result

Gene information

Detail information of g483625

Location

Gene	Chr	Start	End	Strand
g483625	Scaffold_86025:HRSCAF_469111	952124	963519	-

Sequences

CDS

>g483625.t1
ATGAATATGGCTGCCAGATTGGCTAGTATCCATCCTAGAGGTCCAGTTATGGAGTCCCACTATAGATCCTCCAGCAGTCCACTACCATGGGCGAGTAAGTGGGGTAACCACTGCATAGCATGGGCTTGCGACATGTTTATGATATACAAATGGATAATCAGTGGTCATGGCTCTAGGGTGTCAAAAGCAAACTGTCCAAAAATACCTCAAACCCAACCAAACCCTGCCGCTTTTCAAAAAGGGGTGTCAAAAACATATTCTGAAGCCGAACTTGCTCGGCTTGAGACGGACGGAGGCGGGATGTGGATCAAGATACATGACATCTATGTTCAATGCAAAAGAAAACAATTGATGTCCAAAGGGTACAATCTTCTTATGGGCGTCCTATATTTAAATAAATTCACAAATACTATTTTAATTCAATACACACAAAACAGTTGCTTTTTGTGTATTATTGTGACATGTTCTACAATCCTCTTTAGTCTGAGCTCCTTATTGAGAATTTCTAGAGAGGATCAAGATTTCAATTCACAAATTAAAAAATTTAAAAGGAGAAACAAATTCTATTTCTTGCATCTTTCATCATCCCACGTGCTTTCAGTTTCAGGAGTAATGGCTACTTACTTTCATGGAGCTCAAGAAAATATCCAGCCTGAAGCCGCACAGACTCTATACCTAATGAACCCTACCTACATCGACTACCCGGCGACCACTACCTCAACTCATCAAGCAAACAACATACAATTGTTCCTAAACTCCTCCATGAATAATTCTTCTCTAAACTCAATACAACAACAGCAGCAACATCATCATTTTGTAGGGCTACCTATTCAACCTTCGCAATACACAACCCAAAGCCAAGACCTATCGGTTATGCATAGCTATAATAATGTCCCGATTGATGTTAATCAATCTCAGTTATGTGTTAGAGGACCTAGCAATAGCAATATTGTGTCAGTGGCGCAAAGAGGATTGTCTTTAAGTTTGTCTTCACAACAAGTACAAGGAGATCAAGAGATGAAGATCGTTGGTCAAAGCGTGTTGATGGGTTCAAAGTACTTGAAGATTGCACAGCAGTTGTTGGATGAGGTTGTTAATGTTGAAGCTATGACTGGTAAAGGGGTTAATGATTCCAAAAAAGAGGTTAAGCGTTGTAATCAAGAATTAGGTGAAGGAGATGCTAGTGGTAAGAAAAGTGATGACTTGTCAACTGCTGAGAGACAAGAGCTACAGATGAAGAAAGCTAAGCTTGTTAACATGCTTGATGAGGTTGAACAGAGATACAGGCAATACCACCACCAAATGCAAATAATAGTTTCCTCCTTTGAATCAGCAGCCGGATTTGGCTCTGCAAAAACATACACATCCCTTGCTCTCCAAACTATTTCAAAGCAATTTAGGTGTCTAAGAGATGCAATTTCTAATCAAATTAGAGCAACGAGTAAAAGTTTGGGTGAAGAAGATTGCTTTGCTAATGGAGGCGGCAAATCAGTAGGATCCAGACTAAGATTTGTTGATCATCAATTAAGGCAGCAAAGAGCACTTCAGCAATTAGGCATGATTCAGAATAATGCTTGGAGACCACAAAGGGGACTGCCTGAGAGAGCTGTATCCGTGCTCCGGGCATGGTTGTTCGAGCATTTTCTACATCCATATCCAAAAGATTCAGATAAACACATGCTTGCAAAACAGACGGGACTCACCAGGAGCCAGGTGTCAAATTGGTTTATAAATGCAAGAGTTCGGCTATGGAAGCCAATGGTGGAAGAAATGTATCTAGAAGAAACCAAAGATCAAGAACAGAACAATGAGGGTGAAAACAAATCTACAAAAAGCGAAGAAATTAGCGATTCTCCTTCACAACAAGAAAACACCATTCCATCAAGAACAGAGCAAAATGATAACCAAAACCCAATTCAAAACAATCAAATGGTTCAAACTTCACAACATATCCAAGATATGTACAACGAATCATCATCAATCATGCAACAGAGAATGAAAAAGATACGTAGTGATGATTCTACCCAGATGATGAGTATGGGAATGAAACAATACGACATGAATAACCGTGACCTTCTAATGAAGTTCATGGATCAAGAAACGGGTTTTGAGCAGTATCCAATTGGAGAAATTTCCCGGTTTGATCTTGAACAAATTGCACCAAGATTCGGAAGCAATGGAGTTTCACTCACTCTCGGACTACCCCATGGTGAACCATCTTACATTACTAATGAAGGCATTAACCATTTGGAAAATAATAACCATTTTGTTGGATTGAACAATAATGGACACAGTCCAAGTAGTTCGAATCCGAATAATGGGTATGAAAGTATTGATATTCAGAACAGGAAACAGTTTGCAGCACAGCTACTACCAGATTATGTAGCTTGA

Protein

Gene

>g483625.t1
ATGAATATGGCTGCCAGATTGGCTAGTATCCATCCTAGAGGTCCAGTTATGGAGTCCCACTATAGATCCGTGATGTTACTTTTGGAGATTTTATTTGCTAACATTTATTGCTTTCATAAGAGTAATTGCTCTGATGTTAGTTAAGTCCAGCAGTCCACTACCATGGGCGAGTAAGTGGGGTAACCACTGCATAGCATGGGCTTGCGACATGTTTATGATATACAAATGGATAATCAGTGGTCATGGCTCTAGGTGTAACTAATGAACCATAAGAAACTGGTACATGGCCATTAGTGTTTCTTGGAGCATTATTCATTATTCATTAGTCTTCCTTCCGGTATGTAAGGTGGGTTCATTCGATTAATTGATTTGTAACCTGACAATTATCATTATTTTTATTACTATTCAAAATATATGACATTAGATACTTGCGGAGTGCTTGTCTAGCATTTTGGTTAGCCTAATTAAAAGACTAGCTACGAAGCTTGTCTATTATTTGACTTTAGGAACTTGCTTTGTGATCGGTTTTCATTTTCTGTATCTTCGCTGTCTCATTAGAGCTAATAGCAAAGTTATATTTTAGTTCGGTTTGTGTTTTTATTTTCTATGACCACTGGGTCGAGAATTTCACCTCTCTAAGGACTATGGGTCAAGGAAAATGGTTTTGTACATTGAATAATTTATTGACTTTGAGTATTATTTGAGTTTGTGTTTGTTGATATCTCCAAGGACTTAACAGTCGCAAGTCTCTACTAGGACTTCAAGTTGAGATAGTATATTTGGATATTTATTTTTGTATAACGCATGCATTGTGTTCTATCTTGAGTTCAGTATTTCTTAATATCTTCGAAGTCTTGACGGTCAGAAGTCTCTGCTTCTAACAAGACTATAAGCCGAGATGATTAGTTTTTATTCATACTATTGACTATTTATTTGAAATTCTATGTTTCTTGATATATCTTCTAGAGCCTAATAGTTGGAAGTTACTATTTCCATTAGGGTTTTAAGTCGAGATTCATTTGCCTTGTTATTGATGCTTTGATCATTTATTTATGATTTTTCATTTTTTTATTTATCTTTCATGGATTAACAGTAGGAAGTCTTCACTTCTACTAGGACTATAACTCAAGATGGCTATTTTTGTTTTTGATTCTTATGTTTTGTATGAATTATGATTAATACTTCTGTTTGTGACTTTTATGGACATGTTGTGTGCTTGTCCATAGTATTTTTGTGATTTTTAAGTACTAATTAACATCACCCAATTTATGTATGTTGTGATTCTTATTTGCTTATATATATTTTATTGGTGGTTATTACTATGATAGTACATGGTACCTTATTGTGATGTTATTCTGGATATAGTCTGACCCGTTTATTATGTTATATAATACTCGAGCCAATCCGAGACTTTTAGGTACATGGGCACTTTGACTTATGGACGATTGGTGTATTTTGGGAGGCAGCTTAGTATCTATTTTTGTCGATCTAATTATGTGTTTTCATTCAGACAGTCTCCATGTATTTATGATATAATACTGATGTCGCACCTTTTAGGTTGTGTCTAATATGTATTTATGCATGTCATTTTAGGTTGAGTTAGATATTTATTCATAGATTCACTTTGTATGGTATGTGATATTTTATATTTTCCATCGCGATTTGTGACTCTATGATCTTACATTATATTGTCCATAGTTCTGTCCTGGCAAGCCCACATGTTTATTAATTTGCACCAATGCCGATACATATAATTTGGGAAGTTTATGAGGTAAGAATACGTAATGGTGTTAGCCCCAACGAACATTCACGTGTGGTCGCTCCTAACAAGCCTCATTCTTCGTATTACCAAACAACATTATTCTAGTATTGGTATAGAGGTGGGGTATTGCAGTTATGGTGTCTCTAGTCAAGGTGCCTCCAATGGTGGAATGATTGGTCATTTAGTTAAAGACATTTTTCAAGAAAAATGTAAATTAGCGATAGGGAGGCCTTATGAGGTAATCATTAAATAAATTTAATGAAAACTTTTTGACTGACACCTAAATAAGAGTTTAGGTGGTGCTTGTGAGTGTTTTGATGATTATATAGAATGATTCATAGCCGCATGATGATAGGTTTATATTATGCTTAGACTAAAATGGATGAATATAAATTTGGCATGATTCATAGACAAACGTTAAGTATATGGTATACTTATGATTTGAGAATGATGCCATATGATTGCTTATGCTGTGATGATTTTTTACATGATATGATGTAACTGCTAAGATGTATAAGTGAGGTGAAAACATGTTCCGTTCTTTAGTGGCATGGTTCTCACAGTGTGCATGTTTAAGGTAAAGTTTTACTCGTAATAGGCTATATGTCTAACCGTATTTTTTAATTTATCGATTTTATGTTCCTAGATGTGTTACATTTAGAAAGACAAATAAATAATCCAAAGACGAAGTAGGTGGCTTGTAGCTATGTTAGAATTTATTTTGCTGCTCTACTTACTTAGTTTCGTGGGAAAAAATGCTGATTTCATTTTTCGCTTGAAAATAATTCTAGTGATGACTAGAGCATCATCGAGGTTCATTTTTGGGTCTTGAAATGGGAAATGTTACACATTCGCTTTCAGTTGTTTCTTTGGTAGAAGGCAGTCATGAGCATAGTGGTCAAACTTGTTACAACAATAAAAGCACATTTTTTATCTTTCTTGAGATGACTTTTCTTCTTAAATTGTATCCCATTCTTGGTATTTAACATATTTTTTATTTCAGCATTATTGGTCTTAAAATGAAACTTGGTTTGCGGACTACCATTTAGTTCTGTTTATGGATGTCCTCTTCTATGCAAAGGTGACGCTGTAAATACTCTAAATCATAGTCTGTTTCTACATGCTTCAATTTTTTTAATAATCATTCCATAAATGAGAACGTCTATAAATTACGGCTCAAATTATGAATGGTTCAAAGTTAAAGCTTTGCTTCTTTGATTTTGATTTATTACATATAATATTTCACTGACTTTTCTACTAATAGACTTTATTTCAATCATTTAAAATATATAGTACCGCATAGGAATTTCTTATTACATGCCTCCAATATTCGATATTTGTTTTCCATTTTTATCCAAAGTGCTTTTGCTGATTCTTGGCTTCGATCTGCATTGTAGGCAGAAGCAGATGGTGTATTTAAGATGTATCCTCTATACAGAAAATCGTCTTTTGTACACTTCACACATTCCTTCTCATGCGCATCATTATTTGTTGGAGTTTCTTTGGCATTTCCTCCAAACTATCTGCTATTAATGGCGATCAGAAATAATTTCATGATCTTTTACCATCGAGTTAAATTATCTCGATTAAACCACTCCAATCGTGTAAGTTGTTGATTCATGATTTGCAAGGTACCGATGTTGCTTGCATAGTTGAGATTAATGTCTAAAATTTATTGGAAAATTTGGTCGTTTGAGAATGATGATGATGCGTACTACATTTCTAACTTCAAGGATCTTTGTAAAAGATTCGTCAAGGACTATTGGTTCAACTGATTAGTGGTATAGCGTTTTAACCATAGCTTTTAGAGGTCATGAGTTCGAATCCCGAGACTAGAAAATGAGTGAACTTCTTGAATAAAGTATCACTGTTGCTATAAACAGATATATCACTGTTACTATAAATAGATATGGATCTTTGTAAAAATTCTTTTAGAAAATAATTCAACTATTGCAGTAAAAACAGATTATTGAATTATTTACTTTAGAATTCACTGATGCCTTAAACAGTGTAAATGAGTTCAAAGTTTATACAAGTTTGATTCAGGCAGGAACACTTTAAAATTTTAAGCCACGTTTGCTTTGCAATTTTTAGTTATGTTTTCATCCAAAAAAACATACACACAGTGCATATATTTTTGAATAACAATCAATTTGAAAAATGACAGTAACATGTAAAATAGGAAACAATTATATATATATATATATATATATATATTTTGAGAAATAATAAAAGAATGTAAAATAATTCATCCCTTCGTCGTCCCTCATTCCTCTCCATGGTCCCCGCATCATCGTAATGGCCTAAAATTTAACTTTTCTTTCGTCATCCTCTTATTTTGTTTATAATATTGAAAATGCAAGACATCAAACGCTTAGAGTCTAGTGATGCAAAAATAGAGATCAAGTATATTAAAGAAATCAAAGATGGCCATTATTAAGCTATGAAGGGAAGCACCCTTTTGCTGTAATGACTAGTTTTCCCATCTTCCAAACTGTTGTGTCGCTTGACTCCTACCTGCTTTCAAATGTTGCATCCGTTGGCTGCAACAATCTAAACTCCCGATTTTTTTTTAACGACGTGACTCTCACCTGTTTTCAAATGTCACAGTCCACCATTTATCTCATTCGAATTTGAACTTTAGGGTGTCAAAAGCAAACTGTCCAAAAATACCTCAAACCCAACCAAACCCTGCCGCTTTTCAAAAAGGGGTGTCAAAAACATATTCTGAAGCCGAACTTGCTCGGCTTGAGACGGACGGAGGCGGGATGTGGATCAAGATACATGACATCTATGTTCAATGCAAAAGAAAACAATTGATGTCCAAAGGGTACAATCTTCTTATGGGCGTCCTATATTTAAATAAATGTAAGACTATTTTTTAGCCTAGGACCAGTGTCCTTTATTTCTTTCTTCTTCCTTCTTTCAAAACCATAGGCGAAGTCTAATATTTTGAAAATATTAGACAAACAAAAAATAGTGGAAATTTGATTCCATCACTTAGTTTCAGAATTGACACGTGAGAAATCCTTTTTAGAATATGTTTTTAATTATATCCACATTTTTAATTTCAGTAAAAAGGAAAAAAATTATCGGAAATTAAATCTAAATAATAATCGTACGCTTGTATAATAAAAATAAATTTTTTCGATTTTTTTTAAAACATTATATCTGCCGATATTTACGGAACTCTCAGCAAATATTTATAGCGTGGAAACTTTAAGTATTTGCAGATTTTTTGCAAATATTTGCAGAGTTTTCCCCAAATATTCTTTAACATAAAATATGAGTTTTTTATAATATTTTTTGACGGTTGTGTATTTTAAAACTTAAAACATGGTGTTTGAGAAATCTTTCTTAAAATTCATCAAAATAAAAATATAGTCAATTGCAATAAAACAGGGATACTTTCAACCAAAATATGATAACTTTCAAAAATCACCAATTGATTGAACACAATCGGAACTAGTAGAAGAAAACTAACAAGCGGAGCTTAAGAATTTTTTGTTAGGTTATGATTACTAGTAAAAATAATAATAAACGAATTAAACTTGAAAAATCCTTTAAAAAATATGCTAGAAGATTATTTATCAGGGATGCAAACGTGCGTGCCCTGAAGTTGATGGTAGGTGCTGTGGTGTGGTGGTTGGTTCGGTATCTTAGCTATGATCACTTGCTTAATTTGCATCCCAAGAATCCAGTCCCAGAACACATAAAAAAGGTGGCACACAGCAATAAATAAAATAATTTTGGTAATGGGAAAGCAAAGTATTAAAAAAGGTTTATATGAGACAAATTTGATATACAGCACACAAGGATATATGCTAATATTATAAGGTGTTGTAAAGCAGACGGACTCTCTCTTTTTCAAGTCATCATCTCTTACATTCACACAATTGCATTCATTATATTGGGTGTACGTGGTTCAATTATTGACTTGTATTTTTTCTCTTTGTCCTGTGGTGCTCCCCCACTCTCTCAACAGATGCGTTCTTAGACTTTCTCAAGCATCCTTTAACACTCATTGACATATTTGAGCTTCATATCAGAAGTTTAATAACAATGATATTCATATACACGTCACCTTTTAATTTATGGTAAATATTGTTATAGCATTCTTCTAGTATTTGGGAAGACATTAAGTGGCTCTGTAAACTAATATTGTTATTGTCGTAGATTTTAAATTCAAATATTGATGAAATAGACCAAACTATGGACTATCTGTAAGTTGCACATATTCAAATTTGTAGTTTAGCGAACTTACTATAAATGCTATTTAATTATTTGGAAATTCAGAACTTTAAGCAGTAAAAATACCATAGAATGACTATTTTCAGAACTGAAAATACTATTGTGACGCCAGTTTGAGCCTACATTGGTTATTTCTTTCCAGTATAAAGGGGGTGATGATAACATTTTTAAATGGGTAAATAGTTCCAACAAAAATATTACACAAGTAAATATTATAGAGCTTTCAAAGTTTTAAAGTGATTTATAAATTATATCAAGGCCAAATAACATTTCTTGTAGTACATGATGATTGAATTGACACTATTGTTTGCACACTATCACATTTTAGAAGAGGACGTTTCCTAGTTTTTTAGTTACTCTCTGACACTTATATGTCAGTCTATATAATATACACTAGTACTTTTTATACCATAAACTCCAACATGCACTTGAGTGCATGTTCTTGTGGATTCTTTGCGTGTACAACTGGAATATTTTTCAATAATAAATTATGAAAAATTGTTACATAATTAAGTAAAATTCAAAATTTCAGCAGATATAAAACAGTTTATTTCCACTAAATATTTTGAGTTTGAATCATTGTATGTGTAACAGAAGTTTGATTGGCTAAATAATTCAGTAAAAAAGGAGATATGCTTTTATTTGATTAAAAAATATCAGGGTCGTTAGATTTTTTTTTTTCCCCTTAAATTATTCATCACCAAGTATGTCCTAATACAGTTTAAAAAATTATCAGAATATGGTTCATTCTGTAACTAATATTCTCAACAGTTCATCAGCTTAGTGGAACTAATAATTGATTAACCATCAACCATACATGTCTAAATGAATGATTACAGTTGTGTGTTAGGCGTAGTTGCATATTTCATACTTTTTACTAGTATTCTTGTAAGATGGTATTTTCCTAGAAATTATACAAAATTAATATTCATAATAAATGTAACAATAATATAGTTCAAATATAGGATGAAAGAATGACACACATTAATTCTTCAACTTTCAAAAATAAAGCTCGGTTCCTAGATCAAACACGCAACTGTCTTGAAAAATATCTAGAAAAAAATATATGATTCATAAAATTCCAAACAATAAAAATATAATGGAAAAAGAAAAAAGAAAAAGAAAAAAAAGGTAAGGTGGGTGTTGGGTGAGTGTGGATAATGGTAGTGAAAGATGGGTATCAACCTACCTCTTTATTTCCTTTCCCTTTCCTTTCAACTAGAGTGATATAGAAAGAAGTATATCGAAATATTCATATATAAGAATAGACTAACATATTACTTGATGTAGTCACAAATACTATTTTAATTCAATACACACAAAACAGTTGCTTTTTGTGTATTATTGTGACATGTTCTACAATCCTCTTTAGTCTGAGCTCCTTATTGAGAATTTCTAGAGAGGATCAAGATTTCAATTCACAAATTAAAAAATTTAAAAGGAGAAACAAATTCTATTTCTTGCATCTTTCATCATCCCACGTGCTTTCAGTTTCAGGTAGTACTTGAAATATATTTATATTTACTTATACATCATAAGCTTTTTGATGTATTCATATATAAAGATACATGCCTACTTCTTATCTTATGATGTTATTCAATATGATTATGAGAGATGTGATCTTTTGCATAATTTATCCTTGAAGCATCCTCTCATGTTTCCTCTTTCATAAATTAAAATTTAGATTTGTATATATTTTATTTGAAATCTATTGGGTTTTTTTACCAACAATTAAAATTATATGATTGTTTAATCAAATCAACTTTTTTTTCCAAGAAAATAAAGGTAGTTAGCTTTACTCATGATTCCTCTTTCCAAATCATTTCATGATTATATATATATTTACCTTAGCATCTAAAAAAAATATCTTCATGTATATAGTTTGAATTTTCAGGAGTAATGGCTACTTACTTTCATGGAGCTCAAGAAAATATCCAGCCTGAAGCCGCACAGACTCTATACCTAATGAACCCTACCTACATCGACTACCCGGCGACCACTACCTCAACTCATCAAGCAAACAACATACAATTGTTCCTAAACTCCTCCATGAATAATTCTTCTCTAAACTCAATACAACAACAGCAGCAACATCATCATTTTGTAGGGCTACCTATTCAACCTTCGCAATACACAACCCAAAGCCAAGACCTATCGGTTATGCATAGCTATAATAATGTCCCGATTGATGTTAATCAATCTCAGTTATGTGTTAGAGGACCTAGCAATAGCAATATTGTGTCAGTGGCGCAAAGAGGATTGTCTTTAAGTTTGTCTTCACAACAAGTACAAGGAGATCAAGAGATGAAGATCGTTGGTCAAAGCGTGTTGATGGGTTCAAAGTACTTGAAGATTGCACAGCAGTTGTTGGATGAGGTTGTTAATGTTGAAGCTATGACTGGTAAAGGGGTTAATGATTCCAAAAAAGAGGTTAAGCGTTGTAATCAAGAATTAGGTGAAGGAGATGCTAGTGGTAAGAAAAGTGATGACTTGTCAACTGCTGAGAGACAAGAGCTACAGATGAAGAAAGCTAAGCTTGTTAACATGCTTGATGAGGTAGTTTTATTTTTCTTCTTTGCTTAGTTACTTTTTTTCTTTTTTTTCTTTTTTTTCTTTTTAATTATGACCTCTATTTTGGTGTAAGCAATTTTGATTGCAAAAAGATTATGTGTTGCTACATGAAGAAATTTTCAGCTTTCAATTGTTGGCAAGTTTAATATTCTTTGCTAAAAGTTAACTGATTTTTCTCATAATTTTTACTGAGTTTTGATTGGTTTTGCTTATTTAAAATCTATCTGATTTTCTCTAGTTTTTTTGATTTGATTTTTATAGTTGGAATTGTCTATAAATGTATTTCAAAACAAGCTATATCTCAACCATATTCCAAATAAGAGATTGATGTTTTTAAATGACAAATAAAGATTATACTTTGCTTGGTAGCAGAAGAAATTTTCGATTGATTCTGCTCTTATTTTTCACTGAATTTTAACTGATTCTGTCCGTTCAATTTCTAACTAATTTTCTCCATTATTTATTACTTTACTTTCTTGTTGGAACTTTCTTACATGACAAGTTATATCTCAACCATATTCCATAAATATGAAAGAAAAAAAAAATCATGTATTTAAGAAACTGATGAATTCCTTTGGATGACAAATGGAAAGGAAAATTGAAAAATGAGTTCCTGAACTTTACATACTAGTTTTCTTCGAATGGAATTTAACAGAGATAAAAGAAAGAAAGAAAGAAAGGCTAATATACCCAAACTCCATGAATTATTTATTTGTTTATTTATTTTTACATGTATTGGCTTAAAATACTACAATTCCTAATTTCTGACAAAATATAGTCATATTTGCTATCAAATCATGCTGCCTATCATAAATTACAAAAGGTTTCAAATCATGCTGCCTATTATAGATTACACTTTTGGATCAAGTACGTACTTCTCATATATTAAGCAATCAAATATTTATTTTGTATTGAGTACTTCTTTACGTGAAACCAATGAATAAATCTTCTTTTGCTACATGAAGGTTGAACAGAGATACAGGCAATACCACCACCAAATGCAAATAATAGTTTCCTCCTTTGAATCAGCAGCCGGATTTGGCTCTGCAAAAACATACACATCCCTTGCTCTCCAAACTATTTCAAAGCAATTTAGGTGTCTAAGAGATGCAATTTCTAATCAAATTAGAGCAACGAGTAAAAGTTTGGGTGAAGAAGATTGCTTTGCTAATGGAGGCGGCAAATCAGTAGGATCCAGACTAAGATTTGTTGATCATCAATTAAGGCAGCAAAGAGCACTTCAGCAATTAGGCATGATTCAGAATAATGCTTGGAGACCACAAAGGGGACTGCCTGAGAGAGCTGTATCCGTGCTCCGGGCATGGTTGTTCGAGCATTTTCTACATCCGTAAGTACTTGAACTACAATATACATATATATACGTAGCCCCTCCCACCCCCACCCCCCTCCCCGCGTGTGTGTGTTGCATACACAACCCTGTAAGTTATTTCATGATAGTAATTAGTCAGATGTCATATACAACCATGAATTCCACGTATATTAATAATTTTAAGTATAAGATGTGTCATAAGAAAATACTACAAACTATGAGCAGCATTGCGTATGTTTAGAAGGTTGTGGGTAGCAGGTGTATCCAGTATCTGCAGTACTGGATATTTTCAGAAAATTAATGATTCAATAAAGATATATAATATTGTTCATGAGCCCTGACAATAAAAGCTTGTCATAATTCTTAGTCAACAATAGATCACATAATTTCTAGCATCTTATTGATTGCAAAAAGTGATGGTAATGAAAGAGAGACCTGTGCTTTGAATTGTGTTACCGAAATGCTGCCCCAGATGTAAACTGGAATTCATTAGGGTACATGCATGATCTGACAACTACAAAGAAAAGTAACTCATAGTGTTATACAGATCCACTTCTATACTGGAAAACATACAAAAATGATATTACAGAGATATATGCAATGCATTTCATGGTTAACAATTTGAATATCACCTTCAATCATATTTTTTTGGGGGGTGCATGCAGATATCCAAAAGATTCAGATAAACACATGCTTGCAAAACAGACGGGACTCACCAGGAGCCAGGTATGTATTTCACCACATATTAAAACCAAATAATGGTTACAGAAAGCATGGACTTTTGACATTTTGGTACATATAAAGGTGTCAAATTGGTTTATAAATGCAAGAGTTCGGCTATGGAAGCCAATGGTGGAAGAAATGTATCTAGAAGAAACCAAAGATCAAGAACAGAACAATGAGGGTGAAAACAAATCTACAAAAAGCGAAGAAATTAGCGATTCTCCTTCACAACAAGAAAACACCATTCCATCAAGAACAGAGCAAAATGATAACCAAAACCCAATTCAAAACAATCAAATGGTTCAAACTTCACAACATATCCAAGATATGTACAACGAATCATCATCAATCATGCAACAGAGAATGAAAAAGATACGTAGTGATGATTCTACCCAGATGATGAGTATGGGAATGAAACAATACGACATGAATAACCGTGACCTTCTAATGAAGTTCATGGATCAAGAAACGGGTTTTGAGCAGTATCCAATTGGAGAAATTTCCCGGTTTGATCTTGAACAAATTGCACCAAGATTCGGAAGCAATGGAGTTTCACTCACTCTCGGACTACCCCATGGTGAACCATCTTACATTACTAATGAAGGCATTAACCATTTGGAAAATAATAACCATTTTGTTGGATTGAACAATAATGGACACAGTCCAAGTAGTTCGAATCCGAATAATGGGTATGAAAGTATTGATATTCAGAACAGGAAACAGTTTGCAGCACAGCTACTACCAGATTATGTAGCTTGA

Functional annotation

Database	accession number	e-value	annotation
nr	XP_020686609.1	1.8e-136	BEL1-like homeodomain protein 1
Swissprot	Q9SJ56.1	3.0e-104	Protein EMBRYO SAC DEVELOPMENT ARREST 29
trEMBL	A0A2I0W3Q7	1.3e-136	BEL1-like homeodomain protein 1

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT2G35940.1	42.46	4e-112	402	BLH1;EDA29	BEL1-like homeodomain 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
g483625	AT2G35940.3	716	252	24	205	796	1	680	42.46	4e-112	402
g483625	AT2G35940.2	716	252	24	205	796	1	680	42.46	4e-112	402
g483625	AT2G35940.1	716	252	24	205	796	1	680	42.46	4e-112	402

Ortholog group

Species	Genes
Allium cepa	g483625.t1
Allium fistulosum	AfisC2G08152
Allium sativum	Asa6G01110.1
Arabidopsis thaliana	AT2G35940.1; AT2G35940.2; AT2G35940.3
Oryza sativa	LOC_Os11g06020.1

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF07526.8	POX	Domain	347	474	164.4	1.9e-48
PF05920.8	Homeobox_KN	Family	543	582	65.1	3.4e-18

Gene Ontology

Accession	Ontology	Name
GO:0005515	F	protein binding
GO:0005622	C	intracellular
GO:0005575	C	cellular_component
GO:0000741	P	karyogamy
GO:0001101	P	response to acid chemical
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:0005623	C	cell
GO:0005634	C	nucleus
GO:0005737	C	cytoplasm
GO:0043231	C	intracellular membrane-bounded organelle
GO:0006355	P	regulation of transcription, DNA-templated
GO:0006996	P	organelle organization
GO:0006997	P	nucleus organization
GO:0046983	F	protein dimerization activity
GO:0007275	P	multicellular organism development
GO:0008150	P	biological_process
GO:0042802	F	identical protein binding
GO:0009314	P	response to radiation
GO:0009416	P	response to light stimulus
GO:0009553	P	embryo sac development
GO:0009559	P	embryo sac central cell differentiation
GO:0009561	P	megagametogenesis
GO:0009605	P	response to external stimulus
GO:0009607	P	response to biotic stimulus
GO:0009608	P	response to symbiont
GO:0009610	P	response to symbiotic fungus
GO:0051707	P	response to other organism
GO:0009620	P	response to fungus
GO:0009628	P	response to abiotic stimulus
GO:0009639	P	response to red or far red light
GO:0009719	P	response to endogenous stimulus
GO:0009725	P	response to hormone
GO:0009737	P	response to abscisic acid
GO:0009889	P	regulation of biosynthetic process
GO:0009987	P	cellular process
GO:0010033	P	response to organic substance
GO:0010197	P	polar nucleus fusion
GO:0010201	P	response to continuous far red light stimulus by the high-irradiance response system
GO:0010218	P	response to far red light
GO:0010468	P	regulation of gene expression
GO:0010556	P	regulation of macromolecule biosynthetic process
GO:0016043	P	cellular component organization
GO:0019219	P	regulation of nucleobase-containing compound metabolic process
GO:0019222	P	regulation of metabolic 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:0033993	P	response to lipid
GO:0042221	P	response to chemical
GO:0042803	F	protein homodimerization activity
GO:0043207	P	response to external biotic stimulus
GO:0043226	C	organelle
GO:0043227	C	membrane-bounded organelle
GO:0043229	C	intracellular organelle
GO:0044424	C	intracellular part
GO:0044464	C	cell part
GO:0046982	F	protein heterodimerization activity
GO:0048229	P	gametophyte development
GO:0048284	P	organelle fusion
GO:0048856	P	anatomical structure development
GO:0048869	P	cellular developmental process
GO:0050789	P	regulation of biological 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:0051704	P	multi-organism process
GO:0060255	P	regulation of macromolecule metabolic process
GO:0065007	P	biological regulation
GO:0071840	P	cellular component organization or biogenesis
GO:0080090	P	regulation of primary metabolic process
GO:0097159	F	organic cyclic compound binding
GO:0097305	P	response to alcohol
GO:1901363	F	heterocyclic compound binding
GO:1901700	P	response to oxygen-containing compound
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:0140110

KEGG pathway

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

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network