result

Gene information

Detail information of g57730

Location

Gene	Chr	Start	End	Strand
g57730	CHR2	82487842	82494955	+

Sequences

CDS

>g57730.t1
ATGGAGGAAAACGATGAAGATAAACTTTTATTGAGCAGTTTGGGCATTACATCTGCAAACCCAGAAGATATTGAACGCAGAGTACTTTCAACGGTAATAACAGATGCACGGTGTGACAGTGAATACGGTAAGGGCTCAAATGATCAAGAGCTTAAAGAAAAATATGAGAACAATCCATCATCACATAGCAAAATTGATTTGTACAATAAGCTGCGAGCTCTTCAAGTTGAAATCGATGCTGTAGCTTCTACCGTTGACAAAGATAAGGCTGTAGCAACCAATGATGATGATGGACCAGATGATGCAGACGAGAATGAAAAAGTGAAAAATGGTATAACTCTTCAGCAAGCATTAGCTAAAGATCGGTTGAAAAGCCTTAAGCAAACGAGAGCGCAGCTTCTGGAAGAAATTTCTAATGACACCGAAATGAGCAATAAGGCGCTTTTGAATAAGTTGGTTGAAGAAACATCAAATAAAAGGAAATTAAAGTCAAAAGCAGTAGATAATTCTAAAAAGGATGCAAAGTCTTGCCGCAAAACAGTGTCATACAGTGAAGATACTGATTTTGATGCTGTGTTAGATGCAGCGTCTGCTGGATTTGTTGAAACTGAACGGGATCAACTAGTTCGGAAAGGAATTTTAACCCCATTTCATAAACTTAAAGGCTTTGAGCGGAGCATACAAGGACCTGAATCATCAAGCAGGCACAATGATGTCGACGAAGGGACGAATGAACGCCTTGCTTCATCAAGCATTTCTAAAGCTGCTCAGTCTATGTCAAATTTTGCGAAAGCACGGCCAACTACAAAATTACTTGACCCATTGGAATTACCTGCACTTGAACCACCTACTCATTCTTTTCATAGATTAAAGGCTCCTACTAAGCGTAAGTGTAAGAAGACGAAGCACCCTTTGCCTAATAAGAAATATAGAAAGGAGAAACTCGATAGTGATGCAGATGGAAATGCGATCAAAGATTCAAGAACATCTGATTACGAGGAAGAAAGCCAAGAAGAAGAAACTAATGACACCGACGATGAAGAATCTCCTGTAATCCTTGAAGGTGGATTAAAAATTCCTAAAGCTATATATTCAAAACTTTTTGACTATCAAAAAGTGGGAGTACAGTGGCTATGGGAATTGCACTGCCAGCAGGCAGGTGGTATAATTGGAGATGAAATGGGTCTTGGAAAAACAATTCAAATAATTGCATTTCTCGGTGCTCTCCACTTTAGCAATTTCTACAAACCAAGCATCATTATTTGCCCTGTAACCCTTCTACGACAATGGCAACGAGAAGCTAGAAAGTGGTATCCTAGTTTCAAAGTGGAAATTCTTCATGACTCTGCTCATGGCCAACAAAAAACCAAAAAATCATCAAAATCAAGCGATAGTGATAGTGATTATGATAGTGAAGCCTCACTGGACAGCGATGATAGCTATAGGGTAAAGCCTAAGTCTTCGAAGCCTAAATCTTCAAAACCAAAATGGAGTGAGTTGCTCAGTCGTGTTGTAAATTCAAACTCTGGGCTTCTTCTAACCACGTACGAGCAACTGAGACTTCATGGAGATAAATTGCTTGATATAGAGTGGGGTTATGCTGTATTAGACGAGGGCCATCGCATAAGAAATCCTAATGCAGAAGTCACTCTTGTTTGCAAACAACTACGTACTGTGCACAGGATAATTATGACTGGAGCACCGATTCAGAACAAGCTTGCAGAACTTTGGTCACTTTTTGATTTTGTATTTCCTGGAAAACTAGGTGTTTTACCTGTTTTTGAATCAGAGTTTGCAGTTCCAATAACAGTAGGTGGGTATGCTAATGCTACACCATTGCAAGTATCTACTGCTTATAGATGTGCTGTTGTTTTACGCGATTTGATCATGCCGTATCTTCTGAGACGTATGAAAGCTGATGTTAATGCACAACTTCCCAAAAAAACCGAACATGTTCTGTTTTGTAGCTTGTCTTCAGAACAGAGATCGATTTATCGTGCATTTCTTGCTAGTACTGAAGTGGAGGAGATATTTGATGGCAGTAGAAACTCACTTTATGGGATTGATGTGATAAGAAAAATATGTAATCATCCTGATCTTTTGGAAAGAGAATATTCTGCTCAGAATCCTGATTATGGAAATCTTGAAAGAAGTGGAAAGATGAAAGTGGTCGTGGAAGTGCTTAAGGTTTGGAAAGAACAAGGGCATCGTGTTTTGCTATTTACGCAGACTCAACAGATGCTTGATATCCTTGAGAAATTTTTGAGTTCGAACGAGTATAGTTATCGGAGAATGGATGGGCTCACACCGGTTAGGCATCGAATGGCTCTTATTGATGAATTTAATAATTCAGATGATGTATTTGTTTTTATTATGACTACTAAAGTTGGTGGTCTAGGCACGAACTTGGTTGGTGCAAATAGAGTTATCATATATGATCCTGACTGGAACCCTTCCACTGATATGCAGGCAAGAGAGCGAGCTTGGAGGATTGGGCAGAAACGCGATGTGACGATATATAGGTTGATCACACGTGGAACTATTGAAGAGAAAGTGTATCATAGGCAGATATATAAGCATTTTCTTACCAACAAAATTTTAAAGAATCCCCAACAAAAAAGATTTTTTAAAGCTAGGGATATGAGAGACCTCTTCACTTTGAAGGATGATACTGAAGGAGGCTCTACAGAGACATCAAACATTTTTAGCCAGCTTTCGGAAGAGATTAATCTTGGTGTAGGCAATAATGAGCAAGAAATTCAAGGATTAACTCTCGACTCCGGTAAGGAATCAGATACCGGAAATCATTCATCATTGGTTTCCAGTAGTGGTGGGAAAGAGATCGAAGACCAACAAAATCGTGAAGTTGATGAAGAAACTAACATTTTGAAGAACTTGTTTGATGCCCAAGGGATTCATAGCGCAGTCAACCACGATGCAATAATGAACGCAAGCGAGGAAGACAAGCTCCGAATGGAAGAGCAAGCATCGCAAGTGGCCAAAAGGGCAGCCGAGGCGCTACGGGAATCCCGCATGCTCCGCAGCCATGAGAGCTTTGCGGTCCCCACATGGACAGGCAAATCCGGCGCAGCCGGGGCTCCAACTTCCACCCGTCGTAAGTTCGGGTCATCGGTGGTAAATAGACGCTTACCCGATGGACAAACCGGTCATTTTCACGCCGGCGCATCTTCCGGCAAAGCCCTGACGTCATCCGAGCTCCTGGCCAGGGTACGGGGGACCCAGGAGAGGGCGGTGGGAGATGCTTTGGAGCAGGATTTGGGGAACGCTAATGAACGAGCCGGGACCAGGGCTTCGGGTAGGGTTGGCGTGGCCCAACCTGAAGTGTTGATTAGGCAGCTTTGCTCGTTTATGCAGCAGAAGGGCGGGGAGTCGGACTCTGTTAGCATTACGCTGCATTTTAAGGATAGGGTACAGTCGAAGGATTTGCCTTTGTTTAAGAATCTTTTGAAGGAGATTGCTAGTTTGGAGAGGAATGGTAGGGGGACTAGAAAAAGGGAAGAAAAAGAAAAATCAAGTTTTGTCGTAGTTCATTGA

Protein

>g57730.t1
MEENDEDKLLLSSLGITSANPEDIERRVLSTVITDARCDSEYGKGSNDQELKEKYENNPSSHSKIDLYNKLRALQVEIDAVASTVDKDKAVATNDDDGPDDADENEKVKNGITLQQALAKDRLKSLKQTRAQLLEEISNDTEMSNKALLNKLVEETSNKRKLKSKAVDNSKKDAKSCRKTVSYSEDTDFDAVLDAASAGFVETERDQLVRKGILTPFHKLKGFERSIQGPESSSRHNDVDEGTNERLASSSISKAAQSMSNFAKARPTTKLLDPLELPALEPPTHSFHRLKAPTKRKCKKTKHPLPNKKYRKEKLDSDADGNAIKDSRTSDYEEESQEEETNDTDDEESPVILEGGLKIPKAIYSKLFDYQKVGVQWLWELHCQQAGGIIGDEMGLGKTIQIIAFLGALHFSNFYKPSIIICPVTLLRQWQREARKWYPSFKVEILHDSAHGQQKTKKSSKSSDSDSDYDSEASLDSDDSYRVKPKSSKPKSSKPKWSELLSRVVNSNSGLLLTTYEQLRLHGDKLLDIEWGYAVLDEGHRIRNPNAEVTLVCKQLRTVHRIIMTGAPIQNKLAELWSLFDFVFPGKLGVLPVFESEFAVPITVGGYANATPLQVSTAYRCAVVLRDLIMPYLLRRMKADVNAQLPKKTEHVLFCSLSSEQRSIYRAFLASTEVEEIFDGSRNSLYGIDVIRKICNHPDLLEREYSAQNPDYGNLERSGKMKVVVEVLKVWKEQGHRVLLFTQTQQMLDILEKFLSSNEYSYRRMDGLTPVRHRMALIDEFNNSDDVFVFIMTTKVGGLGTNLVGANRVIIYDPDWNPSTDMQARERAWRIGQKRDVTIYRLITRGTIEEKVYHRQIYKHFLTNKILKNPQQKRFFKARDMRDLFTLKDDTEGGSTETSNIFSQLSEEINLGVGNNEQEIQGLTLDSGKESDTGNHSSLVSSSGGKEIEDQQNREVDEETNILKNLFDAQGIHSAVNHDAIMNASEEDKLRMEEQASQVAKRAAEALRESRMLRSHESFAVPTWTGKSGAAGAPTSTRRKFGSSVVNRRLPDGQTGHFHAGASSGKALTSSELLARVRGTQERAVGDALEQDLGNANERAGTRASGRVGVAQPEVLIRQLCSFMQQKGGESDSVSITLHFKDRVQSKDLPLFKNLLKEIASLERNGRGTRKREEKEKSSFVVVH*

Gene

>g57730.t1
ATGGAGGAAAACGATGAAGATAAACTTTTATTGAGCAGTTTGGGCATTACATCTGCAAACCCAGAAGATATTGAACGCAGAGTACTTTCAACGGTCTGTTTTGACATTCACAAGCACATTTTCTTGTTGTTCATTTGATCATTTGTTATATAAATAATTGAGGAAACTAAATTGCCCATTGTGTACTTGTTCTGAATCTCGTTTCCAATGCCTAGGTTTTACCTTTTAGTTAAATAACTCAACTTTGATGTCTGGCTATTATGACTTATAAGCAACGGTGAATGCGAAGTCCATAATCGGACATATCGACATAAATGATGTGTATATATTTTTAATAAACATTTTGTATGTATGTTGTTTAAAACAACAAAGCCATTTTAATCATCTACTTGTTAAAAATTGTTTATGAAATTCCATCTTAGTTACATGCAACATATAGTTGCTTCTTTGATTTTAACTTCTAGACTACTCGCTCAAATAAGCTATTTATAACTACTTTTAAGTTGTTGCCAAACATAAAATATAACGTCATTCTTGTTACAACATCAACATGTTGGTCTAGTTAGGCTTATTCATTGCAACCATTACGAGAATTATTGAATGTTCTTCCCTAATTGTTATCAATACATCGTAAACTGCACATTCAGCATTGATGTTATGAAACCCTAGTTAGGTGCTAAGAGAAATGTCAAAACTTTTGAGGTCTGACCATAATCTGTATGTTCAGGTAATAACAGATGCACGGTGTGACAGTGAATACGGTAAGGGCTCAAATGATCAAGAGCTTAAAGAAAAATATGAGAACAATCCATCATCACATAGCAAAATTGATTTGTACAATAAGCTGCGAGCTCTTCAAGTTGAAATCGATGCTGTAGCTTCTACCGTTGACAAAGATAAGGCTGTAGCAACCAATGATGATGATGGACCAGATGATGCAGACGAGAATGAAAAAGTGAAAAATGGTATAACTCTTCAGCAAGCATTAGCTAAAGATCGGTTGAAAAGCCTTAAGCAAACGAGAGCGCAGCTTCTGGAAGAAATTTCTAATGACACCGAAATGAGCAATAAGGCGCTTTTGAATAAGTTGGTTGAAGAAACATCAAATAAAAGGAAATTAAAGTCAAAAGCAGTAGATAATTCTAAAAAGGATGCAAAGTCTTGCCGCAAAACAGTGTCATACAGTGAAGATACTGATTTTGATGCTGTGTTAGATGCAGCGTCTGCTGGATTTGTTGAAACTGTAAGTTAAATTCTTTTACAGAAGTGTGTTGAGATGCTTGAAGGCAAATTTGCTTGCTGCTAATGTGTTTAGTTAGTTACATATGCATTTTTGCAGCTATACTCTTCAACTAATGAATAAGGCAAAAGCTCTACTACCATCAACTTCCCAATGAAAGAAATGTTCTATGTTTCCTCTTTGATACACAGTTTTGTAGTATTGACTTTTAGATTATTTATTTATTAATAATAACTATTTTTTTGGAGAGAGAGAGAGCATTCTAGTAGAAGTTGTTTAGAGTGTTCCACAAGAATATTTTGGTCAAATTATGCATAGGCTGTTAAATGTGTGTGCGCGTGCGCTCGCACGCATGTGACTTTTAGGTGGTTTTCATCTACAGTGCTGGAATCATAACCAATATTTATGTGTACTCAGTCTCACACTCGGGTTAGAGGACATACCTTTACGGTTGTCTCTATTTCACATAAAATATTATTTTCATTTATCACCACCTTATATTTGTTTTGTAATTCTACTTATGCACGAATAAGAAAAACTTATCCTGCTTAATTTAAAATTTTGACAAAAAAGCTATTTTGCTACATACTTGGACTATCAGAGATCATTCGCTAGTCTTTTTACACCACGATAATTATTTGCATGTAACATATAGCTTTTTAACATTTAGGAACGGGATCAACTAGTTCGGAAAGGAATTTTAACCCCATTTCATAAACTTAAAGGCTTTGAGCGGAGCATACAAGGACCTGAATCATCAAGCAGGCACAATGATGTCGACGAAGGGACGAATGAACGCCTTGCTTCATCAAGCATTTCTAAAGCTGCTCAGTCTATGTCAAATTTTGCGAAAGCACGGCCAACTACAAAATTACTTGACCCATTGGAATTACCTGCACTTGAACCACCTACTCATTCTTTTCATAGATTAAAGGCTCCTACTAAGCGTAAGTGTAAGAAGACGAAGCACCCTTTGCCTAATAAGAAATATAGAAAGGAGAAACTCGATAGTGGTAAGCTTACTGAATACGATATATTATACTGTCTTTTGCAGTTTTTGGCTGTATATTCCCACCGTTAGCATATCAACTTTTACAAGTAATTTTTGATATGTGCCTTCAAATGAAGAGCATTTTTGGTATTCGTGAATTTCATGACCTTTTTTTTTTCTTCCTATCATCGTTTAGTACTGTAGTAACATTTTTTTTTTCTGGTGTTTTCACTCCTATTAGACTATTGCAGGACAATTTGCTTATATTTATATATATGCTGCCAAAAACCTGTAATTTGTTTAGAACATTAGAAGTTGGAGAACATGCATAAAGTAATGTGCGTTAGGGTAATTTTGATTCCATTTTCGTTTCAGATGCAGATGGAAATGCGATCAAAGATTCAAGAACATCTGATTACGAGGAAGAAAGCCAAGAAGAAGAAACTAATGACACCGACGATGAAGAATCTCCTGTAATCCTTGAAGGTGGATTAAAAATTCCTAAAGCTATATATTCAAAACTTTTTGACTATCAAAAAGTGGGAGTACAGTGGCTATGGGAATTGCACTGCCAGCAGGCAGGTGGTATAATTGGAGATGAAATGGGTCTTGGAAAAACAATTCAAATAATTGCATTTCTCGGTGCTCTCCACTTTAGCAATTTCTACAAACCAAGCATCATTATTTGCCCTGTAACCCTTCTACGACAATGGCAACGAGAAGCTAGAAAGTGGTATCCTAGTTTCAAAGTGGAAATTCTTCATGACTCTGCTCATGGCCAACAAAAAACCAAAAAATCATCAAAATCAAGCGATAGTGATAGTGATTATGATAGTGAAGCCTCACTGGACAGCGATGATAGCTATAGGGTAAAGCCTAAGTCTTCGAAGCCTAAATCTTCAAAACCAAAATGGAGTGAGTTGCTCAGTCGTGTTGTAAATTCAAACTCTGGGCTTCTTCTAACCACGTACGAGCAACTGAGACTTCATGGAGATAAATTGCTTGATATAGAGTGGGGTTATGCTGTATTAGACGAGGGCCATCGCATAAGAAATCCTAATGCAGAAGTCACTCTTGTTTGCAAACAACTACGTACTGTGCACAGGATAATTATGACTGGAGCACCGATTCAGAACAAGCTTGCAGAACTTTGGTCACTTTTTGATTTTGTATTTCCTGGAAAACTAGGTGTTTTACCTGTTTTTGAATCAGAGTTTGCAGTTCCAATAACAGTAGGTGGGTATGCTAATGCTACACCATTGCAAGTATCTACTGCTTATAGATGTGCTGTTGTTTTACGCGATTTGATCATGCCGTATCTTCTGAGACGTATGAAAGCTGATGTTAATGCACAACTTCCCAAAAAAACCGAACATGTTCTGTTTTGTAGCTTGTCTTCAGAACAGAGATCGATTTATCGTGCATTTCTTGCTAGTACTGAAGTGGAGGAGATATTTGATGGCAGTAGAAACTCACTTTATGGGATTGATGTGATAAGAAAAATATGTAATCATCCTGATCTTTTGGAAAGAGAATATTCTGCTCAGAATCCTGATTATGGAAATCTTGAAAGAAGTGGAAAGATGAAAGTGGTCGTGGAAGTGCTTAAGGTTTGGAAAGAACAAGGGCATCGTGTTTTGCTATTTACGCAGACTCAACAGATGCTTGATATCCTTGAGAAATTTTTGAGTTCGAACGAGTATAGTTATCGGAGAATGGATGGGCTCACACCGGTTAGGCATCGAATGGCTCTTATTGATGAATTTAATAATTCAGATGATGTATTTGTTTTTATTATGACTACTAAAGTTGGTGGTCTAGGCACGAACTTGGTTGGTGCAAATAGAGTTATCATATATGATCCTGACTGGAACCCTTCCACTGATATGCAGGTTAAATTTGTTTTTTTTTACCAATGGTATATAATATGGAATGTTTTTATATAACATAACTCTTGATTGGTTTTGACTTAGTGATTTTTTTTGTGATAGGCAAGAGAGCGAGCTTGGAGGATTGGGCAGAAACGCGATGTGACGATATATAGGTTGATCACACGTGGAACTATTGAAGAGAAAGTGTATCATAGGCAGATATATAAGCATTTTCTTACCAACAAAATTTTAAAGAATCCCCAACAAAAAAGATTTTTTAAAGCTAGGGATATGAGAGACCTCTTCACTTTGAAGGATGATACTGAAGGAGGCTCTACAGAGACATCAAACATTTTTAGCCAGCTTTCGGAAGAGATTAATCTTGGTGTAGGCAATAATGAGCAAGAAATTCAAGGATTAACTCTCGACTCCGGTAAGGAATCAGATACCGGAAATCATTCATCATTGGTTTCCAGTAGTGGTGGGAAAGAGATCGAAGACCAACAAAATCGTGAAGTTGATGAAGAAACTAACATTTTGAAGAACTTGTTTGATGCCCAAGGGATTCATGTAAGTCAAATATTTTTATGGCTTAGGTTTCCTGATTTATTTTACGCGGCTAGGTATTTTTATTCACAGAAAGATGAATTTATTGCTTCACAATATATCTTGTGCATTTGTGGAAGTAAACAATTGTTTTTTTTTAAATTTAACAGCATAATATGAGTAACGTTAACGTGTAGACGCATGTTAACAATGATCATTGTTCCGCTTACTTTTTCAAAGATAATTGTTTCATTACAAAACAATGAAAATTGTTAACATATGCGGTTGTAAAAATCGCTAGGCGGACGCTAGACGGTAAGTATGAATTAATTGTTTAGACGGGGATTAATTGGAGCCAGGCGTAATGATTGTTCATGCATTTCAGATAAGATTTTAATGTTTTGGTGTCAATTGATGCGCTTAGGAGTAGCCAAGAAAGCAAGACCGTTTAAAACTAGCACATTGATGCTTATTCGTTGCACCGAACCTTAAATAAACTAGCGTCTAAATACATGCTTAGATTCTTACATGAGATGGGGTGAATCGCTAAGCGGTGGGGCCTAGGCGGAGGCCTAGAAAGATTTTTTACAACGGTGCATATGCCCAATGGGTACACGTTAAATTATCCTTTTACGTTTGAGGCCTTGGCATATCCATAAGCATTTCATATTTTTTATGCTGTAACAATGAATTTGTTAAAACAAGAGATGTTATTACACATAAAAGCTGGTTGCCATATTCTGTTGTTTGCTTCTTGCTGTTTTAAGAAAAATAGCACCGTGTTAATTGCAACATTTGATCAGTAGCATATGGCATGCATAATGTAAACATACAGTGAAATACGAAAAATCGAAAGGGTGTGGGCACGCACGCTTGTGTACACCTCTCTTTCGCTACTCCTTCTACCCCTCTACGATTTTTGGTGCTACGCTGTTCCAAATCAAATGAAATTTTTGGGACGTTCAGTCTACACTATGTACATCATGTCCACAAAAGATGAGATCATTTCGAAAACTCATAATATGTTCACAAGTTGAATATCCAGTGCTAAACATTTATTTTGACCGTTGATTTGAAACATTACTTTAAACATTTTAGGGTTATTTAGGATAAGCCAAATTTTGTAGAGATGATCTTGAGTTATGTTAGAACATATTTACAAATTTTCGTTTGATTTCGAACTATGTTAGTGAAAAAAGAAGAGGAGTGTAGATGAGGTCTCGTGGAACCCTTACCCCGCACACACACATATAGAGTGCATGCGTCAACGCCCACCATTTTCTTTTTCGTTGCCCAAACATTGTTTTAAAACTTGGTTTTTATACTATCAATGTAATTTTTATGTACTTTATACATTGTTATTTGAAAAGGAAGCAATAATTGTTTCTTTATGAACCAATAATTGCAGTTAACATGTGATTGATGTTAACATCTGTAAATGTGTGCACTTCAGTATTACCCATTGCCCAAGATAGTTATAGTTTGCTTTCCTACACTATTGATGTAATTATTAGGTAATTTATGCATCTTTATTTGAGAAAACAAACAATAATTGTTGACTTGTCCTGGTGCTCAAATGCTCTGGCCTTGGTTCATATGGTCACTGGTTCGAATCAGGATATATGTTGACTTGTAACATGTTATATTATATATTATCTAAGACTTGTAGTATAACTATATACCACCACAACCGTACTCGGTTTTAAAAATAAAATATAAAGCTAATGCTTATGTTTGTGCAGAGCGCAGTCAACCACGATGCAATAATGAACGCAAGCGAGGAAGACAAGCTCCGAATGGAAGAGCAAGCATCGCAAGTGGCCAAAAGGGCAGCCGAGGCGCTACGGGAATCCCGCATGCTCCGCAGCCATGAGAGCTTTGCGGTCCCCACATGGACAGGCAAATCCGGCGCAGCCGGGGCTCCAACTTCCACCCGTCGTAAGTTCGGGTCATCGGTGGTAAATAGACGCTTACCCGATGGACAAACCGGTCATTTTCACGCCGGCGCATCTTCCGGCAAAGCCCTGACGTCATCCGAGCTCCTGGCCAGGGTACGGGGGACCCAGGAGAGGGCGGTGGGAGATGCTTTGGAGCAGGATTTGGGGAACGCTAATGAACGAGCCGGGACCAGGGCTTCGGGTAGGGTTGGCGTGGCCCAACCTGAAGTGTTGATTAGGCAGCTTTGCTCGTTTATGCAGCAGAAGGGCGGGGAGTCGGACTCTGTTAGCATTACGCTGCATTTTAAGGATAGGGTACAGTCGAAGGATTTGCCTTTGTTTAAGAATCTTTTGAAGGAGATTGCTAGTTTGGAGAGGAATGGTAGGGGGACTAGGTGGGTTTTGAAGCCAGCTTATCGATAGCATCCAGCTGTTGAGTTTCTAACTCTAATTTTATCTTTTTTTTTTTTTTTTAAATTTTAGAAAAAGGGAAGAAAAAGAAAAATCAAGTTTTGTCGTAGTTCATTGA

Functional annotation

Database	accession number	e-value	annotation
nr	XP_020245498.1	0.0e+00	DNA excision repair protein CSB
Swissprot	Q7F2E4.1	0.0e+00	Cockayne syndrome protein CSB
trEMBL	A0A5P1E7G3	0.0e+00	DNA repair and recombination protein RAD26

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT2G18760.1	64.02	0.0	1440	CHR8	chromatin remodeling 8

>>>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
g57730	AT2G18760.1	1209	352	21	3	1165	2	1173	64.02	0.0	1440
g57730	AT5G63950.1	695	360	13	346	986	353	992	32.52	3e-97	354
g57730	AT2G25170.1	574	332	12	336	895	242	779	33.45	2e-77	288

Ortholog group

Species	Genes
Allium cepa	g57730.t1
Allium fistulosum	AfisC2G07266
Allium sativum	Asa6G04448.1
Arabidopsis thaliana	AT2G18760.1
Oryza sativa	LOC_Os01g01312.1

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF00176.20	SNF2_N	Family	378	700	212.7	5.3e-63
PF00271.28	Helicase_C	Family	720	832	64.9	6.5e-18

Gene Ontology

Accession	Ontology	Name
GO:0051276	P	chromosome organization
GO:0001207	P	histone displacement
GO:0001208	P	histone H2A-H2B dimer displacement
GO:0008152	P	metabolic process
GO:0003674	F	molecular_function
GO:0034728	P	nucleosome organization
GO:0042623	F	ATPase activity, coupled
GO:0003824	F	catalytic activity
GO:0017111	F	nucleoside-triphosphatase activity
GO:0006139	P	nucleobase-containing compound metabolic process
GO:0016887	F	ATPase activity
GO:0006259	P	DNA metabolic process
GO:0006281	P	DNA repair
GO:0006283	P	transcription-coupled nucleotide-excision repair
GO:0006289	P	nucleotide-excision repair
GO:0006325	P	chromatin organization
GO:0006355	P	regulation of transcription, DNA-templated
GO:0006357	P	regulation of transcription from RNA polymerase II promoter
GO:0006725	P	cellular aromatic compound metabolic process
GO:0006807	P	nitrogen compound metabolic process
GO:0006950	P	response to stress
GO:0006974	P	cellular response to DNA damage stimulus
GO:0006996	P	organelle organization
GO:0008094	F	DNA-dependent ATPase activity
GO:0008150	P	biological_process
GO:0009314	P	response to radiation
GO:0009411	P	response to UV
GO:0009416	P	response to light stimulus
GO:0009628	P	response to abiotic stimulus
GO:0009889	P	regulation of biosynthetic process
GO:0009987	P	cellular process
GO:0010212	P	response to ionizing radiation
GO:0010332	P	response to gamma radiation
GO:0010468	P	regulation of gene expression
GO:0010556	P	regulation of macromolecule biosynthetic process
GO:0010767	P	regulation of transcription from RNA polymerase II promoter in response to UV-induced DNA damage
GO:0016043	P	cellular component organization
GO:0016462	F	pyrophosphatase activity
GO:0016787	F	hydrolase activity
GO:0016817	F	hydrolase activity, acting on acid anhydrides
GO:0016818	F	hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides
GO:0019219	P	regulation of nucleobase-containing compound metabolic process
GO:0019222	P	regulation of metabolic process
GO:0033554	P	cellular response to stress
GO:0031323	P	regulation of cellular metabolic process
GO:0031326	P	regulation of cellular biosynthetic process
GO:0034641	P	cellular nitrogen compound metabolic process
GO:0034644	P	cellular response to UV
GO:0043170	P	macromolecule metabolic process
GO:0043618	P	regulation of transcription from RNA polymerase II promoter in response to stress
GO:0043620	P	regulation of DNA-templated transcription in response to stress
GO:0043933	P	macromolecular complex subunit organization
GO:0044237	P	cellular metabolic process
GO:0044238	P	primary metabolic process
GO:0044260	P	cellular macromolecule metabolic process
GO:0046483	P	heterocycle metabolic 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:0051716	P	cellular response to stimulus
GO:0060255	P	regulation of macromolecule metabolic process
GO:0065007	P	biological regulation
GO:0071214	P	cellular response to abiotic stimulus
GO:0071478	P	cellular response to radiation
GO:0071482	P	cellular response to light stimulus
GO:0071704	P	organic substance metabolic process
GO:0071824	P	protein-DNA complex subunit organization
GO:0071840	P	cellular component organization or biogenesis
GO:0080090	P	regulation of primary metabolic process
GO:0090304	P	nucleic acid metabolic process
GO:1901360	P	organic cyclic compound metabolic process
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:0104004

KEGG pathway

KO	Name	Enzyme ID	Pathway	Pathway ID
K10841	ERCC6, CSB, RAD26; DNA excision repair protein ERCC-6	EC:-	Nucleotide excision repair	ko03420

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network