result

Gene information

Detail information of AfisC4G00700

Location

Gene	Chr	Start	End	Strand
AfisC4G00700	chr4	118179166	118184766	-

Sequences

CDS

>AfisC4G00700
ATGATAGTGCCCATCATTCTACATGTTCTTTTTACAAGCACTAACAATAAATTCCAATCTGCAGCTTGTATACCCAAATGGCTGGCAGTAACATTACTACTATTGCTATTCTACAAGCCCATTTTGGCTAGAGATGCGATAAAACATAGAAGAGAGGTGATCACGTCAAAGAATGGAGCAGTTGCTAGCGATGATGGTCGATGTTCTGTAATTGGAAAAGATGTGCTTAAAGAAGGTGGGAACGCAATTGATGCTGCGGTTGCAGCTTCACTTTGTTTAGGAGTAGTTAGTGCAGCTTCTAGTGGTATTGGTGGAGGTGCTTTTATGTTGATTAGGATGGCTAATGGTGAGGCCCATGCCATTGATATGAGAGAGACTGCACCATTGCTTGCATCCCAGAACATGTACGATGGAAATGCTATACTGAAAGGCAGCGGCATTCTATCAGTCGCTGTACCTGGAGAAATTGCAGGGTTGCATAGAGCCTGGAAACAACATGGCAAGCTTCAATGGAAAAGACTGGTCATGCCGGCTGCAAAAATTGCAAAAGCTGGGTTTAAAATATCAAAATACCTACACATGCAAATGAACAGAACAAAAGCAGAAATCCTAAAAGATAAAGGAATGCGGGATATATACACAACAAATGGAACATTGTTAGTGCCTGGTGATATTTGCAGAAACAAAAAACTTGCACATGCATTGAGTGAAATTGCAGTTCATGGACCAAAAGTGTTTTATAATGGTTCAGTAGGAATTAAACTAGTTAAAGACATTCAGAAATTGGGAGGCATATTAACAATGAATGATTTGAGAACTTATAGAGTGAAGGTAAATAAGCCGATATCTGCAAATGTTATGGGGTACGAGATTTTGGGCATGCCGCCTCCTTCTTCTGGCGGTGCTGGAATGATCCTTATATTGAATATTCTAGCTCAATATAGAATTCCTTCAGGCGTTTCTGGTTCACTTGGGCTTCATCGCTTCATTGAATCACTGAAACACATGATGGCTATCAGAATGAATCTTGGCGATCCAGACTTTGTTAATGTTTCACAAGTTTTGTCCGAAATGCTCTCTCCTAAGTTCGCAGAAGATTTAAAGAAAAAGATATATGACAACATGACATTTGATCCTAGTTATTATGGCCCAAAGTGGAATATGGTGAATGACCATGGAACAAGCCATCTAAGCATTGTGGACAGTGAAAGAAACACTGTGTCAATGACAAGCACAGTGAATTCATACTTTGGAGCAGGCATTGCATCACAAAGCACAGGGATAGTGCTCAATAATGAAATGGATGATTTCTCTATTCCTTCAAACTCTTCTTCAAATAATAATCTGCCACCACCTGCTCCTGCTAATTTTATAGCGCCATTGAAGAGACCGCTGTCTTCAATGTCACCCACAATTATTCTCAAGGATGGTAAACTGGTAGCTTCTCTAGGCGCAAGCGGAGGAGGAATGATAATTGCTGCAGCCACTCATATATTTCTAAAGTTATTCGCTGAAAAACTGGATCCTTTATCTTCTGTCCTTAGCCCTCGTTCTTATCACCAGCTGATCCCTAATGTTGTACAATATGAAGATTGGATGACAGTCATAGGAGATCACTTTCTGGTTGCTGAAAATGACAGGACAGCTCTAGAAAAGAAGGGACATGTTTTAAAACCACTGGCTGGTGGGACAATATGTCAGTTTATCATTCAAGGCGAAGATGATGCTAAAGAGCTTAGCTCAGGAATTGCAAATGGAGATCTCATGGCTGTAAGCGATCCAAGGAAAGGCGGTATTCCCGCTGGATACTGA

Protein

Gene

>AfisC4G00700
TTATTGGGTACACCGAGACATCAAATTTGGGTTCACATGATTTGCATCCCGACCTTTGTCACGTTTTCATCAATACATACATGGTTATAATGCTAATAAATTCATAGCCTGCATATCTTTGTTTTCTGCACAGAAGAATTTCATCAAAACTTCATGCCTGGTAAGAGTCGTAATCCTTTCATTTTATTTATTTATTACTGCTTTCATTGCTGTATTTGGTTCCTGTAATGTTTTTCTACACAGTTACCGATGAGCTTCAGTTCTCATCTTTTACATCACATAAACATCGTTCATTGAAAATACCGCCGGCAGTTCAGCTTTTAAGACAAACCCATCGATATGCTCTAGTCCAAATGTAAGAAGTTGTGATTTGTGAAGAAGCTCAAATGCTCATAAATTGCAATTTCTTCTGCCAAATAGGAGTGTATCTTGATTGATAACAGTAACACCACTGAATTATTCAAGTCAACAATGATAGTGCCCATCATTCTACATGTTCTTTTTACAAGCACTAACAATAAATTCCAATCTGCAGCTTGTATACCCAAATGGCTGGCAGTAACATTACTACTATTGCTATTCTACAAGCCCATTTTGGCTAGAGATGCGATAAAACATAGAAGAGAGGTGATCACGTCAAAGAATGGAGCAGTTGCTAGCGATGATGGTCGATGTTCTGTAATTGGAAAAGATGTGCTTAAAGAAGGTGGGAACGCAATTGATGCTGCGGTTGCAGCTTCACTTTGTTTAGGAGTAGTTAGTGCAGCTTCTAGTGGTATTGGTGGAGGTGCTTTTATGTTGATTAGGATGGCTAATGGTGAGGCCCATGCCATTGATATGAGAGAGACTGCACCATTGCTTGCATCCCAGGTGATTCTTTGCATTTTTTCCCAATTTTTTTAGAGCATCCAAGAGGCTTTGGAAAGTATAATTGAACAAGTAATAATAAAATTAAGAAGAAAAGACATAAGATCCATACCATGTTGAACATTTTTGAATTCCATGTAAGTACGATCTAGGTAAAAACCTCTCTAAAATGATGATCTAGAGGTTTTAAATTTGAATCCCCTCACATCGGTTGCCGTTTTAATTTATAAACTGACATTTACTCTCACCGATTGTTTTCTACAGCAATCTGTATGTTCTCCATAGTTATTGCATCAGGTAGCAGAGCGTGTTTTTGTATTAATTAACTGTTTGATCCAACCCCAACGACAGCAGTAGATCTATTTGTTACAGTGGAAATTAGGATATGTATCTTATTTTCAAACTTAATACTCGAACAATCATTCTAAAAAACCAGTTTCACGAAACACGTCTATTAATATTTTCAGCAAAGATGTACGCATGGACTGCAAATATCTACCGCCGTACATATTTTTTAATAAATTATTTCTAGGCTAGTTTGTGATTATTTGCGGTGTAAACTGAAAATTTTTCTTTCACAAAATTATGCAGCTAGAATGCAAATATCTGCAGTATAAACTACAAATATGTATAGTGTAGGCTGTACATTTACACTGCAAATATTGATAGAAATTTTTCCCACAAGCCATCTGAAAAAGAGTAGAAGTAAAATTTAAAATTTATAATTGGTGTTTGAAAAAAACGTCCATTTGCTACAATTGTCCTAAATGTGGAATTTTTATGACCTACGTTCTCCATGTTTACGGAGAAAAGAAGCAACAATTGTTGGACTGGTTATTTTTCATGCTTCTATACGTTAAAAAAATGCATATGATATTGTTGAAAAGTAATATTGAACGAGAACTCATTCAAACTGTGAAGGCAAAATCAAACTTGACCTCATACTGAATACTTTATACTTTTTGTTAATTGGATTTGTGGTTGTGGGTACCCTCCAGCTCTGTGATTTGGATTGCTGATTTGGAAACTTGATTTTGGATTTTGTGTTATTGACCGTTGAAGATTTGGAATGCTAAACTTAAAATGGTCCAAGCTTACAAACCATAATAACTTTTCTTTCACGGTTTGAGCTGTTACACCTCAAATTGACTACATCTAATCTCGTGATTTCCACCACACGTTCCGAATTAAATAATATAGTTACTAACAACAGATGAAAATTAGTATTATCTAATTCGGAATGTGCGATGGAAATCAAGGAAATTAGAGGTGTAGTTAATTAAAACAAAAAAAGCAAAGGTGGCCAAAGCTTGAGTACCAAATTCTAAAACCTTGCTTTAGATATCCATAAAAGAAAATTAATCTGGATACAGCTATGAGTATTTATCCAAAGAAAGGTGTGGTTTATACGCCTACGCTTCCCTTAACTTCAAAGCCATATGTAGGTATGTACTGTTCTGCTTTTTAAGCATGCAACAAGTTGATTGTTCTTTAATCCAAGTGAAGAACATTGAATCTACAAGTTTCCTTTGGAAATAATTTATGATTAGATTGAACCATTATTGCTGACCAGGGATTTTAGTAGTTTTATTTGGACAAGCTACGTTATCAGTGTATTGTTTATCCACTTGATCTTACATTGCAGCTGTGCACTCTTATTTATGCAGCATCCTTGTGATATAAGTTACTTGAAATGATACTTTATAACTCCAATTTAATTCTAAACACGACAGTTCGAAAATAATAACGAAGGATGAGTTGTGCATTTGAATAACATCTATTAATATATGCATAAGTATGAATCTTCCAAGATCAAATCCTTTGTTTTCAAATTCTATGTCCTCCTATATACCCATTTTAATCTCATCCATTCATCACTGTAATTTTATTATTACGTGGGATTCACTGCATCACATGAAACGTGAATGATTTGTTGATTAATGACTGAAATCAAATGGACAATTTAGACAGGTAAGTAGGGGACTAAGGATTTCATCTAGAATCTTCCTGGAATATCATTCTGAATATGGATGCAATGATTATATTCCAAGTTGATGTAAATTAAGCTTTAATTCTTTTGTACATTAATGTTTAAGTTTTGACATTATATTATTATGTTATTTAAACTTTAGTCATATGCATCCCTTCCGTATCCCTTAACAAACTAAACCATTAAGACTACAGCTTTTTTGGAGTAATATTTAGACAATAGTTAATGGTCAATTAATCAATGAGGAATACTAAAATGAATAGGCTGCCAGTGTTTTTTATGTATGTAATTTTGTAGCTGATTAAAATAAATGTGCCCATGTAATGAACAGAACATGTACGATGGAAATGCTATACTGAAAGGCAGCGGCATTCTATCAGTCGCTGTACCTGGAGAAATTGCAGGGTTGCATAGAGCCTGGAAACAACATGGCAAGCTTCAATGGAAAAGACTGGTCATGCCGGCTGCAAAAATTGCAAAAGCTGGGTTTAAAATATCAAAATACCTACACATGCAAATGAACAGAACAAAAGCAGAAATCCTAAAAGATAAAGGAATGCGGGATATATACACAACAAATGGAACATTGTTAGTGCCTGGTGATATTTGCAGAAACAAAAAACTTGCACATGCATTGAGTGAAATTGCAGTTCATGGACCAAAAGTGTTTTATAATGGTTCAGTAGGAATTAAACTAGTTAAAGACATTCAGAAATTGGGAGGCATATTAACAATGAATGATTTGAGAACTTATAGAGTGAAGGTAAATAAGCCGATATCTGCAAATGTTATGGGGTACGAGATTTTGGGCATGCCGCCTCCTTCTTCTGGCGGTGCTGGAATGATCCTTGTGAGTTTACATTTTCTTATCTATGCATTGAATTTAATTTGGAATTTGAATTATAAATGTGAGTTCTGAAGATCGATCAAGGCCATAATTTGCATGTTTCATTGATGAAAACAGTTTTTCATTGCAAATTTACAACAAAGAGATAACCAGTTTTCAAATTTCAACCAGAAACCATGATAACCCTCTAATTTGTTTTGAAATGACAATTTAGAAGATTTGTTTGAAAAAATGGACATCATAGGATACGACATATCATGGTATACACATATTACCTGTCTTCTGGCTATAGCTTGAATATTCTATGATATGGCAAATGTTTCTAATTTTTGTTTCAATATTGGTCAGATATTGAATATTCTAGCTCAATATAGAATTCCTTCAGGCGTTTCTGGTTCACTTGGGCTTCATCGCTTCATTGAATCACTGAAACACATGATGGCTATCAGAATGAATCTTGGCGATCCAGACTTTGTTAATGTTTCACAAGTTTTGTCCGAAATGCTCTCTCCTAAGTTCGCAGAAGATTTAAAGAAAAAGATATATGACAACATGACATTTGATCCTAGTTATTATGGCCCAAAGTAATATTTCTCTTCTTCCTTAGAATTCTGTCTCTACACGTCTGATTCATGGATCAGTTCAATTTAGATATACTTAACAAAACGAACGAATTCATTATTTCAGGTGGAATATGGTGAATGACCATGGAACAAGCCATCTAAGCATTGTGGACAGTGAAAGAAACACTGTGTCAATGACAAGCACAGTGAATTCATACTTTGGAGCAGGCATTGCATCACAAAGCACAGGGATAGTGCTCAATAATGAAATGGATGATTTCTCTATTCCTTCAAACTCTTCTTCAAATAATAATCTGCCACCACCTGCTCCTGCTAATTTTATAGCGCCATTGAAGAGACCGCTGTCTTCAATGTCACCCACAATTATTCTCAAGGTACGTACGTTTCATGTTTCCAGGCAGTACAGTTCAAAGGCTCAAAATTTATACTTGCTTCTATTTTTCCTTCAAAGATTAACAAAATTATTCTCTCTTACATGAACTGTATTCTACCTTTTGAAGGATGGTAAACTGGTAGCTTCTCTAGGCGCAAGCGGAGGAGGAATGATAATTGCTGCAGCCACTCATATATTTCTAAAGTTATTCGCTGAAAAACTGGATCCTTTATCTTCTGTCCTTAGCCCTCGTTCTTATCACCAGGTTATATGATTTTGCTGATCAAAGTTCTCTTTTCTGATACACCTAATAAATAGACAATTTTTGTAACTATAAATGTAAACTCCAAATGCAGCTGATCCCTAATGTTGTACAATATGAAGATTGGATGACAGTCATAGGAGATCACTTTCTGGTTGCTGAAAATGACAGGACAGCTCTAGAAAAGAAGGGACATGTTTTAAAACCACTGGCTGGTGGGACAATATGTCAGTTTATCATTCAAGGCGAAGATGATGCTAAAGAGCTTAGCTCAGGAATTGCAAATGGAGATCTCATGGCTGTAAGCGATCCAAGGAAAGGCGGTATTCCCGCTGGATACTGAAAATATTGAACTATTGGGGTTTAGTCAGGAGTTGACAATACATGCTGAGCCTGCGTTTGTCTAGCAAGCAAAAACTAAAAGATTGCTAAATTCTTAATACTAATTGCTGAACTCTAAATTATGAAATCCGTATAATCACTTACTTATTTTTTTGCATTCTAAAACTGTTGATTCAAATTAAGAATTATGTTTCTTTTAATAATAACTAGACTAGAATGAAACCTGTGCTTGACACACGGGAAGATGTACGTAGTTGTTGGAAGTTTTCTTCAATAGCAAATTAATTTGATTTTAGAAGAAGAAAGAAATTTTTTATTATTAAACTTTATTACAAA

Functional annotation

Database	accession number	e-value	annotation
nr	AAL61611.2	1.6e-299	gamma-glutamyltransferase, partial
Swissprot	Q680I5.1	4.5e-201	Gamma-glutamyltranspeptidase 2
trEMBL	Q8W1X8	1.2e-299	Gamma-glutamyltransferase (Fragment)

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT4G39640.1	63.89	0.0	759	GGT1	gamma-glutamyl transpeptidase 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	bit score
AfisC4G00700	AT4G39640.2	576	202	3	28	603	3	572	63.89	759
AfisC4G00700	AT4G39640.1	576	202	3	28	603	3	572	63.89	759
AfisC4G00700	AT4G39650.1	575	203	6	30	603	13	578	62.96	718

Ortholog group

Species	Genes
-	-

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF01019.18	G_glu_transpept	Domain	74	597	566.2	6.3e-170

Gene Ontology

Accession	Ontology	Name
GO:0005515	F	protein binding
GO:0016021	C	integral component of membrane
GO:0001666	P	response to hypoxia
GO:0002682	P	regulation of immune system process
GO:0003840	F	gamma-glutamyltransferase activity
GO:0004021	F	L-alanine:2-oxoglutarate aminotransferase activity
GO:0005773	C	vacuole
GO:0005829	C	cytosol
GO:0005777	C	peroxisome
GO:0005615	C	extracellular space
GO:0006536	P	glutamate metabolic process
GO:0006750	P	glutathione biosynthetic process
GO:0006751	P	glutathione catabolic process
GO:0006805	P	xenobiotic metabolic process
GO:0006979	P	response to oxidative stress
GO:0007283	P	spermatogenesis
GO:0008453	F	alanine-glyoxylate transaminase activity
GO:0009505	C	plant-type cell wall
GO:0009506	C	plasmodesma
GO:0009570	C	chloroplast stroma
GO:0009853	P	photorespiration
GO:0016756	F	glutathione gamma-glutamylcysteinyltransferase activity
GO:0019344	P	cysteine biosynthetic process
GO:0019370	P	leukotriene biosynthetic process
GO:0031226	C	intrinsic component of plasma membrane
GO:0031638	P	zymogen activation
GO:0034775	P	glutathione transmembrane transport
GO:0036374	F	glutathione hydrolase activity
GO:0047958	F	glycine:2-oxoglutarate aminotransferase activity
GO:0048046	C	apoplast
GO:0050727	P	regulation of inflammatory response
GO:0070062	C	extracellular exosome

KEGG pathway

KO	Name	Enzyme ID	Pathway	Pathway ID
K18592	GGT1_5, CD224; gamma-glutamyltranspeptidase / glutathione hydrolase / leukotriene-C4 hydrolase	EC:2.3.2.2 3.4.19.13 3.4.19.14	Arachidonic acid metabolism	ko00590
			Taurine and hypotaurine metabolism	ko00430
			Cyanoamino acid metabolism	ko00460
			Glutathione metabolism	ko00480

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network