result

Gene information

Detail information of AfisC1G03878

Location

Gene	Chr	Start	End	Strand
AfisC1G03878	chr1	726822316	726831673	-

Sequences

CDS

>AfisC1G03878
ATGACACAAAGGTCTAGTTTCCTCTGTAATAGAAGCAATTTCTTGCTTAATTTATCCGAAAAGCTCCCTATTAAAGCATGGAAGGATCACTTATATGCACACTACTTTGGATTAAAACGAATCAAAGAGACATGGTGGAGAAAACTACTGTTTTTATGGGTAGTTGGTTGGCTTCTAGGCTCGCTGTGGATTTTTTGGTTCATGAATTCTCAAGCAATTGAGAAGAGGAGAGAGACTCTTGCTAGTATGTGCGATGAACGTGCTAGAATGCTTCAAGATCAATTCAATGTTAGCATGAATCATCTTCAAGCTTTGGCTATTCTAGTGTCCACGTTTCATCATGCCAAAAATCCTTCAGCCATTGATCAGACAACATTTGCAAGATACGCAGAAAGAACTGCATTTGAAAGACCATTGACAAGTGGAGTAGCATACGCTGTGAAAGTTTTAAATTCCGAAAGGGAAGAATTTGAGAGGCAACAAGGATGGAAAATAAAGAAGATGGATAATCAAGACCAACCTCCGGTTCGTGAGGATGAGTCAGCTCCAGAAATTCAGGAGACTTCGCCTCTTGAAGAAGAGTATGCTCCTGTCATTTTTGCTCAAGATGCCTATAAACATGTAGTATCTTTTGACATGCTTTCTGGAAAAGAAGATCGTGAGAATATCCTACGAGCTAGGGCCACAGGAAAAGGAGTTCTCACGGCCCCCTTCAAGCTTTTAAAGTCAAAAAGACTCGGTGTTATTCTCACTTATGCTACTTATAAATCAGAACTTCCTTCTAATGCAACTCCAACTGAACGTATCCAGGCTGCCATTGGGTACTTAGGTGGAATCTTTGATATAGAGGCACTAGTTGATAAGCTACTTCATCAACTTGCATGCAAACAATCAATTATGGTGAATGTGTATGATACTACAGACCCTTATAATCCCATTAGCATGTATGGAACAAATGTGACAAGTAATGGCATCTATCATAATAGCACCCTTAATTTTGGGGATCCATTGAGGAAGCATGAGATGCATTGTAGATTTACACAAAGACCACCTTTGCCATGGCTAGCAATAACAACATCAATTGGAACTCTTGTGATTGCATTACTAATTGGATATATAATTCATGCTACTGTCAACCGTATTGCAAAAGTTGAAGATGATTATCGTCAAATGACTGAACTAAAGAAACGAGCTGAAGAAGCAGATGTTGCAAAATCACAGTTTCTAGCAACTGTTTCTCATGAGATTAGAACTCCCATGAATGGTGTCTTGGGTATGTTACAAATGCTTATGGATACAACACTTGATATCACACAACAAGATTATGTGAAAACTGCTCAAGCTAGCGGAAAGGCTCTTGTTTCTCTAATAAATGAAGTGCTAGATCAAGCAAAAATTGAGTCTGGAAAGCTTGAGCTTGAGGCAGTGCCTTTCGAACTGAGAACAATTCTAGACGATGTATTGTCACTTTTCTATGTTAAATCTCAAGAGAAAGGAATTGAGTTAGCGGTGTACGTCTCTGATCAAGTTCCTGAAGTTCTAATCGGTGATCCGGGTAGGATAAGGCAGATTGTCACAAATCTCATGGGAAATTCTATCAAATTCACCGAAAAAGGTCACATCTTTGTTACTGTCCATCTTGTTGAAGAAGTGATGACTGACTCATTAGAGGTTGACTCAGGATCCAAATCATCAAATTCGCTGAGTGGTTTTCCCGTTGTAGATAAACGATGTAGCTGGGAAAACTTTAAAGCAACTTTTCAAGAAACCACCGTCTATAAAAATGATTCAGATCTCATTAATCTTATAATATCCGTAGAAGACACAGGTGTTGGCATTCCTCGAGAAGCCCAATCTCGAGTTTTCACTCCGTTTATGCAAGTAGGCCCCTCAGTTTATAGGATCCATGGAGGTACAGGAATTGGACTAAGCATTAGCAAGTGTTTGGTTGGTCTTATGAATGGAGAAATAGGATTTGTAAGTGAACCACAAATTGGTTCTACCTTCAGTTTTACTGTTGTTCTTTCGAAGGCAAAAAATAATTCTAGCGAGTTTAAATCATCTGAGTTTCAAAATATGAAAGCTTTGGTTATAGATCATAGATTGCCTCGTGCAAAAGTTACTCAGTATCATCTTCAAAGGCTTGGAATTCAATCCATATCATTGATCAGTGTAAATCAAGTTCTTCAAATTATTAATGAATCATTTGTTCCAAATATAGTTCTTGTTGATAAGGAAACTTATATCAAAGAAATAGATCTTTGGCCTATGTTTATGAATTCTTTAAAAAAATTCAACTCCTCAAATTCCCTAAAAGTATTCTTACTTGCAAATCCATCTACAGCTACCACTAAGAATCATTCAGTGAACTCTATGCAATTTATCTCTAGCGTAGTTACAAAGCCTTTACGAGAAAGTATGTTGCAAGTTACTTTACAAAGAGCTATGGGTAGCGAAGATAAAGATATATTAAGAAATGGAGGGCAATCTAGTTTGGCATTAAAAAGCTTGCTTCTTGGTAGAAAAATTTTGGTCGTTGATGACAATATAGTAAATCTTAGAGTAGCAGCCGGAGCATTAAAGAAGTACGGAGCTGAAGTAACTTGTGCAAATAGTGGGAAAAAAGCAATCGATTTGCTCAAGCCACCACATGAGTTTGATGCTTGTTTTATGGACATTCAAATGCCTGAAATGGATGGGTTTGAAGCTACAAGAAGGATTCGTGTAATGGAGAAAAATGTATATGAGAGCATAACACATGGAGAATCAAAACTAGGAACATATAGAAATGTACTGCATTGGCACATTCCTATATTAGCCATGACTGCAGACGTAATCCAGGCAACACACGAGCAGTGTTTGAAATGTGGAATGGATGGCTACGTGTCAAAGCCATTTGAAGCAGAACAACTTTATCAGGAAGTAGCTCGATTTTTTAAGTCAAACACAAAAAGGACAAGATAA

Protein

>AfisC1G03878
MTQRSSFLCNRSNFLLNLSEKLPIKAWKDHLYAHYFGLKRIKETWWRKLLFLWVVGWLLGSLWIFWFMNSQAIEKRRETLASMCDERARMLQDQFNVSMNHLQALAILVSTFHHAKNPSAIDQTTFARYAERTAFERPLTSGVAYAVKVLNSEREEFERQQGWKIKKMDNQDQPPVREDESAPEIQETSPLEEEYAPVIFAQDAYKHVVSFDMLSGKEDRENILRARATGKGVLTAPFKLLKSKRLGVILTYATYKSELPSNATPTERIQAAIGYLGGIFDIEALVDKLLHQLACKQSIMVNVYDTTDPYNPISMYGTNVTSNGIYHNSTLNFGDPLRKHEMHCRFTQRPPLPWLAITTSIGTLVIALLIGYIIHATVNRIAKVEDDYRQMTELKKRAEEADVAKSQFLATVSHEIRTPMNGVLGMLQMLMDTTLDITQQDYVKTAQASGKALVSLINEVLDQAKIESGKLELEAVPFELRTILDDVLSLFYVKSQEKGIELAVYVSDQVPEVLIGDPGRIRQIVTNLMGNSIKFTEKGHIFVTVHLVEEVMTDSLEVDSGSKSSNSLSGFPVVDKRCSWENFKATFQETTVYKNDSDLINLIISVEDTGVGIPREAQSRVFTPFMQVGPSVYRIHGGTGIGLSISKCLVGLMNGEIGFVSEPQIGSTFSFTVVLSKAKNNSSEFKSSEFQNMKALVIDHRLPRAKVTQYHLQRLGIQSISLISVNQVLQIINESFVPNIVLVDKETYIKEIDLWPMFMNSLKKFNSSNSLKVFLLANPSTATTKNHSVNSMQFISSVVTKPLRESMLQVTLQRAMGSEDKDILRNGGQSSLALKSLLLGRKILVVDDNIVNLRVAAGALKKYGAEVTCANSGKKAIDLLKPPHEFDACFMDIQMPEMDGFEATRRIRVMEKNVYESITHGESKLGTYRNVLHWHIPILAMTADVIQATHEQCLKCGMDGYVSKPFEAEQLYQEVARFFKSNTKRTR

Gene

>AfisC1G03878
GTTTTTTAAGATAATATGTAATATGCAGCCAATCATATCTATCTATTTCTCTTTCTTTCCTTCTCCTAAAGAACCTCCACTCCTTTTGAACTCATCAATCAACCCTCTTTTTCAATCATTACTCATTTGCCATCATATTCTAAAACTAGGAAAATCCTCAGTTTGCTACTTCGAAAAATAGCTTAATTTTAGATCTTGAGTTGTTAGTTTTACTGAAAGATTGGATCTTTTTTGCTGCTAAAACTTGAGTTTTGCCAAGTGGGTTTTAGCTTTATAGTCACAGTTTTATTTCTCGGAGTTGTATAGAACTGTTTATAATAAGTTACAGTACTTGATTGTGTGTTATTGTACTATGTTGGTGGTTGGTTTCTAATACCTTTGGTTAAAGTAATGACACAAAGGTCTAGTTTCCTCTGTAATAGAAGCAATTTCTTGCTTAATTTATCCGAAAAGCTCCCTATTAAAGCATGGAAGGATCACTTATATGCACACTACTTTGGATTAAAACGAATCAAAGAGACATGGTGGAGAAAACTACTGTTTTTATGGGTAGTTGGTTGGCTTCTAGGCTCGCTGTGGATTTTTTGGTTCATGAATTCTCAAGCAATTGAGAAGAGGAGAGAGACTCTTGCTAGTATGTGCGATGAACGTGCTAGAATGCTTCAAGATCAATTCAATGTTAGCATGAATCATCTTCAAGCTTTGGCTATTCTAGTGTCCACGTTTCATCATGCCAAAAATCCTTCAGCCATTGATCAGGTAACGATTTGGTCTTCTGAATATTAAATGATTTATGAATCAAGATTCATTTCATCAAGTGTGATGCTTTGCTTGCCTCCTAACTTGAATCATGAATGCTTATCTAGAAATATCTAGCTTGCAAAATATAGCCCATCTTGCAAAACATCAAGATAAGAATGAGTAGATGCAACATTTGAATTTCAGTAGTGATATCTCTTCTAAAAAAAGAATTTCAATAGTTATCTTTGTTAATTATCTTGGGTGTAATGGTTCTATTCCTATACTTGTATGACCGATACGGAAAAATTAATAGTGTTAGAAACTTATAATGTCAGATTGTTGTCAGTCTAGACAGATAATTATGTTGACAACAACTACTTACAATGATAATTCAAACGAGAATTAAGTAGGATGGTGAATGACATTTCTATAGAAGGCAGGGCACAGCAAAAATAGTATCATAAATCTACCACAGTAGCCATATATAGCAGTTTACTATTTTGAAGTTAATGTTAGATAACTTATGTGAAAGCTTATTATCTACGTATTCTAAAAAGATTATATGATAACTAATGAATGTTCAGACAACATTTGCAAGATACGCAGAAAGAACTGCATTTGAAAGACCATTGACAAGTGGAGTAGCATACGCTGTGAAAGTTTTAAATTCCGAAAGGGAAGAATTTGAGAGGCAACAAGGATGGAAAATAAAGAAGATGGATAATCAAGACCAACCTCCGGTTCGTGAGGATGAGTCAGCTCCAGAAATTCAGGAGACTTCGCCTCTTGAAGAAGAGTATGCTCCTGTCATTTTTGCTCAAGATGCCTATAAACATGTAGTATCTTTTGACATGCTTTCTGGAAAAGTGAGTTTCTTGATCATGATATTCTTTGTCTTATATTCTATAAGAATAAGAACAAATAAATGAAGAGGGCCTCTTTACTATGTTATCTTTGTTTTTTGTTTTATAAACTTAATTATGCAGAGTAATTGATCCAAAAATCTTTGGCTGCACATCTGAATTTTTCCCCCAGTATTATTACTAGTCATTGGCATGCTATCTTCGTCTTCAGCATGCAAAAAATAATTCAGCGGAAGTATAGATTTTGAATTTAATGTCATGAGCCCAAGTATACAAATATTATAGCAAATCATATAGTTTTTGAACTCTAATTTAAAACATTATGCAATCCTTTATCACTTAACCAACTAACTTTACCCATCCATTAAGATTTTATTTTTGTAGTTTATACTTTTGCTGAAATAATTATAATCACACAGGAAGATCGTGAGAATATCCTACGAGCTAGGGCCACAGGAAAAGGAGTTCTCACGGCCCCCTTCAAGCTTTTAAAGTCAAAAAGACTCGGTGTTATTCTCACTTATGCTACTTATAAATCAGAACTTCCTTCTAATGCAACTCCAACTGAACGTATCCAGGCTGCCATTGGGTAAGAAGTAAAATTAAAGTTCACTAGCGATCCTTTTGTTTTATTTTCTGAAAATTATCTCCGATCTTTTGGATTTGTTTGTCCATATGTATATAATTTTTCGTAGGATTCATTAGAAAGTAAACATGTCCCAAGCTCAAGGGGTATACCATCTGACAAATTATTCGGGTGAGGAATGAGAAGTACAATTGAAGCTTTAATGAGAGCACTAAATCTTAGTCCTAATACTCCAAAATGGGAGACAGAGGCAGGCATTTCCGTAGGAGTTTACTAGTTTAACCTGGGTTATCTGGTTAAAATAAACTGATTGAACACACTGAAAACCTCATATGACATTGATAGATACTACTTGCTCATGATTACAAAACTTCATCGTTCAATAAGTAAAACGTAAGTACTCAAATGTTACTGGGTTTTAAGTAAGACTACAACATATATACAGCGAACGTGTTTTTAACTTTCAGACTTTGTGTAGAGGGTGTGAAACAATTGAAATTTTACATTGAATAGGAAATACTTGAACTTAAATTCAGAGGATATATAATTTATCAAAAAAGGCGTTGGAGAAACATTAGTCTTATAGGTTGATTCTGTTTTGTAGGTACTTAGGTGGAATCTTTGATATAGAGGCACTAGTTGATAAGCTACTTCATCAACTTGCATGCAAACAATCAATTATGGTGAATGTGTATGATACTACAGACCCTTATAATCCCATTAGCATGTATGGAACAAATGTGACAAGTAATGGCATCTATCATAATAGCACCCTTAATTTTGGGGATCCATTGAGGAAGCATGAGATGCATTGTAGGTATGTTGTCCATTTTATGAATATATGTTGTAATCGAGTTTTTTATGCAATTCAGCTTTCCGGTTATTTTCATTTATATATGTGTCAATGCAATGGAATGTTGAATTGCATTATGTGGTCTTATTTGGCCTTCACATAAGTTCTTCAAAGATACAAATCAAGGCTTTCTTTTCTTAGTCAAGTTGGCAGGAACACATTTATATTCATGGCAATACCAGAATAAGTAGTTTCACGTTTATTTCAAACATAAAATACAAAATGTGATAGACAGGCGTGCAATACAAGTTTTTTTATTTTAATCTAAGCATGTGTATGAAGGAGACTTGCATTCTTGAACAGAGGAAGTTTTCCCTGATAATTCTGTTATGCTTATTCAGATTACGATTATAAATGCTGCTTGTTATTTTACTCTGTATTGTTTAAACACATTTATATTCATGGCAATACCAGAATAAGTAGTTTCACGTTTATTTCAAACGTAAAATACAAAATGTGATAGACGGGCGTGCAATACAAGTTTTTTTATTTTAATCTAAGTGTGTGTATGAAGGAGACTTGCATTCTTGAACAGAGGAAGTTTTCCCTGATAATTCTGTTATGCTTATTCAGATTACGATTATAAATGTTGCTTGTTATTTTACTCTGTATTGTTTAAACTCGTTATTATGGAATTATCAACTTTAGTTTATCTAAGTCGTGTTCATTTTGTTCTTGATATTGTTTGCTTCTGATGCTGATGATACTGAGCTTTTCAATATCACCAAAACATAGTTTTATTTTATTTTATTTTATTTATTTATTTATTTTTATTTTTTTGAAATTGGGTACTTAGATGGTAGTACATATTAGTACTACAAGTCTTAGGTAGTATCAACAAACTACATATCAATATATGTTCGAATTACAATACGCAAGTTTCGAACCCGTGACATCTCGCACCGAAGTCGAAGCGCCTAACCACTGGTGGTATCAACATAGTTTGATTTTTATCGACATGTAAATGAACACTATAGTTTTGTTTAAATTTCAATGTTTGTTGCAATTTGTTAATGTTTCTCAACAGATTTACACAAAGACCACCTTTGCCATGGCTAGCAATAACAACATCAATTGGAACTCTTGTGATTGCATTACTAATTGGATATATAATTCATGCTACTGTCAACCGTATTGCAAAAGTTGAAGATGATTATCGTCAAATGACTGAACTAAAGAAACGAGCTGAAGAAGCAGATGTTGCAAAATCACAGGTATGTTCCAATTTTTATATAGAAATATATTATATCTTCTGGCTTATCCATATTTTAAGCTGAGTTTCATCTTGCTGCAGTTTCTAGCAACTGTTTCTCATGAGATTAGAACTCCCATGAATGGTGTCTTGGGTAAGAATGCTTCAATCCAATATCCATATTTCCCATCATCTTGTTTATTATTGCATCAAATCATAGTTCCAATTTTTTTTCTTTGGGATTCTAACTCAAAACTTTATGGTAACATCTATATCGTGCAGGTATGTTACAAATGCTTATGGATACAACACTTGATATCACACAACAAGATTATGTGAAAACTGCTCAAGCTAGCGGAAAGGCTCTTGTTTCTCTAATAAATGAAGTGCTAGATCAAGCAAAAATTGAGTCTGGAAAGCTTGAGCTTGAGGCAGTGCCTTTCGAACTGAGAACAATTCTAGACGATGTATTGTCACTTTTCTATGTTAAATCTCAAGAGAAAGGAATTGAGGTAGTGAAATTTTCTTCATCGTATCATAATAATAATAAAAGTCTCTCTAGTTCAATCTTTTGTCCATATGTGTTTCTTAATGCAGTTAGCGGTGTACGTCTCTGATCAAGTTCCTGAAGTTCTAATCGGTGATCCGGGTAGGATAAGGCAGATTGTCACAAATCTCATGGGAAATTCTATCAAAGTAGGTGTTGTTAACTTTATATCGAAAGGTTTTGAGTACATTATAACATATTTACGTTATTTTTTAGTTCACCGAAAAAGGTCACATCTTTGTTACTGTCCATCTTGTTGAAGAAGTGATGACTGACTCATTAGAGGTTGACTCAGGATCCAAATCATCAAATTCGCTGAGTGGTTTTCCCGTTGTAGATAAACGATGTAGCTGGGAAAACTTTAAAGCAACTTTTCAAGAAACCACCGTCTATAAAAATGATTCAGATCTCATTAATCTTATAATATCCGTAGAAGACACAGGTGTTGGCATTCCTCGAGAAGCCCAATCTCGAGTTTTCACTCCGTTTATGCAAGTAGGCCCCTCAGTTTATAGGATCCATGGAGGTACAGGAATTGGACTAAGCATTAGCAAGTGTTTGGTTGGTCTTATGAATGGAGAAATAGGATTTGTAAGTGAACCACAAATTGGTTCTACCTTCAGTTTTACTGTTGTTCTTTCGAAGGCAAAAAATAATTCTAGCGAGTTTAAATCATCTGAGTTTCAAAATATGAAAGCTTTGGTTATAGATCATAGATTGCCTCGTGCAAAAGTTACTCAGTATCATCTTCAAAGGCTTGGAATTCAATCCATATCATTGATCAGTGTAAATCAAGTTCTTCAAATTATTAATGAATCATTTGTTCCAAATATAGTTCTTGTTGATAAGGAAACTTATATCAAAGAAATAGATCTTTGGCCTATGTTTATGAATTCTTTAAAAAAATTCAACTCCTCAAATTCCCTAAAAGTATTCTTACTTGCAAATCCATCTACAGCTACCACTAAGAATCATTCAGTGAACTCTATGCAATTTATCTCTAGCGTAGTTACAAAGCCTTTACGAGAAAGTATGTTGCAAGTTACTTTACAAAGAGCTATGGGTAGCGAAGATAAAGATATATTAAGAAATGGAGGGCAATCTAGTTTGGCATTAAAAAGCTTGCTTCTTGGTAGAAAAATTTTGGTCGTTGATGACAATATAGTAAATCTTAGAGTAGCAGCCGGAGCATTAAAGAAGTACGGAGCTGAAGTAACTTGTGCAAATAGTGGGAAAAAAGCAATCGATTTGCTCAAGCCACCACATGAGTTTGATGCTTGTTTTATGGACATTCAAATGCCTGAAATGGATGGGTATGATCGTTATAGCTTTTGGTTAATTCATATTTCTTGTTTTCTGGAATTGAACATAATTTCTGAATTTTTTGTCTGCTCCAATCCTTTTGTTTTCAGGTTTGAAGCTACAAGAAGGATTCGTGTAATGGAGAAAAATGTATATGAGAGCATAACACATGGAGAATCAAAACTAGGAACATATAGAAATGTACTGCATTGGCACATTCCTATATTAGCCATGACTGCAGACGTAATCCAGGCAACACACGAGCAGTGTTTGAAATGTGGAATGGATGGCTACGTGTCAAAGCCATTTGAAGCAGAACAACTTTATCAGGAAGTAGCTCGATTTTTTAAGTCAAACACAAAAAGGACAAGATAATCGTTGAATTCTTTGTGATGCTGAAGGATAATGGAACTGAAGTTTTTCATTTCCTTTGCGTTCAGGCATCAGACTGACGTTTTGGTTGTTTTGCCAAGTAAGTTATTTTTTATTTGATTACTGCTTTGTGACATCTCAGTTTTCAAGGCTGTAACAAACAAATATACAATGGATTTTCATCAAGACATCTTTTTGGAAAAAAGAAAAACTTGACTAAACCTAAGATCTATTATTACAAAAATCAAATGTCATGATTACCAATGGTCATTGGCTACATTAACTATGTTAAAACCAAATGATACTAGTAGACATATATTTGAAATATACAATATTTGGACTTAAAATTATAGAAATGTAAATCATGTGGCAGCATAACACAAACACACCAAAGTAAGAACAATAGAATGAAAACATTAAATTCAAACTCACAACTAATCATCAGTAGAGATATATTGTTACTTAACCAAAGTACCAAACTAACTATTTCTTCAAGAGAAGTAACCAACTTTATATACAGAGGAAGTAGACCTAAGTGTTATTGGTTATGACACGTGGATTACCTTTGTTAGAGGAACTTACCAGTATACCTCTAGAGTTATTTGGTATTATCCCAGGATCAATACACTTTTAGATTTAGAAGAAAATAACAAAACAATAAGCGCACATATTCTTTCAACGTTTAATCCATATTATTCAATAATAAACTTTTACTGGAATAAAAATACAAATGGTGGCTTTGTTTGAACTCAATTGTTGTGGAAAATAAATTGTGTATTTATAAACTTCAACCAAGGTTAATTATTCATACCTTAATCGCCATAAAAGGTAATTCATTCTTTGATCTTAAAACACCAATTTGAAGAATGCCCGTTGGGTTTATATCCAAAACTGAATAAGCATGCAACCCACTATACCTGCTGCACATATATTTATGAATAGATTGTATTTCGATATGTATCCGAATAAACAGATTTATATTCATTTTTAATCCATAGCTCATTTACAATCTATATCCATTTACAATTCATATCCGTTTAGTTAGTGGATTGGACATTGATCAATGCTGGTCCAATCCTTTAAAATATGATCCGTTAATACATAATGTGATTACAAAAACGATTCCATTGAAATTATTGATAATATTATTATTAATGCTATTTTATCTTATAAAGTATTTGTATGAACAAAGAATATGCCATTGAATAAAAGTTTTTAAAAAGAAAAAAGAATATGGATTTATGGTTATCCTTCTTAAGCATCTTTTACATTAATTTTAACATAGTCAACTTTTTACAGTAATAACATCGAGTACATCTTCTTTGCTCCTCCCATCGGATAAACATCTCCTTCAGGCGGAGTGTCACTACCAAATCTTCCACCATAGGTTTTATTCTTAACAAGTTTCTGTCAAAAGATTCTGTCTTTCTATGCCTTCACTGCTATAGATTCTCCTCACTTGGATATTGAATGAACTACTTGCATTTGAATTTATCAAAACCACTTTCATCTGAATTTGAAGTGTTTAATGATATCATGAGTGCCTTTCAACTACTTAGCAAAAGTATCGTTGACATCAGAGTTTGTGTTCCATTGTCCACCATATATATAATATAACCATTCACAATAGCATTAAACTCATCCAACTTCTAATTAGTTGTCTCATCCTTCTTCAATTTCAAGTTAACCAATTTTCTCATATGTCGAATTCTATGCATAAACTCTTTTCGTATTCTTCCACAAAATGTGAGTTGATATTTCATCAACCACAAGATGAAATATCAAACTATCTGAACAATGTCAAAATAATTTGACTATCCTTTCGTATTCATAATCGTCCATTTCTCATCATCAAGCTTGTTTAGTTTGTACAACAATCTGTTCGAGGCTTTCAGTTCATCCAATTTTTTTGTTCAATTTATCCATGCTTGTTTTTATTTTTATTTTCGATTTCCATCAATAAAAGTTTGTGCATAAGGTTCTAGTACCACCTTGCTTTATCCCAAGATCATTACACTCAAATACACAAAAATTTGTTCATGCTTTTACCTTTATTAATCAATAATAAACCTTTACAAAAATAGACCTATAAAATTTGAATACCCAGAAAATGGCGACTAATCTGACGTTTTATCATTATAAAAAGTGAAATCATATGTATAATCTTCTTCTGAGATTAATTCTCTTCTATCAACTTAAACACATCAATTTAATAACAGAAATTGGATTGGTGTCCAAAACTAAACCAAATGAGTAGCAGATTGATAATTATCCATGGCTTCTAATTAATAGTAATAGATCAATGGTTGTGATTTGAAACCCTGTTTGTATTATCTAACATTTCACTTATTACTTATGCAGGAAATTTAGTTGATCAAAATGTCTCATTAGATTTTTCTCCTATCACGACCATGATCTTTATATATATTGGTCCTTGCTTGGTCTTTGAATGACACGATGAAATTAGCGTGAAGCTCTTTTCAACATCTGCGGATTATGTTGCTGTCAAATCAGAAATTGTAAAATAGTAGAAGTTTGAAGTAGGAAAAAAACTAAAAGATAAATAAATAAAAGATCTTCCTTTCACCTTTGTATTTCACAAGGAGTGTGTACAGTGATGCATGATTGTTCTTATGTTTCCATTCGTTTGTTTTATATTTGGTGATACCAGCAGCACCCTTGGGTGAAGGGATGCCTTAATGTACAAAAGCTATACGTGAATAGAGTAGTAGTGTATATGTAGTGAATTGTTTTTTATTCTTTTATTTTTTTAATTTGATGTTTGATTAGTGACTAGTGAGAGAGAGAGATTATTATGTATGATATCTTGAAGGGTTATTTAACCAGTTGCATGTTGTACATATTTGAAGAACTGGTATTTGTTAGATTATGGAATAACGGT

Functional annotation

Database	accession number	e-value	annotation
nr	XP_020261089.1	0.0e+00	probable histidine kinase 3
Swissprot	A1A696.1	0.0e+00	OsCRL2
trEMBL	A0A5P1F1I7	0.0e+00	histidine kinase

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT1G27320.1	65.48	0.0	1247	AHK3;HK3	histidine kinase 3

>>>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
AfisC1G03878	AT1G27320.1	956	317	6	34	981	80	1030	65.48	1247
AfisC1G03878	AT5G35750.1	958	371	12	45	980	230	1174	57.62	1077
AfisC1G03878	AT2G01830.2	973	390	10	48	982	129	1074	53.24	979

Ortholog group

Species	Genes
Allium cepa	g323338.t1
Allium fistulosum	AfisC1G03878
Allium sativum	Asa0G00226.1
Arabidopsis thaliana	AT1G27320.1
Oryza sativa	LOC_Os01g69920.1; LOC_Os01g69920.2; LOC_Os01g69920.3

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF03924.10	CHASE	Domain	120	316	129.9	9.4e-38
PF00512.22	HisKA	Domain	404	469	63.6	1.2e-17
PF02518.23	HATPase_c	Domain	516	676	94.8	4.1e-27
PF00072.21	Response_reg	Domain	843	975	71.6	4.9e-20

Gene Ontology

Accession	Ontology	Name
GO:0005886	C	plasma membrane
GO:0000155	F	phosphorelay sensor kinase activity
GO:0000160	P	phosphorelay signal transduction system
GO:0000166	F	nucleotide binding
GO:0016021	C	integral component of membrane
GO:0042742	P	defense response to bacterium
GO:0004721	F	phosphoprotein phosphatase activity
GO:0005034	F	osmosensor activity
GO:0005789	C	endoplasmic reticulum membrane
GO:0007231	P	osmosensory signaling pathway
GO:0008272	P	sulfate transport
GO:0042802	F	identical protein binding
GO:0009116	P	nucleoside metabolic process
GO:0009636	P	response to toxic substance
GO:0009414	P	response to water deprivation
GO:0009651	P	response to salt stress
GO:0009736	P	cytokinin-activated signaling pathway
GO:0009885	F	transmembrane histidine kinase cytokinin receptor activity
GO:0009909	P	regulation of flower development
GO:0010029	P	regulation of seed germination
GO:0010086	P	embryonic root morphogenesis
GO:0010087	P	phloem or xylem histogenesis
GO:0010150	P	leaf senescence
GO:0010271	P	regulation of chlorophyll catabolic process
GO:0016036	P	cellular response to phosphate starvation
GO:0018106	P	peptidyl-histidine phosphorylation
GO:0019955	F	cytokine binding
GO:0023014	P	signal transduction by protein phosphorylation
GO:0033500	P	carbohydrate homeostasis
GO:0034757	P	negative regulation of iron ion transport
GO:0042542	P	response to hydrogen peroxide
GO:0043167	F	ion binding
GO:0043424	F	protein histidine kinase binding
GO:0044182	P	filamentous growth of a population of unicellular organisms
GO:0048509	P	regulation of meristem development
GO:0048583	P	regulation of response to stimulus
GO:0070417	P	cellular response to cold
GO:0071215	P	cellular response to abscisic acid stimulus
GO:0071329	P	cellular response to sucrose stimulus
GO:0080117	P	secondary growth

KEGG pathway

KO	Name	Enzyme ID	Pathway	Pathway ID
K14489	AHK2_3_4; arabidopsis histidine kinase 2/3/4 (cytokinin receptor)	EC:2.7.13.3	Plant hormone signal transduction	ko04075

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network