result

Gene information

Detail information of AfisC3G00547

Location

Gene	Chr	Start	End	Strand
AfisC3G00547	chr3	97368188	97376432	-

Sequences

CDS

>AfisC3G00547
ATGGCGCAGATAATGAAGCAACTGAAAACATTCTACACTTTTTTTGTACCTGTAGAAAGAGGATCAGCACCGCGGAATGAAGATATGAGTAGTGCAGAAGCAAATGATGAAGAGGATTTCACTTACACAACTACCCGCTGTCTCTCTTCTTATTACAGCATATTTGTTGCTCGCCTTGCCATCATGATAATGTTGGCCATATTAATTGGGATGTTAACTATACTCACATGGCATTTTACAAGGGTTTACACAACAAACTCCATTAATAGCTTGGCATATGGACTTCGCTACGAGCTTCTTCAACGACCAGTTCTGAGAATGTGGAACATACTGAATTCCACTGTTGAAATAACCATGGCACAAGTTAAACTTTCCGAATATGTAATTGACCGCTATGATAGTCCTGTAACTCAAGAAGAGCAAATGAAGTTGTATCAAATGATGAAAGACATAACATGGGCAGTATTTGCAAGCCGAAAAGCTCTAGATGCTATTACAATAAGTTACACAAATGGATTTGTCCAGGCATTTCATAGAAATCACAGGAACAATGCCACATTCTACATCTATTCTGATTTAGTATTTACCTCTTATCAGAACTTGACTCAACAAAGTGACAGAGACATTCAGACCAATGTATCAGCTATCTGGTATGGAGAACCGCTTGATCCAGACACAGGTGATAAAACAGGAAACCGAAGACGAATTCCACCAGATGAACTGATTAACATAGCAGGTCTTCCGGAAGTTCGAGATGGAGCAGCATCATGGAGGATAGCTGTCAGCAAATTCTCAGACTCTCCACTACTTTCTGCAGCATTGCCAGTAAGGCACCCTTCTAATGGTAGTATAGTGGCAGTTGTTGGCGTCACAACTGCACTTAAAAGCGTGAGTCAGTTGATGAAAGAATTGGTAGGAATTCATAGTGGATGCATGTATTTGACCACAAGAGAAGGGAACGTACTGGCCACATCAACTGATTCTCCATTGCTAAGAAATACATCGGTAGGTTTGAAGCTTGTGATGGCCAATGAGTCGGATAATGGAATCATAAAGTCAGGTGCAGACTGGCTGCAAAAAGTTTATGGTGATAAGTTTCCCATAAGTCATGAAGTTCATGATGATAATGTTATGTTGGAAAGGAAGAATTATTACATTGATTCGTTTTTTCTGAATTTGAGGAGACTCCCCTTGGTAGGTGTGATTATCATACCAAGGAAATCGATAATGGGAAGGGTGGATGAAATAGCTTTTACAACACTAGTCATACTGATATCACTATCAATGTGTATATTAGCTATTGGTTGCATTTGCATTTTCATATTGACAAGTGGTGTGTCGAAAGCAATGAAACTGAGAGCAGAACTGATCAGTCATTTAGATGCAAGAAGACGAGCAGAGGCATCTAGCAACTATAAAAGCCAATTTCTAGCAAATATGAGTCATGAGCTGAGAACGCCTATGGCAGCAGTGATAGGTTTGTTAGACATTCTTACATACGATGGCTGTCTCACAAATGAACAGTTAGCTACAGTTACACAGATACGTAAATGTTCAACAGCATTGCTTAGGCTGCTCAATAATATTTTGGACCTCAGTAAGGTAGAATCTGGAAAATTAGTGCTTGAAGAAGTGGAATTTGACTTAGGGAGGGAACTCGAAGGACTTGCGGATATGTTCTCGGTACAATGCATAAACCACAATGTGGAGATCATACTAGATTTAGCAGACGATCTTCCAAGAAAGGTTAAAGGAGACTCAGCTAGAGTTGTTCAGATATTCACAAATCTCATTAGCAATTCAATCAAGTTTACCCTGGAGGGTCATGTTATATTACGCGGATGGTTACAAGGCATGGATGAATCAAACTCAAATGAGAGGCACAAAAAAAGGTCAAGACAGGATGAGAGTGATGAAGATAGAGATTGTAACAAAGATCATAAAATTACTCTTTGGTTTGAAGTAGAAGATACAGGGTGTGGAATCGATTCAAGCAAATGGGAATCAGTATTTGAAAGCTTCGAACAGGCAGATCCATCAACAACGAGAAAACATGGAGGTACTGGTCTCGGATTATGCATTGTACGGAATTTGATTAATAAAATGGGTGGAGAAATAAAAGTTGCAAAGAAGGAAGGTCCGGGAACTCTGATGCGATTATACATGGTACTTGGAATGCCTGATGGTGGCACTGAGAAACATATTCAAGCAGAATTTAAAGAACACGGCTTGGCTGTGTTACTGGCATTAAAAGGCAGCAAGGGAAGATATATAATATCTCAATGGTTAAAAATGAAGGGAGTCTTTACTTGGGAAGCATCCAAGTGGAATAAATTAACACAAGTCCTTCAAGAACTATTCAAAGAGAGCAGTAAAATATCCGAGAATGGGCACTCAACATGTTTAAATCTAAATCAAGATGGAAGTATAAAAACCAAATCAAACATTCTTATTGTTGTCGACACAAGCCTATTAGATCAAAGCACAAACATATGGAATGAACAGTTGATATTCTTGGATCGATACCGTAGAAAAGCAAAATTTGCATGGATACTAAGTCACAATACTTCCAACGCTATCAAACTTGAGCTACAGCATAGAGGGCATTTCTTAACAGTAAACAAACCATTATATAAAACAAAGATGATACATATGTTGGGAAGTCTTTTATCAGATGGATTCTTGGAAAAATCACTTACGACAGAAGATGTGCATGAGTGCAACGAAATCGACCCAATTCATTTTAAAGATATTAGCTCTGCTGAATCTTCTGATAATGAGAACATCAATGATATAAAAAATGAAGCAGAAGAAATTGTACCAAAGACACCAAATGGCATCGAAAAATATAAAACCGGACCAAAAGAAGATAAACTTCCTGAGTCAGGCACTTGTGACAAAATATGTAGAACACGGTACAACTACAATATAGATACAGAAGGCATTGAAGCATCGAGAAAAGTGACTACAAACAGAGGGGCTCTTGATGGTGTATATATCTTGCTAGCAGAAGATAATCCAATTCTGCAAAGAGTTGCAACAAAGATGTTGGAGAAGATGGGGGCTACAGTAGTGGCAGTTGGAGATGGAGTACAAGCAGTTGATGCACTGAAATGCATGTTTAAAGAAGAGGCTAGAAGAAAAAATAACATATGTCAGCAAGAAAATAGAGTGGTGACAATGAAACAGTCCCAACAGCCAGAGGAATTTCATCTTATTCTAATGGATTGTCAGATGCCAAAGCTCGATGGTTATGAGGCGACAAAAGCTATTAGAAGACTAGAGGCTGGAACTGGTTCGCATATACCAATTATAGCAGTGACTGCGCATGCCATGTCATCTGATGAAGCCAAATGCTTGGAAGTAGGAATGGATGCATATATGACTAAACCACTTGACTACAACCTGATGGTGTCTACCATTCTTGCCTTCACACAAAACAATGGGTGA

Protein

>AfisC3G00547
MAQIMKQLKTFYTFFVPVERGSAPRNEDMSSAEANDEEDFTYTTTRCLSSYYSIFVARLAIMIMLAILIGMLTILTWHFTRVYTTNSINSLAYGLRYELLQRPVLRMWNILNSTVEITMAQVKLSEYVIDRYDSPVTQEEQMKLYQMMKDITWAVFASRKALDAITISYTNGFVQAFHRNHRNNATFYIYSDLVFTSYQNLTQQSDRDIQTNVSAIWYGEPLDPDTGDKTGNRRRIPPDELINIAGLPEVRDGAASWRIAVSKFSDSPLLSAALPVRHPSNGSIVAVVGVTTALKSVSQLMKELVGIHSGCMYLTTREGNVLATSTDSPLLRNTSVGLKLVMANESDNGIIKSGADWLQKVYGDKFPISHEVHDDNVMLERKNYYIDSFFLNLRRLPLVGVIIIPRKSIMGRVDEIAFTTLVILISLSMCILAIGCICIFILTSGVSKAMKLRAELISHLDARRRAEASSNYKSQFLANMSHELRTPMAAVIGLLDILTYDGCLTNEQLATVTQIRKCSTALLRLLNNILDLSKVESGKLVLEEVEFDLGRELEGLADMFSVQCINHNVEIILDLADDLPRKVKGDSARVVQIFTNLISNSIKFTLEGHVILRGWLQGMDESNSNERHKKRSRQDESDEDRDCNKDHKITLWFEVEDTGCGIDSSKWESVFESFEQADPSTTRKHGGTGLGLCIVRNLINKMGGEIKVAKKEGPGTLMRLYMVLGMPDGGTEKHIQAEFKEHGLAVLLALKGSKGRYIISQWLKMKGVFTWEASKWNKLTQVLQELFKESSKISENGHSTCLNLNQDGSIKTKSNILIVVDTSLLDQSTNIWNEQLIFLDRYRRKAKFAWILSHNTSNAIKLELQHRGHFLTVNKPLYKTKMIHMLGSLLSDGFLEKSLTTEDVHECNEIDPIHFKDISSAESSDNENINDIKNEAEEIVPKTPNGIEKYKTGPKEDKLPESGTCDKICRTRYNYNIDTEGIEASRKVTTNRGALDGVYILLAEDNPILQRVATKMLEKMGATVVAVGDGVQAVDALKCMFKEEARRKNNICQQENRVVTMKQSQQPEEFHLILMDCQMPKLDGYEATKAIRRLEAGTGSHIPIIAVTAHAMSSDEAKCLEVGMDAYMTKPLDYNLMVSTILAFTQNNG

Gene

>AfisC3G00547
TATTTTCACAAAAAATAAGAGGAATCATATGGGCAATCCACTTTGAAAAAATTCCTAAAGAATCAAAGCTTAAAGAAAGTGGAAAATGACAATGCTACAAACCAAACAGACAAGATATGTAATCTTTTCGTATAACCTATGTAATAAAACTATAAATTACCTCATTTCCACCTTTATTCTTCCATGGTGCTGAAGCAATGGCGCAGATAATGAAGCAACTGAAAACATTCTACACTTTTTTTGTACCTGTAGAAAGAGGATCAGCACCGCGGAATGAAGATATGAGTAGTGCAGAAGCAAATGATGAAGAGGATTTCACTTACACAACTACCCGCTGTCTCTCTTCTTATTACAGCATATTTGTTGCTCGCCTTGCCATCATGGTTTGAACTTTTCCGAACTCTTTAAATGTGTTCTGCATAATAATAGGCTAAGGGTTACGTGTTAGGAAGAGATGGTTAGTAATATACAAGAAAAGATCAATCTTTATACTACTAAGATATCAGATTAGTAAGATTATATCGGTGGTGACTGCTTTAGTTACTACGAAAAGAATATATATAGTACAAGAAAATAAGTTCTCTTTTGTGAAGATCAGTCGGCCATTTAAACTATTATTTTGGCAAACAAAAGGTAAATGCAAACAAAATAGTATTAGAAAATAAAATGAATTTTGTTTCACATAATTCTGTGTATGGCTCTGTAAGTATATATCCATGCCGAAAACATACAGAAAACATTGGTAGTCAAGATAAAGTTTTATGCGGTTTAAGAAGACATGTAAGATAAAATCCAGCATTTGCAGATATTTACAACATTATTATGTTACATGCAGATAATGTTGGCCATATTAATTGGGATGTTAACTATACTCACATGGCATTTTACAAGGGTTTACACAACAAACTCCATTAATAGCTTGGCATATGGACTTCGCTACGAGCTTCTTCAACGACCAGTTCTGAGAATGTGGAACATACTGAATTCCACTGTTGAAATAACCATGGCACAAGTTAAACTTTCCGAATATGTAATTGACCGCTATGATAGTCCTGTAACTCAAGAAGAGCAAATGAAGGTGAGAAGAATAAAGGAACTTTCATATAACGCCTTTTTCAGTTTCAAAATACACAGCCGTCCCTCTTCAAAAACAAATTTAAAAAAACATTACTATTTTTATTTTCAGACAAAATGCAAATATTTGCATTTTTATACTGCAAATATTTGCAGAAAAAATGCAAATTTAACAAACAATGTAAATATTTGCAGTTTTTCAAAAATATATTAAAAAAAAAAGTTTTAGTCATAGAAACATGCTATTAAGTTCAGATTCAATTTTCGAAAGAAAAAAAAACAAAATGAAAAATTTATCCAAAATAAAAATACTGGTGTAATTTAAAACATGTTTTTGATTGGTGTTTTTCGTGTATTGAACTTGAAAATAAGGATGGATCCAAATTTCCACAAAGAATAATCAGTGTTTGTCTCTAAGGAATATTGTAGAGCGCGGAAAATTCATTATGATTATATATCCTAATGTGGATTTTTAACTCTTGACAGTTGTATCAAATGATGAAAGACATAACATGGGCAGTATTTGCAAGCCGAAAAGCTCTAGATGCTATTACAATAAGTTACACAAATGGATTTGTCCAGGCATTTCATAGAAATCACAGGAACAATGCCACATTCTACATCTATTCTGATTTAGTATTTACCTCTTATCAGAACTTGACTCAACAAAGGCAAGTTTGCAACAACCCACTCGATTTCAAAAGATTCTATATACAATACATAGAAAGCTTACTGCAATTTACCTTCTAATCAATTTACCAAGAATTTCAAAATGGGATTCAAATCAAAAGGTTTAAAGTTTAGATCGAAATTAGATATAAATCGCGTGCATAGATATTAAAAGAATTTGGTTTTTAATAATTAATATGCTTTTATGCTAAAAATTACACTAGATGTAGGTTAATTATCAAATAGTATTTAAGTACATAAAAGCACTGGTTCTTCTTTTCCTAGTCATATCTCGGTATTTTTGAAATTGATTTCGAAGTTTGAACTTCCACGTCTAAATCTAAAATTTGATTATTCTTCCTGTTTTACCTTTAATTTGTCAAGAAAACAATAAAATTTGAATTGTACACTCTAAGTATCTTGATGTTTTTATTTTATTTTACCATAAATGAATGATTTTTTTTTTCTCGACTGCAAGTTCAATTAGGTTTTGAATCGTAATTTGAAAAGCTGCTCATGATTAGAGGGTTTCGATTTGAAACGTGATTCAAAATATAAGATTTCAATATTTTTGATAATAATGCAATTTACCCACTCAGTATGACATTGCTGAATGAAGATACACATTTTTGCTCAGTGCGAAAATAAACATTGTACTCAGCAAACTATTGCAGAGCAGAATATGCAAAGTATGCTGCTATTGGCATCCAGAAAAATGCTTACGGCTACCATCAAATTTTTATTACATATCATTTTTTTCTATACTTATGGCCACCAAAATCTATTCTCTCATTCGGCCTTAAACTACCGTACATTTCACCTCCCTCAAAAAGCTCACATATGCTATCTCAAAACATCATCAGAAATCAAAGTTTTCGAACCCTAAAGCACAAAATAAATCTATTTCTTTTTGTCTGATAGACGAAACTAAATGAAGATTCAATGGATGATTCTAAGTTTGATGAACACAAAAAGATTAGTTTACTTGTTATTCCTTAAAGTCTACTTCCTTCCACATATCAATCCAATATTTGTTGTAAATGGTTTTTTATGTTATTTTAGGACAATTTTAATGGTAACATGACTAACACAAATTTGAAGTATATAAAGTTTGATGATGTTACAATTGAAAGTCTCAGTATAAGTCATTACATTTTAATGTTTTATCATACAAAGTTTACGCCATTTTTTCCCTTGTATTTTTTTCTTTTTGGTTTTTTCTTTTAATTATCAGACGGAGTATACCAATCAAAATAAAATTTTGAACGCGTTTGTTGTTTTGAATAAAAAATGTTTGATGGTGAAAATATGGAAAAAAACGATTGATCAAATGCTTCAAAAGAAATGCAGGTTGATTAGATAAAACAATTTTTAACAAATCAAGCAAGTATTTATTTCAAAATTACATAATCCCAAATATGATAAAAAAAATTAATTTTGTTAATTTATTTTTGCTTCTTTTGTTTAGTTATATGATTTTTATTGTGTTTTGAAAAGAGTTGAATTTGGTTTATGGAATAAGAGTGGTAGTAGTTGTGTTTTGAAATATTTGGATGCATGTTTACTTGAAATAAAATAATAGTTGGTGTTATGAAGTAGAAAACCAAACTTTGTATAGTGGCCTTTAGTTTTGAAAGCCAGAAGCATTTTTCCCGATGCCAATAGTAGCACACAAATGTAAATTGATCAAGGGAAAATTGCAGTAAATTTTGAGTGAATATAGAAATAAGCTTTCCGACGTACTTCAAAAGCTTAGCAAAGTGATATGTGACACCTGATATATTTCATGTAGTGACAGAGACATTCAGACCAATGTATCAGCTATCTGGTATGGAGAACCGCTTGATCCAGACACAGGTGATAAAACAGGAAACCGAAGACGAATTCCACCAGATGAACTGATTAACATAGCAGGTCTTCCGGAAGTTCGAGATGGAGCAGCATCATGGAGGATAGCTGTCAGCAAATTCTCAGACTCTCCACTACTTTCTGCAGCATTGCCAGTAAGGCACCCTTCTAATGGTAGTATAGTGGCAGTTGTTGGCGTCACAACTGCACTTAAAAGCGTGAGTCAGTTGATGAAAGAATTGGTAGGAATTCATAGTGGATGCATGTATTTGACCACAAGAGAAGGGAACGTACTGGCCACATCAACTGATTCTCCATTGCTAAGAAATACATCGGTAGGTTTGAAGCTTGTGATGGCCAATGAGTCGGATAATGGAATCATAAAGTCAGGTGCAGACTGGCTGCAAAAAGTTTATGGTGATAAGTTTCCCATAAGTCATGAAGTTCATGATGATAATGTTATGTTGGAAAGGAAGAATTATTACATTGATTCGTTTTTTCTGAATTTGAGGAGACTCCCCTTGGTATGGTTTCTTCTCTATAATAGTAGTTGTCTAATGAGAAACATTTATACATCCAATATTTTACTCGCTAATATCCATTTCTTCCTTGTACCCAATCATTTATCACTCAGCAACACATTATGGACTGAATCTTCCACATTTTCAGCCAGTAATGCTTTACTGGCAAAAAAAAACACTGCAAACAAAGTCACCCAGCAACCAATTGCTGATCAAAAATGGGTAATGGTGAACGTGTGTATTAGTTAGTAAAAATATGGTATATGAAATGATGTTTGAGAAATTGAATCTAAGAACAACTAGCACAGCACAGGGTATCTAAAAGTTTATATTTTGTGCAGGTAGGTGTGATTATCATACCAAGGAAATCGATAATGGGAAGGGTGGATGAAATAGCTTTTACAACACTAGTCATACTGATATCACTATCAATGTGTATATTAGCTATTGGTTGCATTTGCATTTTCATATTGACAAGTGGTGTGTCGAAAGCAATGAAACTGAGAGCAGAACTGATCAGTCATTTAGATGCAAGAAGACGAGCAGAGGCATCTAGCAACTATAAAAGCCAATTTCTAGCAAATATGAGGTGAAAATGCTACTATAAAACTCTGTTTATCATGCATCCATGTGTAAATATTTTATAATCAAACTATATGTTACAGTCATGAGCTGAGAACGCCTATGGCAGCAGTGATAGGTTTGTTAGACATTCTTACATACGATGGCTGTCTCACAAATGAACAGTTAGCTACAGTTACACAGATACGTAAATGTTCAACAGCATTGCTTAGGCTGCTCAATAATATTTTGGACCTCAGTAAGGTAATATATAATTCTATTTTTCTTTTCGTTACCGATAGTTGTGCTACAATGCATGTATTGAATCCGAAGCTCATAGAGTACAATATGTTGTGCCACTTAAGGTAGAATCTGGAAAATTAGTGCTTGAAGAAGTGGAATTTGACTTAGGGAGGGAACTCGAAGGACTTGCGGATATGTTCTCGGTACAATGCATAAACCACAATGTGGAGATCATACTAGATTTAGCAGGTAAACAATAACGAGACTATTGTGATACAAGTTCGTACTGCTTCTAAATGCAGTAAAACAAAGAAGGGTGGGAAAGGTACCATGACTATGCATGTTCTACAAATTTGAAGAAACTAAATCTTTCTAAATTATACAGACGATCTTCCAAGAAAGGTTAAAGGAGACTCAGCTAGAGTTGTTCAGATATTCACAAATCTCATTAGCAATTCAATCAAGTTTACCCTGGGTAAGTACTTGTTTTTCACATTAGGTACCCAACTATTATTTATGAAAAATGACGCACTAGTGTAACTCATAAATTCGCATATGATAAGATGTTGCTTTCAATAATATTCAGAAAAGCATGAAAACCAATCTCCAGCCTTTAGACATTAAATGATCAAATACTAACATATTGCATTAGACAATAAAGGGATGGCTTTCAAGTTATCGCACAAGCCTTTTTGATGTATTTATTTGTTGTCTGACTGAAATAAAGGGATTAGAACCTGATTCAATCCTTTCAGAAATTCAGTAGAAATTTCTTTCATGGTTCAATGCACTATGGCTGACTATTATGTATGCCTAAGAGTTCGATCGTACCCAAGGCCTCTAACAACAACTTGGTGTATCACTACCAGTGGTCATTAGGCTGCTGTATGTATTTTAACTTGTTATAGGTAAAATCATCATAATATTCTACGCCATGTCAGAGGGTCATGTTATATTACGCGGATGGTTACAAGGCATGGATGAATCAAACTCAAATGAGAGGCACAAAAAAAGGTCAAGACAGGATGAGAGTGATGAAGATAGAGATTGTAACAAAGATCATAAAATTACTCTTTGGTTTGAAGTAGAAGATACAGGGTGTGGTAAGTCCTTACTTATGGAATGATCTACCATTATCCGAAATAAGCATATCTTGAATTTTAATCAACATCTGTAGGAATCGATTCAAGCAAATGGGAATCAGTATTTGAAAGCTTCGAACAGGCAGATCCATCAACAACGAGAAAGTGAGGAGAAACTCCCCTTATTTTACCCATTTAGTAATAGAGTGTATGCTAACTTATTTAACTGGATGCAGACATGGAGGTACTGGTCTCGGATTATGCATTGTACGGAATTTGGTGAGTTGCTATAAAAACTGATTATTAAATATATTTTTCAAACCTATACTGCTTCTATATGATTATTTTTCCTGTGATGAAAGATATATGTAATGTGCTTAAAAATATATATAAAATCCCCCAGTTAGTTACCTTGTCATTTGATGATTATTATAGATTAATAAAATGGGTGGAGAAATAAAAGTTGCAAAGAAGGAAGGTCCGGGAACTCTGATGCGATTATACATGGTACTTGGAATGCCTGATGGTGGCACTGAGAAACATATTCAAGCAGAATTTAAAGAACACGGCTTGGCTGTAAGTGAATCTACTTACTACGAGAAATTTCTATTTTATAAAATATAGCTTAAAATTGTGAACATTAAAATGAGGATACAAGTCATATAGGATATTCAATAACTACTAAAAATAGCAGCACGAATCAAAATGCATATGTTTATTTTCTTGTACAGGTGTTACTGGCATTAAAAGGCAGCAAGGGAAGATATATAATATCTCAATGGTTAAAAATGAAGGGAGTCTTTACTTGGGAAGCATCCAAGTGGAATAAATTAACACAAGTCCTTCAAGAACTATTCAAAGAGAGCAGTAAAATATCCGAGAATGGGCACTCAACATGTTTAAATCTAAATCAAGATGGAAGTATAAAAACCAAATCAAACATTCTTATTGTTGTCGACACAAGCCTATTAGATCAAAGCACAAACATATGGAATGAACAGTTGATATTCTTGGATCGATACCGTAGAAAAGCAAAATTTGCATGGATACTAAGTCACAATACTTCCAACGCTATCAAACTTGAGCTACAGCATAGAGGGCATTTCTTAACAGTAAACAAACCATTATATAAAACAAAGATGATACATATGTTGGGAAGTCTTTTATCAGATGGATTCTTGGAAAAATCACTTACGACAGAAGATGTGCATGAGTGCAACGAAATCGACCCAATTCATTTTAAAGATATTAGCTCTGCTGAATCTTCTGATAATGAGAACATCAATGATATAAAAAATGAAGCAGAAGAAATTGTACCAAAGACACCAAATGGCATCGAAAAATATAAAACCGGACCAAAAGAAGATAAACTTCCTGAGTCAGGCACTTGTGACAAAATATGTAGAACACGGTACAACTACAATATAGATACAGAAGGCATTGAAGCATCGAGAAAAGTGACTACAAACAGAGGGGCTCTTGATGGTGTATATATCTTGCTAGCAGAAGATAATCCAATTCTGCAAAGAGTTGCAACAAAGATGTTGGAGAAGATGGGGGCTACAGTAGTGGCAGTTGGAGATGGAGTACAAGCAGTTGATGCACTGAAATGCATGTTTAAAGAAGAGGCTAGAAGAAAAAATAACATATGTCAGCAAGAAAATAGAGTGGTGACAATGAAACAGTCCCAACAGCCAGAGGAATTTCATCTTATTCTAATGGATTGTCAGGTATATAGTTTTCAATTATTACATATTGATGTATGGTCGAATAAAATGGTGCCCATAGTAGCTTTTATGATGTAGATGCCAAAGCTCGATGGTTATGAGGCGACAAAAGCTATTAGAAGACTAGAGGCTGGAACTGGTTCGCATATACCAATTATAGCAGTGACTGCGCATGCCATGTCATCTGATGAAGCCAAATGCTTGGAAGTAGGAATGGATGCATATATGACTAAACCACTTGACTACAACCTGATGGTGTCTACCATTCTTGCCTTCACACAAAACAATGGGTGACACTAAAAGTGTATTTATACTTAGCTATTTGATATGTACTTATAAAGAATGATCTCAGGTTGAATTAATATATGAAAAAAACATAAATTGAAAAAAAAATCAGTTCACGTTGCCAGTTAGTTTTAGGGTAACAAGTAGTTCTTTATGGTCCTGGAAACAGCCTCCTCGCATGCAGGAGCAACGCTGCGTACTACCTTGACATTCATCAGAATCTGCTTATAGTGGA

Functional annotation

Database	accession number	e-value	annotation
nr	XP_020243509.1	0.0e+00	histidine kinase 1 isoform X2
Swissprot	Q9SXL4.2	0.0e+00	Protein AUTHENTIC HIS-KINASE 1
trEMBL	A0A5P1FNW8	0.0e+00	Histidine kinase 1-like

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT2G17820.1	58.82	0.0	1324	AHK1;ATHK1;HK1	histidine kinase 1

>>>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
AfisC3G00547	AT2G17820.1	1151	422	15	36	1146	59	1197	58.82	0.0	1324
AfisC3G00547	AT2G47430.1	955	523	33	286	1133	222	1108	26.91	1e-66	252
AfisC3G00547	AT2G01830.2	356	201	5	406	724	407	758	32.02	2e-41	168

Ortholog group

Species	Genes
Allium cepa	g409966.t1
Allium fistulosum	AfisC3G00547
Allium sativum	Asa2G03876.1
Arabidopsis thaliana	AT2G17820.1
Oryza sativa

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF00512.22	HisKA	Domain	473	538	54.8	6.5e-15
PF02518.23	HATPase_c	Domain	585	723	75.8	3.1e-21
PF00072.21	Response_reg	Domain	1000	1140	67.2	1.2e-18

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:0005783	C	endoplasmic reticulum
GO:0007231	P	osmosensory signaling pathway
GO:0009888	P	tissue development
GO:0009405	P	pathogenesis
GO:0009884	F	cytokinin receptor activity
GO:0009927	F	histidine phosphotransfer kinase activity
GO:0016791	F	phosphatase activity
GO:0019901	F	protein kinase binding
GO:0023014	P	signal transduction by protein phosphorylation
GO:0042542	P	response to hydrogen peroxide
GO:0046777	P	protein autophosphorylation
GO:0048367	P	shoot system development
GO:0097308	P	cellular response to farnesol
GO:0099402	P	plant organ development
GO:1900436	P	positive regulation of filamentous growth of a population of unicellular organisms in response to starvation
GO:1900445	P	positive regulation of filamentous growth of a population of unicellular organisms in response to biotic stimulus
GO:2000026	P	regulation of multicellular organismal development

KEGG pathway

KO	Name	Enzyme ID	Pathway	Pathway ID
-	-	-	-	-

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network