCGTTGCAAATTTTGAAGAGCGTTGGACAAGCATGCCCCTGACAGTTTCTCCTGTGGCCAGTCCTGCTGCAGGAAGCTGCGATTTTCCTGGATTTTCATATGTGAAGCCTTCAGAATTTCTTCATAAGCCTAGTCCTCTTGGCTGAACGCCATCCTTGTTTTATTTACTCTACATTTTGATATAATGATCTATCGATTTTGATTTGGAGGCGGTTTGTTCTCTTGCCACCATTTTATTTTGTGTTCTGATACTACTGTTTTTGTGAACTTAGCTTCCTATTTCATACGATGATCGGTATTCTATCGTCTGGTATGTTATTTTCGCTTGAATCTGATGTTGGATTTGCATCATGCACATTTAGTGTTGTATTATATGCTTTTCTG

Functional annotation

Database	accession number	e-value	annotation
nr	XP_020274010.1	4.7e-204	serine/threonine-protein kinase AtPK2/AtPK19-like
Swissprot	Q39030.2	4.1e-160	Ribosomal-protein S6 kinase homolog 2
trEMBL	A0A5P1ED03	3.4e-204	Serine/threonine-protein kinase AtPK2/AtPK19

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT3G08720.1	59.37	4e-166	581	ATPK19;ATPK2;ATS6K2;S6K2	serine/threonine protein kinase 2

>>>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
AfisC2G06952	AT3G08720.2	507	150	10	1	490	1	468	59.37	4e-166	581
AfisC2G06952	AT3G08720.1	507	150	10	1	490	1	468	59.37	4e-166	581
AfisC2G06952	AT3G08730.1	493	151	7	19	490	13	462	56.39	1e-151	533

Ortholog group

Species	Genes
-	-

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF00069.22	Pkinase	Domain	141	420	241.0	1.2e-71

Gene Ontology

Accession	Ontology	Name
GO:0000082	P	G1/S transition of mitotic cell cycle
GO:0001556	P	oocyte maturation
GO:0002035	P	brain renin-angiotensin system
GO:0003009	P	skeletal muscle contraction
GO:0006952	P	defense response
GO:0005739	C	mitochondrion
GO:0005829	C	cytosol
GO:0004711	F	ribosomal protein S6 kinase activity
GO:0004712	F	protein serine/threonine/tyrosine kinase activity
GO:0005524	F	ATP binding
GO:0005654	C	nucleoplasm
GO:0005819	C	spindle
GO:0009612	P	response to mechanical stimulus
GO:0007507	P	heart development
GO:0007568	P	aging
GO:0007584	P	response to nutrient
GO:0007616	P	long-term memory
GO:0008134	F	transcription factor binding
GO:0008285	P	negative regulation of cell proliferation
GO:0042802	F	identical protein binding
GO:0042493	P	response to drug
GO:0009636	P	response to toxic substance
GO:0009408	P	response to heat
GO:0009409	P	response to cold
GO:0009611	P	response to wounding
GO:0009651	P	response to salt stress
GO:0009749	P	response to glucose
GO:0009986	C	cell surface
GO:0010659	P	cardiac muscle cell apoptotic process
GO:0014065	P	phosphatidylinositol 3-kinase signaling
GO:0014732	P	skeletal muscle atrophy
GO:0014878	P	response to electrical stimulus involved in regulation of muscle adaptation
GO:0014911	P	positive regulation of smooth muscle cell migration
GO:0018105	P	peptidyl-serine phosphorylation
GO:0030165	F	PDZ domain binding
GO:0030307	P	positive regulation of cell growth
GO:0031929	P	TOR signaling
GO:0031965	C	nuclear membrane
GO:0032496	P	response to lipopolysaccharide
GO:0033574	P	response to testosterone
GO:0033762	P	response to glucagon
GO:0034612	P	response to tumor necrosis factor
GO:0042277	F	peptide binding
GO:0043027	F	cysteine-type endopeptidase inhibitor activity involved in apoptotic process
GO:0043065	P	positive regulation of apoptotic process
GO:0043154	P	negative regulation of cysteine-type endopeptidase activity involved in apoptotic process
GO:0043201	P	response to leucine
GO:0043491	P	protein kinase B signaling
GO:0043555	P	regulation of translation in response to stress
GO:0043620	P	regulation of DNA-templated transcription in response to stress
GO:0045471	P	response to ethanol
GO:0045597	P	positive regulation of cell differentiation
GO:0045835	P	negative regulation of meiotic nuclear division
GO:0045931	P	positive regulation of mitotic cell cycle
GO:0045944	P	positive regulation of transcription from RNA polymerase II promoter
GO:0045948	P	positive regulation of translational initiation
GO:0046324	P	regulation of glucose import
GO:0046627	P	negative regulation of insulin receptor signaling pathway
GO:0048471	C	perinuclear region of cytoplasm
GO:0048633	P	positive regulation of skeletal muscle tissue growth
GO:0048661	P	positive regulation of smooth muscle cell proliferation
GO:0051384	P	response to glucocorticoid
GO:0051721	F	protein phosphatase 2A binding
GO:0060047	P	heart contraction
GO:0070613	P	regulation of protein processing
GO:0071322	P	cellular response to carbohydrate stimulus
GO:0071363	P	cellular response to growth factor stimulus
GO:0071407	P	cellular response to organic cyclic compound
GO:2000491	P	positive regulation of hepatic stellate cell activation

KEGG pathway

KO	Name	Enzyme ID	Pathway	Pathway ID
K04688	RPS6KB; ribosomal protein S6 kinase beta	EC:2.7.11.1	ErbB signaling pathway	ko04012
			TGF-beta signaling pathway	ko04350
			Apelin signaling pathway	ko04371
			HIF-1 signaling pathway	ko04066
			PI3K-Akt signaling pathway	ko04151
			AMPK signaling pathway	ko04152
			mTOR signaling pathway	ko04150
			Autophagy - animal	ko04140
			Fc gamma R-mediated phagocytosis	ko04666
			Insulin signaling pathway	ko04910
			Axon regeneration	ko04361
			Longevity regulating pathway	ko04211
			Longevity regulating pathway - worm	ko04212
			Longevity regulating pathway - multiple species	ko04213
			Thermogenesis	ko04714
K11912	ppkA; serine/threonine-protein kinase PpkA	EC:2.7.11.1	Bacterial secretion system	ko03070
K11912	ppkA; serine/threonine-protein kinase PpkA	EC:2.7.11.1	Biofilm formation - Pseudomonas aeruginosa	ko02025

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network