result

Gene information

Detail information of g184722

Location

Gene	Chr	Start	End	Strand
g184722	CHR7	213435879	213449698	-

Sequences

CDS

Protein

Gene

>g184722.t1
ATGGAAATGATGACAACTTTGCGACGGCCTCCGACGGCTTTTTTGACGGTGGTTCCAATGTTTTTTCGGACGGTGCTGACGTCCACGTTGCTTGAAACCACACCAGAAAAACATTGGAGGCCGTTGGAAGCCGTTGGAGTTCTCGACCAGTTAACCGACGAAAGCCGTCAGAAATCTGGGTAAAAAAAATAAATTTCAGTAGCCCAACAGCACATCAATATTAATATATATCACAACGTATCAAAATCAATTTATATCAGATACATAAGCTAAAATCAATATCAATATTAATAATAATATAAAACTTAAAAATTACCATCTCAAACTCAAACATTTCCAATCAATAAAAAACAAACCATCCATCATCACCCAATTGCAATATCTACATCCAACATCAATGTACAATTATACATCCAACATCAAACCCCACAAATCAACTCTACAAATCAACATCAAACATCACATATCCACAAACCAATCTCTCTCATTATACACACACACACACACACACACACACACACACAAGTTTCAAAAACAAAAACTGCAAAACGTTCCTCATGACTCTTCATCGACTCCGAAACCATCAGACGAAGGGAATGCTCCACGACGCTCCATATACTTGGCCAAATGCTACTTTAGTTGCTCCATTTGCGCTGCTCGGAGGCGGTACTTCTCTTGCAGCTGTGCAATCTGCTGTCATAGGTCATTAATCTTAGCATTGTCCTGAGCCTTTTGATAGGCCATTTGTAAGGCCCGAGCCTACAAAACAAGTCGAATATATTTAAATTATTGCGTAACTTTTATAAAAATTAAGCAAATTTTACAACTTGGTTAATTTTTATAAATTACCAACTGATTGTCATAGCCATAGCACCTATTTTTCTATATCGGGTCCATAACGGAATTGAGGATAGCGTCCTCATCATCAATGATCAGTTGCTCTAATCTTGAATACTCAAGCATCTGCGCACGTGCTTGCATAAATCTGTCCTACGATGGAAAATACAAGTAAATATTACATGACATTATTATAATATTTGTAACTAATTAATTAAAATGATCATTATGAATTACTTATAACTTAAAATATACTTACGTGTGCGGCTTATGCCTTATCATCATCATGTCAGGCATACGTCATCAATCCCTCGTCATCGGTCCACCCGACGCTATGAGTATGCCAAATACATCCATATATGAGACAGGAGCCCTACGTGCTCATTTCTGCAATAATTGGTGTATATTATTGTTATTCATACAAATGTATACAAAAATGTAATAATTGTTCATAATTGCAATTAATCAATTTACCAGGTCTTCGTGATGATGCTGAAATGATTTCGAGCCACCACGGCATGTGACTGGATTTTTCTGCATGTTCTTCGAATTCCTGTCTAACTCTACCTGCAAATTAAAAATTAAGATTAATTTTATCGGTATAAATTACGTATTCTTTACCGAACAAATTAAGGTAACATCTAATAGACTTACCGTGAAATCATCGTTGCCTCACTATGCAACCCAAGCATCCCATACGCTGGAGCCCATCCGATTTGGCTTCTTCCTAGATGACATCGTATCCTGGTAATTCTTTGCAGCTTTAGAATTGTAGCAGCGCTGGCAAAGAGCAACATCCTTCTCTTCTAGGTCTACTGCACCCTGTATATATGTTGAAAAAATATAAGTTATACATTTATACGTAGTCAGCAAATTGTAAGGTGATTATATATATTGATATATAATTTTACACTTACCAAGAAGTCCTGCCAGATTCTCTCTCGGACATGCTCTAGGATCCTACTCCATTTCCGCCAGCACGTAGTCATACGACTCATGTCTGCCTGCTTAGATATGCTATATTTGAAGGTTCAAGCTCAAAACCCCTGCATTAAATATAATGTAGACAAATCGTGACTAATATATGATACAAAATATTTATAATGCTAAAGTAAATTTAATACTTATGAGCCATCTGCTTTAGGTGGCAATCTAACCACCGTACGTGGTGTCTCATGTGACGGGCTGCTACCACCATCTCGCTGTGAACGGTCCCTCTCTAAGATGAAGAGGGGGAACCAGACTACGAAGAAATACGCCGCCTAAAGAAAGATATATGTAATATCTATCATATACATATTATTTTATTATGTCAAAACATATCATTCAATTATGAGTAAACATATCAAGATTTGACATCAATAATCACATATAACGTACAAAAAAAGAATAACATCAATACTCTCATAAATTAGCTTTTTTCAACATGTATACTATTAGATTAGTCATCGTCTTTTTCTGATTCGGACTCGGTCTCATACTCTATATTGTTTTCCTCTATGGTTTCGAAATGCTTCTATTAATACATTTGATTCATCATTTAGAGGTCCAAAATCGGTTTGATCATTTGTCATTGTAATTTCGTCATTTTCCCCGATATCCGCTTGATACGCTTGTTCGTATGAAATATTCTTTCCATCAAACGTAAATCTTGCATTCGTTTTAAATGATGCTGACCAATCTGCTTTAACTCTTTTTAGAGATGGATAAGGAGCATAATAAACTTGTAGGGCTTGTTTTGCTAGTATAAACTTATACTTATGATAACGCGATGTATGCTTTTCAATAATATTATATTTTTGGTGCACGTTGATTCAAGAACCTGGAACATTACTGAACTGGTAGCATCTAAACAAATAAACTTCTTCTCCAAGTCTGGTGAAATATGTTAATTGCAAAATCTAAGTTAACATGCCGTAAAAATTATTTATGTGATTATTTGGATCATTACTACCTTTAACATATACGCCGGTATTATTAGTTAATTTTTCAGCCCAATATTCTTTGATGTTGAATTTGTATCCATTGACGAAGGATACTGGATTTGTCTTGACTTTTCTTTTTGGTCCCTATGTTTCAACCCTTCTTCGACCATGCAATTTACCAGATCATATAGTGGTTTGAAAACCAAGTAGCAAATTTTTTGCTGATATCATCGCTTAGATGCTGTGATTCGTAAATACTGCATATATAGATAATAAATTGCATTATAATTAATATGCATATATATTATTCAAGTAAATAATTTTAGATGTGTTATTTAATAATACCTAACAAATGGCGCAACTTCTGCATAGTTAAGAAGAACATATGTGTAGGCCACATGGTAATCTCTATCGTCTAAGCATACTTACTTACATTTTCCAACAAGGCGTCCCTACTGTCTAAAAATAGATAGCATTGATTCAGAAGAATCTTTTTCAATGCCATCGTCATTTCGCATAGCGCTTTCGAAAGATAAGTTCACATGGTCACTGAAATAATGAAAGAGAAAGAACGAAGCTTCTTCTTGGATATATGATTTGCATATCGAACCTTCAACTCATGCGTTTTGTCTTGATTTTTTCTTTAGATGGTTTATGTACCTGTCAAGGATAATTATAATTAAATTTTATTACATGTAGTTAAACTAATATTTAACATACTCAATATTAGTACCTTTCAAATGGATACATGCATTCATATTGTACAGGACCTCAAAAACGTACTTCAAACGAAAGATGAACAAGTAAATGCTCCATTATACCAAAGAAACCCGAAGGAAATATTTTCTCCAATTTGTAGTGCAATATAGGAATTTCTTTCTCAAGTTTACGTAGATGATCAACTTTTAACGTAGTTGAACAAATCTCCTTACAAAACAAACTAAATTCTGTTACAACCATCCAAACTTTATGGGCAACAGTTCTTTGAAAGCGACGGGTAACAAATATTCCATCATTACATGACAATCATGACTTTTCATCCCACTCAGTTTACCGTGCTTATAGTCAACACATCTACGAAGATTAGAGGAAATCTCAACAGGAAATGTTAATCCTTTCATAACGGTACTTTAACTTAGTTACTATCTACCTCATAACATGTTTTGGATTTTTTTTGTCGTTTGGCTTTTATGAAGCTCAAGACGATTGCATATTGCCTCTATATCATGTCTTGATTTCAAATCGTCTTTAGCCTTTCTTTCAACATTCAGAACCGTGTTAAATACATTATCCAACACATTTTTCTCGTTGTGCATCACGTCGATATTATGACGAATTAGAAGATTTTTCCAATAAGATAACTCCTAAAATATATTTTGTTTGAACCAAATATCGTCGATTTAACTTGAATTCAATTTGTTTTCCAGTTTCATGTAACTTTAAACTTTGGATAATCCTTTACAAGATCACAAATATCTTCGCTTAGCCAAATCATTGATGGTCGCAAGGTCTCAAGTCTATTACTTGTAAAGGTTTTTTAATCTTTTCTAAAAGGATGATTAATAGGTAGAAAACACCGATGATAGTCAAACCACAAAATTTTCTTCCCATGCGATAAAGAAAATACTCGTGTTTCTCCCACGCAATAAGGACAAGATAGATAACCAACCGTACTCCAACCCAAAAGCATTGCATATGCAGGAAAATCACTTATAGTCTACAACAGAGAAGCAAACATACAATTTTTTTTGGAATGTTGTATGTTCCAACATCTTCATACCACAATGTTTCCAACTCTTCAATCAACAGTTATAAATATAAGTCAATTCCTTATGCCGAATCATCAAGGTCATGGATCAAAACAGTGAGAAACATATGCGGAATTTTCATACACATCCACGGAGGTAAAAGTATAAGGTGTAACGATTATAGACCAAGATGAATATTTTAAACCAAATTGAGAGAACGGTGAAAATCCATCTGTACATAAACCAAGTCTAACATTTCGGCTCTTTGTTGTGAACGCGGGGGTATGTCTTATCAAAATGCTCACATGCTTCTCCATCGGTTGGGTGTGTTAACATACCTCCTTCCTGTGTTCTCACATAATGCCATCTCATATGATGCGCGGTTACAGAAGATGCATATAACCTTTGAAGCCAAGGAGTGATGGGTAAGTAATGCATACGCTTGTACCAAACTTTCTTTTCCTTCTTTTTTCTCGGTTTGTATCTTTCCTTATTACATATTTTACAATTTCTAAGATTGATATTTCTTTCCAAAACAACATGCAACCATTTAAACGTGTATCTATTTTTTGATACAACAAAGCAAAAACAGACATAAGTTTTTTCACTTCAAAATGATTTTCACACATTAAATTATCGGGTGGCATATGCTGTTTTGCAGCTTGTACTATAGCTGCAAACCGGCTTATATGAAATTGTTTTTTGATTTCATCGCAATGTATTCTGCAGTTACTGATAGTTGAGTACCGCTTGTACAACCATCCCAAAGGGGTTTCTCAGCAGCATCTAATAAATCATAATTTTTTTGCTCCAATAATTGGTTCTTCTTCGACATTAATATCGTTACCATCAACTTCAACAGCAGGGAACATTGAATGTACTGCATCTTCAACCATATGTTCTATGAGATTTGTCGGAACAATTTCAGTATCCACTTCCTCCTCCGAATATACGGGATTAGTTGCTATAAGTTCTGCATGACAATTCCACACCAAATAATTCGGTATGAAACGATATTGGCACAAATGAACTATTACTGTATCCGGTATCAAGTGCTTTAATAATTTGCACATATTATATGGACAACGAATTTTTTCGTCATTTCCATTATTACTTAAAGTGAGTTCAATAAAGATGTGTATACCATTTTGAAAATGTTCACTTATTGAGCCTCAAATTTCTCTTCTTTGTTGGTACATCCAGTTCCGATCGATAAAATAATTGACCATTTTTCATACTTTAAAACATAAAAACATATTAATCATTTACGTGTTGACATTTTATTTTTCAATTAAATCATACATTTAAATTTTCACAAATATATAATATTATTCTATTTAATTTTATTTTCAAATGGATTTACACAAATTATTTTATGAATATAATCTATAGTTTTTAGGTTATTGTTTTACACTTTGATGCTTGTTCATTCTACTTCACATTACAAATACAGTGGTAATTATATTTTGTAAATCATTTCATTTTACATGATTCAAATAAATTTCAACAGAACTTCCCCTTTGATCCATGTCTCGTACACATATGTGTGCACATGAAACAAAAAGAAAGTTTTATCAAAATTTTGTAAACCGTTTAAATTGAAATGATTCGCAAAATATAATTATTTTATTGTATTTGTAACTTGTCCAATACAGGGACAAATACGACAAATACTGTATCGGATGAATATAAATGTCCGTTCTGTGATAAAAATGAATATCCATACAAGAATCATATACAATACTTGTCAGACGGGACCAAAAACTCTCTAAGGGGTTTATAAAAAAATAAAACGTATTATGCAATAATTTTTGCAATAATTTTTTACATTTTAAGAAATGCATCACTAAATCGTCGTTTTCGTCATCTTAAAAACGCGTACACTAAATCCTAAGCATCGACTTTAATTAATCCAAACTAGCCCTAATATGCGTATGCACTAATTAATCAACACATATACACCAATTAACGTACATATACACTAAACAAATTTTTTTTCCTCAGCATTTAATTGATTGATAACAACCTAATTAGTGTTCAATAGGCTATAACGAACAATCAAAGTATTATACAACTATAGCAACAAATTAACTCTAATTTAACAAATCAAAATTAATTAGAGTTTATGAATAAAACCTGATTGAAGATAGATTAAGGGCCTAGGCTTGTCGAGAGTAGAGAACGATGAAGTTGTAGACGGTAAGGGAGGTGCGGGAGTTGGCTGGTGATGGGGACGAGGTGGTGGAGTTAGGGATTTGGTTGATTTTGGAGGGAATGAGGTAATGAAGGTGACTCTCGGCCCGGAGCCTGTATACATGCATTTTTTATAGCCGTCGACGACTTATTTACGTCGGCTTTCGAAGGTCGTTATATTTTATTTACGAAAACGCCACGGAAATCGTTATCCGTCGGTAACCGAAGGAAAATGCCGTCGAAAGTTTCCGTCGCTATTTACTGTTGTTCTAATAGTGATGTACTAAACTCTCAACGGCGTACTTGAGGTAAATCACAAGGTGTTATGCACTCACCATTACCAAGACTTGAATTTGTGAAAGTTTGTCATTCAACTCCATATGACTTCCCAGATAAGTAAGAATTACTATAGGAAAAATAGAATTATATAATGGCATAATAATTTTAAAAATGATACAAAATTCTATATGAAAAAACTGAAACGCTGTGTAAAAAAAATGTTATTATAGTTCTTATAATAACCAAATGTTGTATAGATTGAATAAAATGAAATACTACACAGCATTTAACATTCAAATGTTAAATTCAACCGAATAACCAAATTAAATTACATAAATAAAAACTGTACAGAAACACGAACGAAATTTTATACAAAGGTGTGAAAACATATAAACATACAATAACATTGACATCTCACATCCACTTTATATTTAGAAAAAAATACATAAACCGTATGATAAAGATTAAAACGTTAGTACAAAACAGCATTAAAACATCCAATGCTACGTTCGTTTTTTTCACTTCAGATCATGTTGTTATAGCTAGCTTTATAACATGGAATCTATTAAATAATAGTAAAGCAGAAGATTTTCTAGTTCTCTCCTTGATTCTAGGAATTTCCTCTCTTCTCCTTAATTCTCTCTTTAGATATTTTATTTTCAAATTCTTTAATTTATTACTTTACACTTATCTTACTAATTCTCTTCTATTATTTTACATTTTGGTACATGTATTTCTATCTAAAGTTTATATAATTAATTTACACATAATTTATCAGCTACCTTCTAATATTTTATATTTAAGTCCGCACATTTAGGTTAATTAAATAATCCAAAATTTTAAGCTATTTAAATAAACAGGAAATTATTGTCAAGGACAAAATTTCACAGCTTTTAGCCTCAAGGACAGACCTTCAATATTTTATCCTGAAGGACAACTTTCTGTAGGTATCAGTTTTTAGTTATTGATAGCAGTTTTTAGGTATCAGTTTGTAGTTACCGGTAGCAGTTTTTTAGGTATCAGTTTTTAGCTCGGTATCAGTTTTGTTGTCCTTATGAATAATTTTGGAAAATGTTTGTCCTTGTGAATAAATTTTAGAAGAATGTTTGTCCTTGTGGCAAAAATATTGAGGTCGTGTCCTTGAGACAAAAAATATAGAAATTTTTGTCCTTTAAATTAATTTCCCTTAAATAAATTCATTTTAATATTTCTTATAAATACCAAAGAACGACAATTTAAATATGTATAACACTTAAACAACTAAACCATAATAATTAATCTTTCATTCAACTGTAAAGATATATAAATCACATAAACCAATAATAAAAAATTATAGTTAATTTATTTCAATAAATTTATCATACATTTCATTGTAAATTCTACTTTAACTTCAAATACCTACATTTAAAATAACCATAATTATTTACAAAATTTACCTCACTTTTCGTCTAATATTTTACTTTTCACCCTATATATATCAATTAATTATGTGATCAAAATTTAAACTAATTAGATAAATCCAACTAACAAATATTCATTATTTTGTTTACTAATTTATGATATATCAATATGTACACCATATTCATATTAACAAAATTAAAAAAAATGATTAATGTAAAGATACCTAAGTCATATAACTTAAAGAACTTAAAGTGAATAGATAAATAATAATAATAAATCCTTTTTTCACATATATCTCTTAATAAATTTATCATGAAATGCGTTACAAAAATTATATTTTTTGTACTCCGAATACCTACATTATAGATTTTCTATAATCATTTACAGCCTTCCCTCAATTCCTTTACAATATTTTACATTTAAGGTCATATATTGTAATCAATTACATAACTTGAAAACTATTTAAATAATTTCACTACGCAATTTTTCATCGATTTGTCAAATAAGTTGATCAATATGAACCATATTCATATTAAAAAAATGATGAAAAATTCATTCAAATATATAAATACATCAATCACATAACATAAATTATATTCATAAATGATAATCACAAGTTTAAAGTTTTATTTATTTATATCAATATGTGTATCATGCATTACATTGTAAAACACTTTTTTAACGTTAAAAACCTACATTTTGAATTTATCCAATTAGTCACAAAACACTTCACAATATCACCTACCATTATAAACTAAAGTCGATATTTTCAAATTAATTATGTGATCTTGAATTTAAATTATTTAAATAAATTCAATTAATAATTTTTTATTAATTCATCTACTAAATGCTAAGATATAATGGTTTCAATATGTATACCATATTCATATCAGGCGCAAAGGTGATACAATTAGTTTTTCATTTAAATACAAAGATATATAAGTCACCTAACATAAATAATATGCATAATATATTATTCATGTATCTAATTTTTTTATATTGTATTACATTGAAAAATTCTGTTTTTAGCCTCAAATACGTACATTTTAACATTTTTACAATTATTTCTAAAGCCATCAATTATTTTCTATTATTTTATATTTGAATCCATGTATTCAAACTACTTACGAAATCTCAAATTTAAATAATTTAATTAATTTCAGTGAATAGTTAATATATTCTTTCTAATGAATCGTAAAAATATGTCAATTTTAACACACACACGCTCACATTATGGAAAATTGTAAGACTTTTTTTTCATTCAACTATAAGATATATAAATCACATAACATAATTATGTACATAAAAATCATAACAGATTAATTTGTAAATAAGTTATAATTCCTTTATATTAAGAATTTATCATACATTATATTACAAAATTATGTTTTAGCTTCAATATATCCACATCGAAATTATACAAATTTTTACAAAATTCCTTTCAATTCTTCCTATCGTTTATTTTCAAGTCCATGTATGTAAACTAATCACATAATTTTATATTTGATTTATTTAAACAAATTTCATTAAACAATATTTTTCAATTCATCTAAAAAATTACTAACATACGTCAGTTTCAACATGTATGTTATATTCATATTAACAAAACTGAATAAATTGCTTTATCATTATATACATGTGTGCGCGTATGCGCGCTATACAACATAAATTATACACAAACATGTACCAGTTTTAATTTATAGTTCATTTATTTCACTAAATTTATCATACATTATATAATAAAGTTCTCATTTTAACATTCAAGATATAATATCATATTTTACAATATTACCGTGTGCAACGCACGGGTTACACACTAGTGTTACATGATAGTAATGAGCAATATTGTCAAATGTTGAAATACTACTACAAGCTAGTATCAAAGCTTGAATGCTATCTTTTTGGCAGTTCACTTGAAGCTATATATTATTACATACAAATGAGACCATGAACCCATAAATACATCTACTTAATGAAAAATATTATATCTCATACAACAACTATTATGAAACTATTTTTGAAACATTAATTTTGCTTTTCTTTTACTAAATTTATGTTTACGTATACCCTTGGGACAGTATTCTTCTATATCAAATTATAAAAGTATTGTAACATCTGTACTAGCCTGTACTAATAATAAAGAGAATTCAATGAATATAATTTACACGGTATCTTTCTAAAGTTTCAAAAATACCCTCTTCTAGCAACAGAATCTCACTTTTGATTTACAATCTCTTTTCAATCACCTATCAACGATTCACTATCACTTTGCAAGCAACACCACCAACAACTTTTGAAATAAAAACGTTGTAATCACCAAAGATTTTGTACTTATATCAGATATCCGTACACTAATTTTTATTAAACAAAAATTAAATATCTCTAGTTATTAAATGCACGTACGTGCAATTTATACTAGTGTGAATATGATAGACAGAAGACGAGACACCAATACACCAACTATATATCTCATCAAAATCTCGATGTATTAATGCGTAGCTTGTCTTAACATGTAAACTCCTACCAATTACATGTTTTGAAACCATACGAATATAAAGACAGGAGAAATGGCACCCAAATCTGACAGGTAAACAAACACTGTGTGAAATTCAGAGACAAACCACCAAATTTCGTTTTTTCATAAAAACATCCCAACCAACAGATGAAAAAGGCTAAATAAGTAATTATCAAGCAATAACAGTCCAAATGGGCCCAGGTCCACGTCACTAGAATGACCGACCCGGTTAAAGGGAGCACCACACTGTTCAAAGTCACCGGTATGTATGCAGTTTTACAGTTGCACCCCCCAACAGGCTTTGAAAATTGCAATCGTTTTGTCTTTTTCCGTACATAACTACAAGAGTTTATTACCATTAATTTCAGGGATGTCTCTGCCTAGTTTGGAAACAGATAGAGAATTTGTAGCTGCTTTGTAGTAAAAAAATTATATAGACACTGTATATATGAACTCACTAAATGACCATTAGTTGATGTATGTATTTGTTTAATTTTAAATCAACAAAATCAAACAACAAATTATCCGTCTATAGCCCCCACCTTTATTTGCTTTTCACTCCATTAATAATACTATAAATCATTAGTTTCTAGTATTACCCTTTACCAATTAATTACGTATGTTTTTTCATTTGAGATTGTGAAAGAGATGGTAAAAGCTTAATGGAGAACGGACGCCTTGACGTTGATCCAATGATTCCGGTAGTGTTAATTCGCATTCATCTCTGCGCAAAGAAAAATTTGATAAGACTAATTTGAGAAATCTTTGATCTTTTTTCTCTTCGTCTTTCTCCACTGTTACCTCTCTTTCCATTCTGTTAAGTTTTGAGAAGTAGGACTTCAAAAAGATTAAGAAAAAAAAGAAAGCGGTGCAATAAAAGCAAAAGGAACTGGTTAAAAAGCCAAACACAACATTTTAAAAGATGAGGGCAAAACGAGAATAAATGGAGCGGATAAAGTAAAGTTGATAAGAGAATTTTATTTTTATAATAATGGGATTGCGAAAGCAATTAACGCGATGAGAATAGAAAGTTCAGATAAAATAGAATTCAATTTAGAAAAGTGCCATAAAGAAGATAAAATTCAGAATCTAAGCCAAAATACAAGTCAATTAATCAAAAGGCAAAAAAGAAATAAGGATACGATAAGTGATGATAAATTAAATGGGAAGAATGTCTCTTTTACCAATTATACTGCCATTTTGAATATTTTTACGTTAATCCATTCTTTTAAAGATGAAATGAAATTTGACACAGACAAGTGTTTAGAAGAGGATAATATTCACATCCAAATCAAAGGACAAGTCAATTAATCAGAAAGCAAAGAAGAAGAAAGAAAATGAAGATAAATAAACTAACAACGTGTCAAAAATGACTCTTTAAGCGATTCAATTGTCATTTGAATATATTAACTATATACATTCTATTAAAGATGCATTGAAAGCTGACATAGAAAACTGATGTGAAGAAGATAAAAGTTCAGAAAGATGATAAAAAAGCAAAAGGAAATGAAGAAGTAAAAAATGATGATGCAGCTTAAAAGTGGTAAAAATGTCAGTGTTTTAGCAAAAGGCAATAAAATTTAAATCAAAACAAGAAATTAAAAAAGGTGGAAGTGTCTCTTTCTACTACAGACTTGCATTACAGTGATGATAATAAAAATAGAGAAATGTGTTCATTTGGGAAGATGAATTCAATTCAATTTTGTGGTCCTCCTCTCTAATTATCACTCGCTATCTTCAATTATCTCTCCCTGTCCCTCCTTTAATATCCCCTTCCCTTTCTTTTTCTTGCCTCTCTTCATCTCCTCCTCTCCTCAATGTCCAGCAAAAAAATGTGATGCTCATGGAACTTGCTTCTTTGAATGGATTACAGTAACAGCAGGCCCTTAAATTCTACACCAGGTGAAGTAAACCAGTTACAAGAATCAGAAGCTGGATCCGTACAATCAGCACCATCTCCAACGAAGAAGAAGAAGAGAAGAAGACGAAAGAGGAGGAGGAGGAAACCAACTCCCATTCACTAATGCCATGTCCGACCCCTTCCAACCCGACCCGCTTCAAACCCATCCGCTTACAAACCCGAACCCGCAGAGACCCGTCCACCACGCCCGCGGCAAACGGACCAACCCGGGCGAGATCGTCGAAGTCCAGGGCGGCCACATAGTCCGGTCCACCGGCCTGAAAGACCGGCACAGCAAAGTCTGCACCGCTAAGGGCCCACGAGACCGTCGGGTACGTCTCTCGGCCCACACCGCTATCCAATTCTACGACGTCCAGGACCGCCTTGGCTACGACCGCCCCAGCAAAGCCGTCGATTGGCTTATGAAGAACGCTAAATCCGCCATTGACGAACTCGCCGAACTCCCTCCTTGGCAACCCACCGCCACCACCGCGCCTCTTCGAACTTCTAACCCTAATCAGTTTGGGGCCGGCTCGAGTTCGACTTATCTTCCCGACTCCCTCCATTCCGACTCCATCGCCGACACGATCAAGTCGTTTTTCCCGATCCCATCGTCCAATGCAGGTGCATCGGATCTCCGCCTTTCTCTGCAGTCTTTCCAGGATCCGATTTACAACAATCAAACAAACGTACCGCATGGAAATCCGAACCAGATTTACCCAGGGTTTGGTTCATGGAGCGAGTACAATGTGGGCGGATACGGAAATGGTCAGTTTTACGATTCGCAGAGGGGACCCCTTCAGTCCAGTAGTACAAGTAGTCAGCCTTTTGTTCGAGCATGGGTTGATAACCCGATACCCGACAACCCGAGTTACACCATCATGCATCCAAGCCAGGTTCAGTCCATCGGGTTAGTACCCAGTAACAGATTTTCCGGGTTTCGGATCCCAGCTAGGATTCAAGGAGAAGAAGAACATGATCACGGTGTGTCTGACAAGCCATCTTCTGCTTCTTCTGATTAA

Functional annotation

Database	accession number	e-value	annotation
nr	XP_024980695.1	1.5e-65	transcription factor TCP4-like isoform X1
Swissprot	Q9MAH8.1	7.5e-54	Transcription factor TCP3
trEMBL	A0A8J5G767	6.3e-66	TCP domain-containing protein

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT1G53230.1	45.45	3e-59	225	TCP3	TEOSINTE BRANCHED 1, cycloidea and PCF transcription factor 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	e-value	bit score
g184722	AT1G53230.1	363	91	15	157	419	33	388	45.45	3e-59	225
g184722	AT3G15030.3	207	32	4	157	301	29	235	54.59	9e-49	191
g184722	AT3G15030.2	207	32	4	157	301	29	235	54.59	9e-49	191

Ortholog group

Species	Genes
Allium cepa	g184722.t1; g430163.t1
Allium fistulosum	AfisC6G01695; AfisC7G02806
Allium sativum	Asa3G02588.1; Asa8G04830.1
Arabidopsis thaliana	AT1G53230.1; AT3G15030.1; AT3G15030.2; AT3G15030.3
Oryza sativa	LOC_Os01g11550.1

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF03634.10	TCP	Family	172	247	109.0	2.9e-31

Gene Ontology

Accession	Ontology	Name
GO:0000003	P	reproduction
GO:0003006	P	developmental process involved in reproduction
GO:0003674	F	molecular_function
GO:0003676	F	nucleic acid binding
GO:0003677	F	DNA binding
GO:0003700	F	transcription factor activity, sequence-specific DNA binding
GO:0005488	F	binding
GO:0006355	P	regulation of transcription, DNA-templated
GO:0007275	P	multicellular organism development
GO:0009653	P	anatomical structure morphogenesis
GO:0009790	P	embryo development
GO:0008150	P	biological_process
GO:0009719	P	response to endogenous stimulus
GO:0009725	P	response to hormone
GO:0009733	P	response to auxin
GO:0009791	P	post-embryonic development
GO:0009793	P	embryo development ending in seed dormancy
GO:0009889	P	regulation of biosynthetic process
GO:0009965	P	leaf morphogenesis
GO:0009987	P	cellular process
GO:0010016	P	shoot system morphogenesis
GO:0010033	P	response to organic substance
GO:0010154	P	fruit development
GO:0010468	P	regulation of gene expression
GO:0010556	P	regulation of macromolecule biosynthetic process
GO:0019219	P	regulation of nucleobase-containing compound metabolic process
GO:0019222	P	regulation of metabolic process
GO:0022414	P	reproductive process
GO:0030154	P	cell differentiation
GO:0031323	P	regulation of cellular metabolic process
GO:0031326	P	regulation of cellular biosynthetic process
GO:0032501	P	multicellular organismal process
GO:0032502	P	developmental process
GO:0040034	P	regulation of development, heterochronic
GO:0042221	P	response to chemical
GO:0045962	P	positive regulation of development, heterochronic
GO:0048316	P	seed development
GO:0048366	P	leaf development
GO:0048367	P	shoot system development
GO:0048598	P	embryonic morphogenesis
GO:0048608	P	reproductive structure development
GO:0048731	P	system development
GO:0048825	P	cotyledon development
GO:0048826	P	cotyledon morphogenesis
GO:0048827	P	phyllome development
GO:0048856	P	anatomical structure development
GO:0048869	P	cellular developmental process
GO:0050789	P	regulation of biological process
GO:0050793	P	regulation of developmental process
GO:0050794	P	regulation of cellular process
GO:0050896	P	response to stimulus
GO:0051171	P	regulation of nitrogen compound metabolic process
GO:0051252	P	regulation of RNA metabolic process
GO:0060255	P	regulation of macromolecule metabolic process
GO:0061458	P	reproductive system development
GO:0065007	P	biological regulation
GO:0080090	P	regulation of primary metabolic process
GO:0097159	F	organic cyclic compound binding
GO:0099402	P	plant organ development
GO:1901363	F	heterocyclic compound binding
GO:1903506	P	regulation of nucleic acid-templated transcription
GO:2000112	P	regulation of cellular macromolecule biosynthetic process
GO:2001141	P	regulation of RNA biosynthetic process
GO:0090698
GO:0140110
GO:1905392

KEGG pathway

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

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network