result

Gene information

Detail information of AfisC5G05195

Location

Gene	Chr	Start	End	Strand
AfisC5G05195	chr5	950042611	950054052	-

Sequences

CDS

>AfisC5G05195
ATGATGGAGCAAGTTCCACCAATTCCGTACGATACTCTACCATTAGGGTTCCGTTTCCATCCAACGGGGGAGCAGCTGATAAACCACTACCTGAAAAGGAAGCTCAACGGCACTATTGGATCATCCGAAACTTCCCTGATACCCGAGATCAACTTACGCAGCTTTGAGCCGTGGGATTTAGTCAGGAAGTCTAGCGTAAACTTTATGTATAAAGAATGCTTCTTTTTTGCACGGATAGATCGGAAGTACAAGTCAGGGAATAGGTGGAACAGGGCGACCGAGAAGGGATATTGGAAACCTACAGGAAAGGACCGGTTGATACATTTGAGAAAAGAAGTGATTGGAATGAAAAAGACTTTGGTTTTTCATGTGGGGATAAAGGGGAAAGGGGTGGGCACTGGTTGGAAAATGCATGAGTATAGGGTTGCTGAGGATGCAAGTCTGAAAGGTGTTTATCAGGGTGAGTTTGTGCTTTGCCGTCTGTTCAAAAAAGAAAAAGAAACAGAAGATGATGTTGTCGATGATGGAGTGGAAGCAAATGCTACAATTCTACCAAACCATGTGTCTCCGTACCATGACAAATTACTTGTTCCACAACCCTTAAGCTATAAAACAACTAATCTAATAAAAGAAAATGAGAAACAGCAACTGAGCCATAGCACTGTAAATACCACTTCTGATCTCAAGGAAGATAATATGTTTGAAGTACTATTTACAACACCAACAAACATACGATCTACGGTACATGAAGTTACCAATGAACCAATTGAAGAAATGCTTGATAAACTGCTCGAAGAAAGCGATTCTACACCTGATACTTTGCAACCTGAAAAAAATCACACCAATTTCAAACTTGGTGCTATAAGTCCAGCTTATAATCAAGTACGTGTGATAAATCAAGAGGAATCTTTATTTGATGGTTTAAAAGATTTCTTGGGATCAGATTACCAGAGTTCACTGATTCCTGATGATAATATTAAAGATGACATTATTGATGATAATGAACTCAGTGAAGATTCTGTTGCAATAAAGATGACCGATCCTGTTAATCACAATGCAGTATCAATAGCATGTTTAAGGGTTCGAAGGTCACGTGAACACCAACCTAGAAAACGAACGCCTATGCTTTTTTGTTACAGTATACCAAATCCAATGGTTAATGATGTCCCTACTGTAACTGCTACCGACTCCAATAATAAGGACGATACTTTCGAACATTCGATCATTGAAAGTGTTCGTAAACGACGTATGGCAGACTATGGAACCAATGTAGATGTAAATGTTCTCCAATGCACTACACTGGTCCAAGATGCAAACACTGGGAACTCACTTTCTAAGCTTAGAATACGTGTTGGGGTAATGGTGATTTTGGCACTATCATGTGTTGTAATATGGCTCTTGAAGAAATACGTATGA

Protein

Gene

>AfisC5G05195
GGCTTACAAAAATAATTTATTTAAATTTTCGATTTCCTTTGCTACCTACGTAGTAATCGCTCGCAAAACTGTGTGTTAGGATTTTTCTTTAAATAGCGAGTCCAAATCAACAAATAACCATATTTATTCTTGACAAACCAGTAACGAAGAATACAAGGTCATCGGTGACACCAAAGCCTCTCGGACATTTTTAACCATGAAAGGTTCGATCCCAGATTTAAAATCATCTTTTGTTCATCGACGTTTTAATGATGTAAACAAAATCAAATGATGGAGCAAGTTCCACCAATTCCGTACGATACTCTACCATTAGGGTTCCGTTTCCATCCAACGGGGGAGCAGCTGATAAACCACTACCTGAAAAGGAAGCTCAACGGCACTATTGGATCATCCGAAACTTCCCTGATACCCGAGATCAACTTACGCAGCTTTGAGCCGTGGGATTTAGTCAGGAAGTCTAGCGTAAACTTTATGTATAAAGAATGCTTCTTTTTTGCACGGATAGATCGGAAGTACAAGTCAGGGAATAGGTGGAACAGGGCGACCGAGAAGGGATATTGGAAACCTACAGGAAAGGACCGGTTGATACATTTGAGAAAAGAAGTGATTGGAATGAAAAAGACTTTGGTTTTTCATGTGGGGATAAAGGGGAAAGGGGTGGGCACTGGTTGGAAAATGCATGAGTATAGGGTTGCTGAGGATGCAAGTCTGAAAGGTGTTTATCAGGTTTATATTTAAATCCTCCTCATTAATTGTTTTACTGATAAATTCAAAGCTGGGATTCATCCATTAATCTCGGTCACTGAATCAGCAGTTTGATTGAATCATTATGCAACTGTAATTTTCAGTCTTGACTAATTCTATTCACATAATATCGCTAAGTAGACTCCTAAATTTTGAAAAAATAAAAAATAAAATACTGGACGCTGATGCGATTTGCCTCTTATATATTCATTCTCTTTTCCTTATTCAATTGCTCGTACCAATAAACCCTAACAATTTAAATTTAAGTAAAATCTTAAACCTTGTGCTTGGATTGATGGATTGTAATGATGATAACGCAAATCTAATTGAATCAGAAGAGGTAAAACTTGAATTTCATATAGTTTTGAATTTTTTTTAAAATTTGAAGTGCACAATTTGCAAATGTTCAATTGAGTGATTGATTGGAAAATCTCACAGTTGCAAAAGTTCAACTGAGTGATTAGTTTGAATACAACTCACAATAACTATGTGTAGGTTACAAATAACGTGCGTGATCTATGTGATTGACATTTTACTAAAATGACTTAACTAAGCTAAAGTGTGTAAATCTTTAATAATGGTTGTAATACATTTGGTGTCACACTCTTTTGATGTCGGCGTGAACTACCAAAAACGCCCCTAATACCAAATCTTAATATTGCTTGAAAATATGATCTAACAATTAAATTTCTTTTACAAATTCAAAATGTTCATCAATAAACATTATCAAACCTTAATATCACTTAAAACTAGGATCTAACAAATAATTTTCTTTTACAAATTCAAAAAGTCCATCTACAAACACCATCGAATCTTAATATCACTTAAAAATATGATCTAACAAATAAATTATTAATTAATAATATAGATAAAAATTTAAATTTAAAAAAAATTAGATGTTACAACTTAGAAATAAAATTTAAACTGACAAAAATGATTTCAACGCAAAAACATGGTAAAATATTTCTACAAATCATTAAAATAGGACCTAACAAATAAATTATTAATTAATAATATAAATAAAAATTCAAATTTTAAAAAAATTAGATGTTGCAACTTAGAAATAATATTTAAACTAACAAAAATGATTTCAATGCAAAAATATGGATAAATATTTCTATAAATCATTTTCACTTGAATGTGTTAAACATGGCATCAATGTGAACTATTAAAAATACATCTCTACAAATATTATTAAATATTAATATTACTTAAAAATAGGGTCTAATAGATGAGTTTTCTTTACCAATTCAAAACGTCTCTCAATGGATATTATCAAAATCTTAATATCACGTAAAAATAGGATCTAACAAATAATTTTTTTCCAAAGCGTTTTTTATCAATTAATAACAGAAATAAAAATTCAAACTAATAAAAAATTTAAATTCATTTTTTATTAATTAATAATAGAAATAAAAATTCAAATTAACAAAAAATTAGATGTAGCAATTTAGAAACTAAAATTAAAACTAGCTACATATCATTTCAACCCAAAAGGTTAAATATTTGTACAAATCATATTTTTTCGGACGAGTTAAACATATATAATTTGTAGAAAAACAATTCACACACAAAGTGCGTGTCATTATCATGCGCAAAGCGCGTACCGTATCATTTAAAATATAATATCTTTAATATCTTTGGTATCACACTTTTTTTATGTCAGCGTGAACTACCAAAAATGCCCCTCTATAGAATTGAACAATGTAAAATAGCGTGAACATTGAATGTCTCTCTATTATCAGGTTGCATAACAATTATCAACGCTTCACCAAAATCAAATTCTTCTCCTTCTCTAATATGTTGAAGGCGAGCAACTATATTTGCGTAATTTACAGAATTTCCCGTGGAGTGTACGATGTACATGCTTTATTAGCATCAGAAGAAGAACAAACGTGTGGAGTTTGTTGCAATGGAGGATTGTTTGGTGAATTCAAATTTAAAATTGTCTACAGTGAGTATTCGTTTCATCAAATTGATTATAAAATTCATCAAAAGCTCAAGTTGTATCAAATTGGGTTTGTGGAGAGGAGAAGTTCGTTATTGCGATGGTTCTTCATTAGCAGCATGCGTATACGATGTTTGTCCGACTACATACGTCCCATGAAATAATTGTTGCATTAACTCCAAATTGTCAATCGGTTATCTTTTATATTTCAAAATAATCTGCTATAAGTGAAACCATAAAAAAAACATTAACATACGTAACATAACAAAAAACTATAACGCATGTATAAAATACCTTTACACGGTCATTCCACTATTCCTCCCTGTCTGTAACAGTTTGTCTTTGAATATCCCAGCCAGAACCAGTTTTGTTGCACAAACTTTTCCATTAACTCATTCTCTTCTAAGACTATCATATTTATGCCGGATTTTGCTTTCGTCTATCGGTCCTATGTACAAAATATTTTCTATAGCTCGATTGAACTTTTCCGCTACAGCTTTGTGCACTTTCCTTTTGTTACTATCACAAGCAGCATGCGCTTCTATAACACATTTCAGCGGAATCCGAGTAGCTTGGACGATCAATTGTATAGACATTTTTAAACGTTATGCAACATTTTGAAAGTTAAAAGCTACCAAAGTATATGGAAAATTTCCAAAAATATATATATATTACAGATATGAAAAAATATATAAAAATGTAAAAATATACCTAAAAAGATATTCAGATTGATGAGTAAAATTTGTTGATTTCTCGAATTGAAGATGTGGAGTTAGAGTTGATTAATGACGGAATATACATGGGAGGAGAGGAAGAGGAAGACCGGCTCTATGCGTCAGACGCAACGAAATATTTTTCCCCAAACCTCCTACTTTTTTAGGATGGAACGTGGTCGCATTTGCCCCGTGGCGAGCGCAAGTGTGCCACCACTTACCTGTGAACGGTACCTAAAGCATTGAATTGAGGTAAAGGGACGGTTCACAGTCAAATTTTAACACGCTTCCATTTTTGACGCTGAAAGAAATCTATTTAGAAATCAATTTGCTTGCCATTGTATTCCACTTTCAATCATATATATATGGTTTACAAGAGTTAAGGTAGGCTACAAATCAGCCAATTGATTTGCTAAAACAAAGGTAAGTAAATAAATACTTCCTAAATACAGATATCATCAAATCAACTGATTTGCTAAAAGAAATGCAACTAAATAAATATTTCCCAAATAAAGAGTAAGTCAAATCACAGAATAAATGCAGGAAATATCAAAGAATAAATGCAGGTAATATCAGGAAATATTTTAACGTCTAGAATATATGTAAAATATATTCTATCACACCCCCTCAGTCGAAGCGGGAGGTTCTCGTATGCTTAGACTGTCCCTGAAATCATTAAATAATACGCGTGGAAGCCCTTTTGTAAAAATATCAGCAATTTGGTAACAGGACGGTACATGAAGCACACGCACTTCACCACGAGCTACTTTCTCACGGACGAAATGAATATCCATCTCAATGTGTTTAATGCGTTGATGCTGAACAGGATTGCCAGATAAGTATATAGCACTCACATTATCACAATAAACTAGAGTAGCCTTTTGAATAGGACAATGCAACTCTAGAAGCAAATTTTTGATCCAGCACGAATCAGAAACAACATTACCAACACCCATGTACTCCGCTTCAGCACTACTACGGGAAAGAGTAGGTTGCCATTTCGAAGACCAAGAAATCAAATTATCTCCAAGGAATACACAATAACCAGAGGTAGGACGACGGGTGTCAGGACAACCACCCCAATCTGCATCTGTATATGAGATAATACGATTAATATTGGATTTGTACAAGTGGAGACCAAAAGAAAGGGTACCCTGGAGATAGCGTACGATACGCTTAAGAGCTTTCATATGCTCATTAGTCAGGGCATGCATATGAAGGCAGATCTGCTGCACGGCATATGAAATGTCTGGTCGAATGAATGTAAGATACTGAAGAGCACCTGCAAGACTTACGATACTTAGTCGGATCATCATAAGGAGTGTCTGCGGTGGCACTTAGTTTGGACTTAGTGTCAACAGGAGTAGGACATGAACTGCAGCTAGACATTCCGGCACGTTCAATAATTTTTGCAGCATACTGTGTCTGAGATAAGAAAAGACCATGGGTATGACGAGTGACAGCAATACCCAAAAAGAAACTTAAAGGACCTAGATCCTTCATAGCAAATTCAGAAGCTAAGAGAGTCATAATATACTTACGAAGATGATCAGAAGAAGCTGTAAGTATAATGTCATCCACATATAACAGAATATAAGCAATATCAGAACCATTCTTGTAGATGAATAAAGAGTGATCTGATGTACTATGAGAGAACCCAATGGTAGCAACAAAATCAGCAAATCTTTGGTACCAAGCTCGAGGAGCCTGTTTTAATCCGTACAAAGATTTCTTTAAAAGGCAAACATGATTCGGATAATTTTTGCTACGAAAACCCATGGGTTGATGCATATAAACTGCTTCATTGAAATGACCATGCAAGAAAGCATTCTTGACATCCATTTGATGAATGGACCAAGATTTAGAAAGAGCAATGCTGAGAACCGCTCTAATGGTGACCGATTTAACCACGGGGTTAAACGTTTCATCACAATCAATGCCCTGTTGTTGTGTATTTCCATTACCTACAAGACGAGCTTTATAACACTCAAAAGAGCCATCAGACTTATATTTATGACGAAAAATCCACATAGACCGAATAACATTAACATTAGGCGGCCTAGGCACTAATTCCCAAGTCTTATTGTCAATTAAAGCATTAAATTCATCCAACATCGCACTTCTCCAATTATGGTCACTAAGCGCACTAACAGGATTTTTTGGAATAAGAGAAATATCTGTAGTGGTGGTAGTATGGTAATTAGAAGAGTATTTGAGGTTGGGTTTAAAAATGCCATTTGATGCACGAGTGGTCATGCGAGTTGAAATAGGGTTGGGAGGCATTAGGGTGGTGTGAGGAATGGTCAAAGTGGGGAAGGTCATAGACGGGGTTGGACTGTGGGGAAGAGAGGATGGGTCAAAGGAGGAAATAGAGGACCGAGTGTGGGCAGCAGTGGGAGGTGTGGAATCTGGGCCTGTGCGAGACTGTGACCAAAATTGAGGAAGAGAGGACGAGTCATTGGGCAGCGTTGTTGGGTCAAGCTGCATATTTTGTGGTGTGGTATTTTGAGATAAATGATGTATTAATTGAGGATTAATATTGTCATTCAAAAAATCATATTTTGTAGAATCTAGGCCTGTGTGAGACTGTGACCTAGATTGAGGAAGAGAGGACGAGTCATTGGGCAGCGTTGTTGGGTCAAGCTGCATATTTTGTGGTGTGGTATTTTGAGATAAATGATGTATTAATTGAGGATTAATATTGTCATTCAAAAAATCATAATCCGAAGGTTTTGTTTTGTAGAGTTTGGAGAATGAAAATTCTGTTTCAACAAAATGAACATGACGACAAATTATGATTTTACCACTAGACATGTCATAGCATTTGGAGCCACGATGATTAGGAGCCGGACCTAAATAAGCACAAGGAGTTGACATTTCTTGTAATTTATGAATAGTAGAAGAGGGTTATAATGGGAAACATAAGCAACCAAAAACACGCAAACCTGAATAATTCGGATCACTTTGATAGAGGATTTGAGCGGGAGATTGGTAATTCAATACCTTGGTAAGAAGGATATTGAGAAGATATGTAGCCATGGAGAGAGCATGATGCCAAAAGGAGAGTGGCATAGATGCATGAGCAAGAATAGTCCGGATGATATTATTTATGGATTTTATGTGTCTTTCGGCCTTTCTGTTTTGAGGAGATGTATGAGGACATGAGAGACCGAAAAGCATACCATGTTTGTCAAAAAAATCCTTAAAAGTGCCATTAATGTATTCCGTACCGTTGTCACACTGAAAAGTCTTAATATTACGTTCAAATTATGTCTTGACTAAAGCATGAAACGCTAAGAAAAGTTGTTTGACCTGAGATTTTTTTGCAATAGGAAAGGTCCACAAAAATTTGCTATAGTCATCAAGAAAAAGAACATAATAACAATGATCGAAAGTACTAACAGTAGGAGAAGTCCAAAGATCACTATGAATAATATCAAACGGAAGAAAAGTATATGACACTGAATCATAAAAAGGTAGCTTAGAATGTTTCCCAAGAGGACAAGAAGAACAAAAAGTTTTACAAACCTTATTACAATCAATAAACTTTTTACTACAAAGAGACTTAAGAATAGCATCGCCAGGATGACCTAAACGATTGTGCCAAATATTCGAAGGCAAAGCAGTAAAAGCAGAATGATTGTTGGAAGAAATGGCTTGAGAGTCGGAGAAAAGTGGATATAAGCCCTCAGTGCTATTACATCTCATTAGTTTGTTCCCGGTCTGTAAGTCATTAACAGAGAAATCAAAAGGGTCAAAAGAGATAGAAACCATATTATCTGTGGTGAATTTACGAACAGAGACCGGATTTTTAATGAGCCTAGGAGCATGTAACACATTGTTTAGGGTAAATGGTGGATAAGGTGGAGGCAATGTAGTGCAACCGTGACCAATAATTGGAATTAAATGACCACTACCAACAATAATGTTATGATGCTTATTGCTTGAATTGAAATAAGAAGGGAGAATACATGCATCCGCCGTCATGTGAGATGTAGCACCAGTATCCATGTAGTAGTTTCCATCTGGTTGAGAGAACGAAAGAGCATGCATAGCGGCCTCAATGTCGGTGGACATGTAGCTAGGAGCAGGAGGAGCAACTGCATTAAAAGCTTGAGGTCTGGACCCAAGTAAGCCTGATCCAGAAGAGGAGGGACGTTGGACCGCAGAATTGGGCCTTGGCTGCCAAGAGTATGCGGGAAATGGGCAAGGACGGGAAATGGACAAGGAGGTATAGTCCACCCTCCCCAACCAGGCTGCTGCCACTGTGGTGGTGGGGCCTGCTGACGTGGCTGCCACTGGTGCTGTTGATATAGCTGCTGACTAGGACTGGACCCATTAGTACTTTGATGGACCTTTTCCTTCCCATTGTTTTTGAAATTGTTCCTCCATTTATTATTGTTGTTGCGTTTATTGCTTGCAGATGAATCAGTGGCAACCATGGCAACACCACTGGACCGACTCCCAGAACCACCAGTTTCACGAGCTTGACGAGCCTTGATAGTACGCTCAGCCATTTTCAACCTTGAACGACAACTCTCAAAGGATGGCAAAGGCTCTTGATTTTGTATATAGTCCACCGTACCACTATACGCTTCTGGTAAGGACCCGGTGAGACGTAAAACCAGACGACCATTTGTCACTGGAGCATCAACATCAGCCAACCTATCCGCCAAAGATTGTAGATAATTACAATAATTGTCGATCGAGTTGAAGGCCTCAAAAGCAGCATTTGTAAAGTCCTCCTCGAGATGGGTAGCCCGAGAGGCTTTATTGTCCTGAAAAGGAGCTTCAAGACGGTTCCATGCCCCTTCTGCCGTGTCATTACGTCTGAGAATAGCGAGGAGAAGATCGGAAGAAATGGTGCTGTAAATCCATTGCAAGACAACGGCATCTAAACGCCTCCAAAGTGCTGGATCAGCGGACTTAACCTGGACATAGGCAGCCATAGCCTTCTCCTCCGTTGGTGGAACCAAGTGATCGTAAAGATCATGAACCCTAGCAAGATTGGTAAACAGAGTAGCCCAAGAATGATACATGGCTTGCTCATTGTCTAATGTTATGGGAATAAGAGATTTAACATTAGTGATGGTGAGTGCGGGATGAAACTTGGATGAGTCTGCCATGGAAAAGAATTAAAGATAGAAGAAGAAGAACGAAGAAGAAGATAGGTGAGGCTAGGGTAAGGAGAATGGCTCTGATACCATGAAAGAAATTTATTTAGAAATCAATTTGCTTGCCATTGTATTCCACTTTCAATCATATATATATGGTTTACAAGAGTTAAGATAGGCTACAAATCAGCCAATTGATTTGCTAAAACAAAGGTAAGTAAATAAATACTTTCTAAATACAGATATCATCAAATCAACTGATTTGCTAAAAGAAAGGCAACTAAATAAATATTTTCCAAATAAAGAGTAAGTCAAATCACAGAATAAATGCAGGAAATATCAAAGAATAAATGCAGGTAATATCAGGAAATATTTTAACGTCTAGAATATATGTAAAATATATTCTATCAGACGCGTTGGACGCCCCAACAGACAAAAGGCATGTCCAGCCGAACGCAAGAATTTGATGCGTTTGAGCCCGTTCAGCCACGTTAATTAAGTTAATTATTAAATTCAAATTTTTATAAATTTCTAAAATTAATAACTTTTGCAAATGATGTCCGTTTGAAACGCAATTTTTTGCGTCGCGATTGTATTGAAGTGTTTTAGGTTGTGGAGTTGGTTTGAAATCCGAGCAATTTATAATAGCTTTAATAATAGTTGTAATACTTTTGGTGTCACACTTTTTTGGTGTCAGCGTGAACTACCAAAAATGCTCATTTATAGTATTAACAAATCTTAATAATTCTTAAAAATAGGATCTAACAGCTAAACTTTGTCAGTTATTAACAAATCTTAATATCTCCTAAAAATAGGATCTGACAGTTAAACTTCTTTACAAATTCAAAATGTCCATCTACACTAAAAAATAGAAAAATATGACCAAATCAATAAACATTTTTTCTTTAATTAACTATAAATTCGTTATTTATTAATTAATAATACAAATAAAATTCAAAGAAACAATAAAATTTGGATGTTGCAACATAGGAATAAAAGTTTAAATTAACTACACATTATTTCAACATAAAAACATGGCTAAATGTTTGTACAAATCATTTTCTTTTGAACGTGTTAATCATATATAATCTATAGAAAAATAATTCAAGCGCGAGACATGCCATTATCATGCACGAAGCGCGTGCCCTAACGCTCATGGAAAGAGTTATTAATAATATGGGTGTACTTAGCAAAAATATGGATATGATTGTTTTTTCAATTTGGTTGGTGACTACTGCGCAATTTTTCCAGTTCAAATTGAATTAGCCTTCAGTCTTTTGATAGCATGGTTGACTTGCTTCCTTAAATCATGAATCCTAAGACTGGTCAATTCAGATCAAATGATGTTTTTTTCCTAAGCCTTAATTATGTGGTTCGAACAGGCTAAAATAGCCTTTTTTTTATTTTGGTGGTCCAACTATATATGATTCATTGTTTATATTAAAACCAGAGAAAAAAATCATAGTCCAACTTTGAACGTTATGGTTACTTCTGTTAGCAACATTTCTTTCCAGGGTGAGTTTGTGCTTTGCCGTCTGTTCAAAAAAGAAAAAGAAACAGAAGATGATGTTGTCGATGATGGAGTGGAAGCAAATGCTACAATTCTACCAAACCATGTGTCTCCGTACCATGACAAATTACTTGTTCCACAACCCTTAAGCTATAAAACAACTAATCTAATAAAAGAAAATGAGAAACAGCAACTGAGCCATAGCACTGTAAATACCACTTCTGATCTCAAGGTAACTAAGGACTCGTTCTTATTAATCAGCCATTAACAGATTATACGGGAGACTTGATTTTCATTTACTGAATGCAGGAAGATAATATGTTTGAAGTACTATTTACAACACCAACAAACATACGATCTACGGTACATGAAGTTACCAATGAACCAATTGAAGAAATGCTTGATAAACTGCTCGAAGAAAGCGATTCTACACCTGATACTTTGCAACCTGAAAAAAATCACACCAATTTCAAACTTGGTGCTATAAGTCCAGCTTATAATCAAGTACGTGTGATAAATCAAGTGAGGCTAAAAAAAACCTTACATAACATAGCTTTTTAATGCTACGTGGTTAGATTATTATTGTTGTTGAATGAAACGCAGGAGGAATCTTTATTTGATGGTTTAAAAGATTTCTTGGGATCAGATTACCAGAGTTCACTGATTCCTGATGATAATATTAAAGATGACATTATTGATGATAATGAACTCAGTGAAGATTCTGTTGCAATAAAGATGACCGATCCTGTTAATCACAATGCAGTATCAATAGCATGTTTAAGGGTTCGAAGGTCACGTGAACACCAACCTAGAAAACGAACGCCTATGCTTTTTTGTTACAGTATACCAAATCCAATGGTGGGATACCTTTTACACATATCTTCAATCCAAGTCAATATCTTTTATTCAACTAATTAACCATATCGATGCATGCAGGTTAATGATGTCCCTACTGTAACTGCTACCGACTCCAATAATAAGGGTTAGTTGATTCAACATTTCTACTTTCAGCTTCTCATTTGGTTAATTGAACTTACAGTATGTTTATATCTCATATTCATACAGACGATACTTTCGAACATTCGATCATTGAAAGTGTTCGTAAACGACGTATGGCAGACTATGGAACCAATGTAGATGTAAATGTTCTCCAATGCACTACACTGGTCCAAGATGCAAACACTGGGAACTCACTTTCTAAGCTTAGAATACGTGTTGGGGTAATGGTGATTTTGGCACTATCATGTGTTGTAATATGGCTCTTGAAGAAATACGTATGATATGACTGTATTTCACTAATTTAAAATCGTTATTGTATTCAAGTTGAAATGGAAAAGGTCAAAAGAAAACCAAGCTTTGTTTCTAATCTTGAGAGTTGTAAGCTTATTCCACACATACTTCCATGTAAGTCAG

Functional annotation

Database	accession number	e-value	annotation
nr	XP_020254196.1	2.1e-44	NAC domain-containing protein 91-like
Swissprot	B5X570.1	5.8e-39	Protein NTM1-like 2
trEMBL	A0A5P1FJM3	1.5e-44	NAC domain-containing protein

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT1G33060.1	52.73	6e-41	165	ANAC014;NAC014	NAC 014

>>>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
AfisC5G05195	AT1G33060.2	165	73	3	8	170	19	180	52.73	6e-41	165
AfisC5G05195	AT1G33060.1	165	73	3	8	170	19	180	52.73	6e-41	165
AfisC5G05195	AT5G17260.1	155	71	2	12	164	5	157	51.61	8e-40	161

Ortholog group

Species	Genes
Allium cepa	g329606.t1
Allium fistulosum	AfisC5G05195
Allium sativum
Arabidopsis thaliana
Oryza sativa

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF02365.12	NAM	Family	14	142	80.7	9.5e-23

Gene Ontology

Accession	Ontology	Name
GO:0005886	C	plasma membrane
GO:0000976	F	transcription regulatory region sequence-specific DNA binding
GO:0002230	P	positive regulation of defense response to virus by host
GO:0002237	P	response to molecule of bacterial origin
GO:0003700	F	transcription factor activity, sequence-specific DNA binding
GO:0003713	F	transcription coactivator activity
GO:0050832	P	defense response to fungus
GO:0005516	F	calmodulin binding
GO:0005730	C	nucleolus
GO:0005789	C	endoplasmic reticulum membrane
GO:0016032	P	viral process
GO:0009555	P	pollen development
GO:0009611	P	response to wounding
GO:0009819	P	drought recovery
GO:0009651	P	response to salt stress
GO:0009723	P	response to ethylene
GO:0009735	P	response to cytokinin
GO:0009737	P	response to abscisic acid
GO:0009741	P	response to brassinosteroid
GO:0009814	P	defense response, incompatible interaction
GO:0009825	P	multidimensional cell growth
GO:0009835	P	fruit ripening
GO:0009908	P	flower development
GO:0010029	P	regulation of seed germination
GO:0010200	P	response to chitin
GO:0010228	P	vegetative to reproductive phase transition of meristem
GO:0045893	P	positive regulation of transcription, DNA-templated
GO:0045892	P	negative regulation of transcription, DNA-templated
GO:0042542	P	response to hydrogen peroxide
GO:0042803	F	protein homodimerization activity
GO:0043068	P	positive regulation of programmed cell death
GO:0043621	F	protein self-association
GO:0045491	P	xylan metabolic process
GO:0046982	F	protein heterodimerization activity
GO:0048527	P	lateral root development
GO:0048759	P	xylem vessel member cell differentiation
GO:0051091	P	positive regulation of sequence-specific DNA binding transcription factor activity
GO:0070417	P	cellular response to cold
GO:0071365	P	cellular response to auxin stimulus
GO:0071470	P	cellular response to osmotic stress
GO:2000377	P	regulation of reactive oxygen species metabolic process
GO:0090059	P	protoxylem development
GO:0090400	P	stress-induced premature senescence
GO:0090602	P	sieve element enucleation
GO:1900057	P	positive regulation of leaf senescence
GO:1900103	P	positive regulation of endoplasmic reticulum unfolded protein response
GO:1900426	P	positive regulation of defense response to bacterium
GO:1902074	P	response to salt
GO:1904250	P	positive regulation of age-related resistance

KEGG pathway

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

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network