result

Gene information

Detail information of g368594

Location

Gene	Chr	Start	End	Strand
g368594	Scaffold_72888:HRSCAF_455974	82356	93796	-

Sequences

CDS

Protein

>g368594.t1
MSVATDAMDSNYIDFNSSSETGILALESSELDGDGKGDDFFNGFDDISIDLNEIVAILDEDQHKTTESYEQRESTPTLKPSQKIQADMDKFREMGGAHLNLNDIAVMEHPFADQVNVSGSYLANNFNQQPQLQNNMEAYSFSAEEGMKETNTYLNYSNQGILCQNEINTENETTNTNGNTCSVNTQNGESSSAYIFPLEKIDVNNNLPCITSEISTSGLAVDDGYPSSHYLYMNIDSIMPETNTFDTSLGTCDGSNSCLTLPIELSSNAETALLQKASGQLHAGFSDNLLKTNDYMPPLNKVKLCTEEESPDSPLPEVSISDLDSPFSDELCSEYNHNDDISLTSEPSPDSSPLISAGNTNFDYVDSSFVDASEQALSGLGKIWPSKHKLYNKDDGQDQLHQVWHGCLKGENNTVQSNITRSRVSFEDEAGDADVCILEDISAPACPPQVLYMPQRSEHMGARIDDERLTYRLALQDLSQTKSETSPPDGLLAVPLLKHQRIALAWMVRKETASVHCCGGILADDQGLGKTISTIALILMERSPLPRPSTLANTKGRCETLNLDDDGEENDGGEANATKLTRLDGPMRTIGRSLVMDGMNMRPAAGTLVVCPTSVLRQWADELQTKVTREANLSFLLYHGCNRTKDPKELAKYDVVLTTYSIVSMEVPKQGLVDKDDEEKEKHVPYEMSDGLPNSKKRRFSSKSSNKKDQTKISARPLGRVGWFRVILDEAQSIKNHRTQVARACWGLRAKRRWCLSGTPIQNAIDDLYSYFRFLRYDPYADYHSFCSTIKNPITRNPTNGYKKLQAVLKTIMLRRTKATILDGKPIIDLPPKTVSLKKVGVLGSMLGNGKKTAQEKRIVLLSYLEVSLAICAICNDPPEDVVVTICGHVFCNQCISEHLTTDESICPSPNCKNRLNSVSVFSRSTLESSLTDELGTGCGSAAGSDLKEVDDDVKYKSVWSPYSSKIKTVLEILQSLPRYSHCDSSKRTANYSTANTSCFNGVKQFKVESSHNLEEISGNAAVSSIKSVKLEGSNREVSEKAIIFSQWTKMLDLLEGPLKASGIQYRRLDGTMSVNARDKAIRDFKTLPEVTVIIMSLKAASLGLNLVVANHVILLDLWWNPTTEDQAIDRAHRIGQTRPVNVSRLTVSGTVEDKILKLQEKKREMVASAFGEDESGSRQSRLTVEDLRYLFSSNPSF*

Gene

>g368594.t1
ATGAGTGTGGCCACTGACGCTATGGACAGTAATTATATTGATTTCAATTCTTCGTCCGAAACAGGGATTTTGGCTTTGGAATCCTCAGAATTAGATGGAGACGGAAAAGGAGACGATTTTTTCAATGGTTTCGATGATATTTCCATTGATCTCAACGAAATTGTTGCTATCCTTGACGAGGATCAACATGTCAGTTTTCTCTATATTAAGAAATATGTATTATTATGTTAGATTAGATGTGTTTGCTCATTCGATTTTCAGTTTGTGAACCAGCTGGTGCTGCTGTTGCTTATGATCTTCTCTATATGTTTTTCATCCATACTTATCTGCTTTTGGTTCTAATTTGGTCATAATGAAAGCAAGTGTAGCTTACCTGTATTTATTTTTAGAAAATAATAAAGTAGGAGTGATACCATGAGAGGCTGAATTCTGTTAACACTGAGCATCTATTTAAGTAACATTGTACGGTTTTGAAAATTAATTTACATTCACAATACATTTATTTTTGTATTTGCTTGAATTATTAGAGCTGAAACACCCTTTACGAACGTGTTTGCTTCCTTAATAATAGATGTAGATGCTCATTTTTCCATGTATAATGGATTTGGTTGGAAGGGTTTCACTTTGTCACAAAAGAGTCATGTTGAATGAGTTTTCTTCTGTACTTGAAACATATTTGAAAGATAATTCTTAACAGGAGAAGCAAAATAGCTAAAGGTGACTTACTGGCTACGTGGAGAATTGAGGAAAAAATAATCATAAAATGTATAAAGAGAGAATTATTTAGTGTAGCCGTGTATAAACTGCATAAATTAAAGTAGTTCATTCTTTATTATCAGAGTACCATTTTTTCCTCTCTCCCTCCTATGATCGTCCTCTGCCGCAAGCCTTCCTGATTAGCCACTACTTGTTTTCTCCTCCCCACTACCTTCATCTACCATACATCTTCTTATAAACCTTAGTTTCTCTAGTTCAATTCTTCTTAATTTGAAGCTTGAAAACCTTAATTTCCAAAGTTCTCCAAAATTAATTATCCCTAATTTTAAAATTCTAATTTTGAAGAATGAGATAGGGAAAGAGATCTTGATAAAATTCTCATCTATCATGTTCACGTTTTGAGATTTTCTAATTATACACATGCACACATATAATTCTGTTTCTCCAACAACACCCCTTCCCCCTCCCTCACAAACAAAACCCCTTTTTCTATTTTGATTTTTCCTTTAGTATTTCCTTTTGAAAAGTGATTTTATGCATCTGTAACAATTGAGTTTGATTCTTTCATTTTCGTCAACACCTAACATGCTCTCATAACTATTTTTATTTTCTTTTATGAAGCTAATAAGTGTATACAGTTCCATAATTGTATGTACTTTATTTTATATTAATTTTTTTTTGGGTTTAATTGTTCAGAAAACCACTGAAAGCTATGAACAAAGAGAGAGTACTCCTACCCTGAAACCCTCACAGAAAATTCAGGCAGGTAAATATGTGAGAAACTATTAAGAATTTCACCCTCATGCTGGAAGTTGTTACTTGTATTTGATTAGTTTATACTTCGGTGTCAAAAACAGATATGGACAAATTTAGAGAAATGGGAGGTGCCCACTTGAATCTGAATGATATTGCTGTTATGGAACACCCTTTTGCTGATCAGGTGAATGTTTCTGGAAGTTACTTGGCCAATAATTTTAACCAACAACCACAGCTTCAAAATAACATGGAAGCATATAGTTTTTCAGCTGAAGAGGGTATGAAAGAAACGAATACTTACTTGAATTATTCAAATCAAGGTATTTTGTGTCAAAATGAAATAAACACTGAGAACGAAACAACCAATACAAATGGGAACACCTGCTCTGTTAATACTCAAAATGGTGAATCAAGTTCAGCATATATTTTCCCTCTGGAAAAAATTGATGTAAACAATAATTTACCTTGTATCACCAGTGAGATTTCTACTTCAGGATTGGCAGTAGACGATGGTTATCCAAGTTCACATTACTTATATATGAACATTGATTCGATTATGCCTGAAACCAACACTTTTGACACAAGCCTTGGCACATGCGATGGTAGCAATAGTTGTCTAACACTACCTATAGAACTCAGTTCCAATGCTGAAACGGCTTTACTTCAAAAAGCTTCAGGTCAGTTACATGCAGGTTTTTCAGACAATTTACTGAAGACAAATGATTATATGCCTCCATTGAATAAGGTAAAGTTGTGCACAGAGGAAGAATCTCCTGATAGCCCATTGCCAGAAGTCTCCATCTCAGACTTGGATAGTCCATTTTCAGATGAACTGTGCTCCGAGTACAATCATAATGATGATATCAGTTTAACAAGCGAGCCTAGCCCAGATTCTTCACCACTTATCTCAGCTGGTAACACTAATTTTGATTATGTTGATAGCAGTTTTGTAGATGCATCAGAACAAGCACTCTCTGGTCTTGGTAAAATTTGGCCAAGTAAACATAAGCTATACAACAAGGATGATGGGCAAGATCAATTGCATCAAGTTTGGCATGGTTGTCTTAAAGGCGAAAACAATACAGTTCAATCGAATATCACTAGAAGCAGAGTAAGTTTTGAAGACGAAGCTGGCGACGCTGATGTATGTATTCTTGAGGATATTAGTGCTCCTGCCTGTCCACCCCAAGTACTTTACATGCCACAACGTTCTGAGCATATGGGAGCAAGAATAGACGATGAAAGATTAACTTATCGATTAGCCTTGCAGGTTAATTTTCATTTTGTCTATTGCTGTTAGATAATTGTGCGTTCGCAGTTCTTCCAAAATATTCTTGTGTTGGAAGATTAAATTCATATATTTTATTATTAAGTATTCAAATATGCAAATAAGCAGTATTATATCCAATTACAATAAATCACTGTGTGTGAATCGACTGGAATGTGGTTGCAGATTAGATTTCACTCTAGTTTTTTTGACTTCATAATTCCTGTTAGGCTTTATAAGACCGCATGCACGAAATTACTATATAAGAAATAGACTATCCAGGCATTCCCTATGTTATGTGGGAGTAACGGTTCCTTCACCATTTACCCTTCAGTTTTGTACTTTGTTTCATCTGCTAACTCACATGTTTTTTTAGTAACTTTGAATTTTGTTCGTTATAAAGTTGGCTCTTGTTTTGATCCTGGCTGTGGTTGCAATGCAGGATCTTTCACAGACAAAATCTGAAACTAGCCCACCTGATGGTCTTTTAGCTGTCCCTCTTTTGAAACATCAGGTCTGGTTGGATTATGCATACAGATACAAACACATGCACATGCACATACATACACATACACACACACATTCATCTGTATGTATACATATTTACATTACACACATACACACATACACACATACTTTGTTTTATTTTGCTCAAACATCATTTTGGCAGAGAATAGCATTGGCATGGATGGTGCGCAAAGAAACTGCAAGCGTACATTGTTGCGGAGGTATCCTTGCTGATGATCAGGTTAGTTTCCTCCTCTGGTCCGATTATAGATGTTTTGGTTTGATAGTTATGAAGTGAATATCACTCAACTCGGTCAATATTCAGGGACTAGGTAAAACAATTTCAACAATAGCGCTCATCCTGATGGAGAGATCTCCATTGCCCAGACCTTCGACCTTAGCAAACACTAAAGGCAGATGTGAAACCCTGAATTTGGATGATGACGGAGAAGAAAATGATGGTGGCGAGGCTAACGCAACTAAACTAACTCGACTTGATGGGCCAATGAGGACGATAGGTAGATCACTGGTCATGGATGGGATGAATATGAGACCAGCAGCTGGAACTTTGGTGGTATGTCCCACCAGTGTTCTACGACAATGGGCAGATGAACTTCAGACCAAAGTTACAAGGGAAGCAAATTTATCTTTTTTACTATATCATGGTTGTAATCGTACAAAGGATCCTAAGGAGCTGGCTAAATATGATGTAGTACTGACTACTTATTCGATTGTAAGCATGGAGGTTCCGAAACAAGGGCTTGTGGATAAAGATGACGAGGAAAAAGAAAAGCACGTTCCATATGAAATGTCTGATGGGCTTCCAAATAGTAAAAAGAGAAGATTCTCATCAAAATCATCCAATAAGAAAGATCAAACTAAAATTTCTGCTCGCCCTCTTGGTAGAGTTGGATGGTTTCGTGTGATATTGGACGAAGCTCAAAGCATTAAAAATCACAGGACTCAGGTCGCAAGGGCATGTTGGGGATTGCGTGCCAAAAGAAGGTGGTGCTTATCTGGTACACCCATCCAAAATGCAATCGATGATCTTTATAGCTATTTCAGGTTCCTTAGATACGATCCATATGCTGATTATCATTCTTTCTGCTCCACAATTAAGAATCCAATAACCAGGAATCCAACTAACGGATACAAAAAGCTTCAAGCTGTCTTAAAGACGATAATGCTGCGTCGTACAAAAGGTAAATTACAGAGTATTAACACAAGTGATCCTAGGATTTTTTTTCCCCCTGATTGCATGACATTAGAAGCTTTTTTATCAACCGAAATATACTGTAAGGAATTCCATTAGTTTTGATTAGATCATCATCTCTTTATTATTTTACTACGAGTGAAAAAAATATTTAATTGTTTTGTCAATACAAATTGTCAAAATTAAATCAAACAAAGTAACATAATTTATTCATAACAAACTTCGTAGTTCATACTACAACCATGATGAAATATTCGCATTCCAAATAATCATGAAAGCTTCAAAATAAAATATACTATGATAGCAAAGTATTCATTTTTTTAGTTAATTTATTGTAGATTGCTTTAGGTTATATCTAAAAATATTTGAAATTTAAAAATTAGAAAATAAGTAGAAGCTAGATAAAAAAATATAGAAATCATTAAAATCAATTTTGAAAAATTAGAGAAAGCAAGAGTAATTTTTTTTACCTTTTATTTTATTTTGAATCATGAAGAGGAATAACCGATTCTCTATATAATTTTAAATGAAATATAGGAAGAGGACTTAAATTCAGAAATAGGATTAAAATTTGAAGATGTTTAACAAATAAAGAAAGTGATTGGATTCTTTTATTGTAATTGTATTCAATTTGATCAAAGTACTAAAGGTCAAACTAAGAATGAATAGTTTTACTGCACTCCAAGAAATAAATAAAAATAAAAACCAATGCTCCAGCACCCCTTTGGATGCAGAAAGGAATAAAGCGCCAAAGTCAAAAGACGGGGATTAAAATTGCAAAGTAGTGCCTAAGCGGCGATCCAGCAGCTCCCCTGACAGAATGGGGAAAAGAGCAAATAACAATAATTTATACATGAGATGAGCTACTCAAATAGCAAGTTTAAGTCAGATGATAACAAGAATGGCAATGGGACTGGATTTTTGTGTTTAAACTGTTGTGATTTATCTCTCATTTGATTGCTAACCTGCTATTTTTTCGTTAAATACACATGTGATATGAGCCTTGGCGCAACGGTTAGTTCACCAGCATGGTGATCTGGACGTCCAGGTTCGAGTCTGGAAACAGCCTCTTCGCAATGCGAGGGAAAGGCTGCGTACATTATCGACTTTCCCAGAGTCCGCTATCGTGCCAGAGCCTCGTGCACGTGTTCCACCTTTTTTACACATGTGATACATGCTTTTTGTTGTGGCTGAACTGCTCTTGTAGAATGTCATATTTGAACACGCAAGTAGATTATTCATTGATAGTGCAAATTTATTTTGATATAGCTACTATACTTGATGGTAAGCCGATTATTGATTTACCACCGAAGACGGTCTCATTAAAGAAGGTGGGAGTTCTCGGCAGGTGAACGCGATTTTACTCAACACTGGAAGCTGCGTCACGAGAGCAGTTTGCGGTGAGTTCTCATATTTAGATGTTTCTGTTGATTTTCGAAAAAAAAAATAAAAAATTTTCCTAGTTTTTTTTTTGAAGTTATATAACCAAATAGTATCTGTAGTATTACATGTTAAGCTAAGCCGGTTCATCAGTGCAACTCGTTCTATTTGCTGCTTTTATCATCACCTTGCTTTATCTTATTTCTGATTGTACTGTTTATTTTTATTGTGATTTGATATCTTTTTAGCTATCTACTCGAACAGATCAATTTGAGGTGTTAACCAGAGTATAAATTTTCCATAAATGACAGGAATATGAAGATGCTGGTACAGTTAAACAGAACTATGTAAACATTTTACTGATGCTATTTACGTCTTAGGCAAGCTTGTGATCATCCGCTTATGGTAAAAGTTAATGAATCAAATCCATGTCAGAAAGCATGCTTGGAAATGGCAAGAAAACTGCGCAAGAGAAAAGGATTGTGCTTTTGAGTTATCTGGAAGTTTCATTGGCCATTTGTGCTATTTGCAATGTTAGTATTCATTCTTATCTCTTGATTCTCGATATGGAGTCATCTGTTCTTACACTAACAATTGTCACTAGACACTAATAATCTTGTACACGAGCTTAAGGTAAGATGTTAACTTGTAAATTGCAAGTAGTCCTCTTATTAGTTCACTACAAAACTGTGAACAGTACTTGAATGCAAATAGGAACTTAGCTGACCTCGTAGAAGGGTCAAAACTCAGAAGGTAGAACCCAATATGTTTTTTCTAATATTGTTATGAAATTATATAACCGATTAAAATAGATTAGTTTCATCAATCACATCAATAAACTTGTATAATTTTCATAATTTTCTTTCTGAAAACTTTTCTTTTTATATTTGATTATTTCATTGGAGATGTTTTGGATATTAACTTTGAACTGTATTACCATCCACTTATATAAATTTTTGTACGCACCTTAAATACTTTAAATATTACTAGTATGGCCGGATATTTGTGTATAACTTTGTAAACTACATTGTTTGAACTTCGTCCATTTTGTTCAAATTGGTTCATTTGCATATAAATAACAAATTTGATGTATTCTTGGGTATTTCTTTGCAGCATAATATAAGTTACTGTTTTTATATCATGTAGTACTATTTTATTTTCTCTTTAATGTTTGCAGATTCAGTCTATTAGATAAGAAAACTAAGCTATCTTCAAAAATCTAGAGTAGGCTTATGATTTAAGAGTTGACTGGTTAAAAATCCTGTGTGGTTATCTGACAGTTCAAATCACCACATACTTGCATGTAATATAACTTTTTAGCATGGTTGGGTAACGCATAAAATAAAATGAAAAATTCTTTACCTTTTAATATCAAGCATACAAATTTTGAAACAAAATAAATTTTGAAGGAAGAAGGGAGACATTCATGTGTTGAGGGTATACTAAGGACAAGAAACATTGATGCTCATCCACTATTTTAGTACAGCAACCTTTTAGTGAAGTTACCTTATTGTAATAGTAATTAGTAGTTCTTGAAACACTGTTGCTGAATATTTAGGAAATAGTATCTGTATATGTATACATGTGTTGGAATATAGGAAGTATTGAATTTTTATACTGATAATTCTTCAATATGTTGCTGCCTTTTCTCATTAGGATCCTCCTGAGGATGTTGTTGTCACAATTTGTGGGCATGTCTTCTGCAACCAGTGCATCTCTGAACATCTTACGACCGATGAAAGTATTTGTCCTTCGCCTAACTGCAAGAACCGACTTAATTCCGTTTCTGTATTCTCTAGAAGTACTTTGGAAAGCTCTCTTACTGATGAACTAGGTACTGGTTGTGGGTCAGCAGCTGGTTCTGATTTAAAGGAAGTGGATGATGATGTAAAGTATAAATCTGTCTGGTCCCCTTATTCTTCCAAGATCAAAACAGTTCTTGAAATTCTACAGTCGCTTCCTAGATACAGTCACTGTGACTCTAGCAAAAGAACTGCAAATTACTCTACAGCAAACACATCTTGTTTTAATGGTGTAAAACAGTTTAAGGTGGAGAGTTCACATAATTTAGAAGAAATATCAGGAAATGCAGCAGTAAGCAGTATAAAAAGCGTGAAGCTGGAGGGTTCAAATAGGGAAGTATCGGAAAAAGCCATTATCTTTTCACAGTGGACTAAGATGCTCGACTTGTTGGAGGGTCCACTTAAAGCATCTGGCATACAGTATAGGAGGCTTGATGGAACAATGTCTGTTAACGCTAGGGATAAAGCAATACGAGATTTTAAAACTCTACCTGAGGTAAGTATGTAGGTATGCATGTTTTTTTTACCATATTACTAGTAAATTTATTTTGTTTTGCAAATACAAAATTGTCCAGGTTACAGTTATAATCATGTCTTTGAAAGCTGCAAGTCTTGGGCTGAACTTGGTTGTTGCTAATCATGTTATTCTTCTTGATTTGTGGTGGAATCCAACAACTGAAGATCAAGCTATTGACCGAGCACATCGGATTGGTCAAACACGTCCTGTAAATGTTTCTCGTTTAACAGTCAGTGGAACCGTGGAAGATAAAATACTCAAATTACAGGTACTTTTTTCTTCTTGCATATGATTCATTTTTTCCAAATGAAACCAGACATACAGTAGCAATGCACGAAATGTTCATAGGGGGAGATTTGAATGTACATGCATGGGTAAATAAAAAAGAAAACAGTAAAATGCATTGAGGTTTTGGTTATACACCTAGAAATGAGGAAGGAGAATCATTTTTAAATTTTGCTAGAGCATTTGGTTTAGCTATAGAAATTTTTTTTTTCCTGAAAAGAGAGAACATTTGGTCACAGAAAACTGGTCAAATAAAACATAAATTGGCTATTGTATAGGTATAACGGAGATTTATTATTACTTTAGGATTGTAAAGCAATACCCCTGGGAAAGATTAACCAGTCAACACGTCTGCCAACTATTAAACTTATCAATCAAGGTATTGAATTTAAGGAATATGAGTAAAAACCTAAACATAATAAATGGAAAGAATTGGAAGGTAACAATATAATAATATTTAATGAATATATTATCAATGAGAGAAAATGCAATTGTAGCGATGATATAAATAATTTATGGACTAAAGTCACAAAGGATGTCATAGAAAAGGACATGAACAGTAGAAGAAACAATGAAAAGTTTATCAAAAAGGAAACATGGTGGTGGTGAAAAAAGTTCAGAACGCTATATAATCAAAGAAAAAATGTTTTAAAAAATGGCAAAATGGTAGGAAACAAGAAGATTTAGATTACAGCAAAAAATAATTAAAGCAAAAAGTTGTGAGTATTGCCAATCAAAATGCTTACAAAAATATATATGACAAACTTAAGTACAAAAGATGAGGAAAATGATAGTTATACATAAGCTAAAAACAAAGATAGATTAACAATTAACCTTGAACAAATAAAAGCATTAGAGATGTTAATAATAACATATTAGTAAAAGTGGTAGATATACTGAATAGGTCGAAACATTGTTTTGAACAATTACTTAATGAAGAAAACCCAAAAAAGAAACTGGGACAAATAGATGGTAAAATTGGGATGATCAACAAAAAGCATTAGAGACGTCAATAACAACATATTAGTAAAAGTGGTAGGTATATTGAATAGGCAGAAACATTATTTTGAACAACTACTTAAAAGAAGAAAACCCAAAAAAGAAAGTGGAACGAATAGATAGTAAAATTGGGATGGTCGACAAAATAGAAAATAAAACAGTTGAACAATCAATTGGGTTTTTTTTTGTGCGTGGGGGGGGGGGGGGCATCTGTTCCTCCAGACGATGAGTTAAATGGCTTACTTAAATTATCTAATAAAATATTAATGGAAGGAAAAAGCCAAACGAGTGGACGAAAAACATGCTAATACCAAGTATTAAAATATAGGAATGATATACAAAAACCGTGGTAACAATAGATTAATTAAACTACTAGATCACATAATAAAATCATAAACAACGATTAAGAAGTGAGCATTTTCATCAATTTGGTGTTATGCTATGTTAGTCTACAATAGAAACTATTTTTTTTTTTTTTTTTTTTTGGATAACATGGGTAACCTTAAGATCATGGTATTCATTGATACTCACTTAAGTAAACCCCACGCCGTGTGTCTACCCGCTTTTATTTATTCGTCGCACACGGATGCGTAACGTTGAAACTCCCACTGATGGTTAGGCGCTGGGATTCGAACCTGCCCGGACACAGTCCTTTAGTCCCCATCTCCCAGCCCCCTAACCAACCGAGCTACGAACGGCGGGTCTACAATAGAAACTATATACTTAATAAGACTGCTAATGGAGCAATTTAGGAGTAGTAACTTTTCTTTCTGCATATGCTATTCATAGATCTAGAGAAATCCTATGATAGGGTACCAAGAGACATAATTTAGTGGGTGTTAAGTAAAAAATAATTTCAACACACATGATAAAACTAATTCAAGATATCTATGAAAACTCCAAGATGAAGGCACAAACTGCATGTGAAGGGACAGGTGAATTCTCATTAAAGGTAAGTGTTACATCAAGATCGGTTTTTAGTCTATATTTATTTGCATTAGTCCTACTCGAAAACAAAGGAAATCCACGATGCATACTATATAGTGTATGATGTTTGATATGTCAAAAGAAGAAAATTAGAAAAGAAAAAAAGGCAAACGGAGGAATACAGCAAAATCAAAAGAGCTTAGGCTTGCTTAGTAGGATTAAAATAGAGTACATGTCACATGCAATGTTAGTAAAAAAAAACTATGGGAATCAATATGATAAACAAATCAAATTAACAGAGGATGAATAAAATGAAGACAAACAAATGTCATTTTAGGTGACTGGGAAGTGCTAGAGAAACTAACACAAAATTTTTATCGAACAATCCACTGTATTATATAGAGAAAAATGTTGGCATTTAAAAAAAAAAACATAAGTTAAAATCAGGAAAATGAGAACGCTAAAAGAAATTGTTGAAATTAGAAGAATTTTTTTATAGAGTTGGCGATGAATCGATTAGAGAAAAACCAGAAGCGATCTCTAAATGAGAAAATCAAGGAAAATAGGCTTAAATGGTACATACAGTGAAGATACTATTGTTAAAAAAACAGAAAAAGAGAGACTTAAACTGACATGAGATGAGAAGAGTGTTAAAAATGATGATTTAAAAAGGTAACTTGAATTTCGTTCAAAATATGGTTCAAGATAGAACATTATGAAAATTGAGAATCCATGTGACCAACCCTACTTTGGGAAAAGTTATCGATATTTGTATCGTTTGTCATGCAAAATTTTAAGAATGTGTCATGTCATATACATCACTCATAGTCATTTCTATGAGATTAACAGAAGAAAAGTTGTAAAATGACTTTATTATTCATGAAGATTTTTTAATGTGAATACAGCAGTATTTTCAGTATGTGTAGCCAGTATTATATTGTTCAATGAATGTAGGAGAAAAAGAGAGAGATGGTTGCTTCTGCATTTGGAGAAGACGAGTCTGGGTCTCGCCAGTCCAGACTAACAGTTGAAGACTTGAGATATCTTTTTTCATCTAACCCATCCTTCTAG

Functional annotation

Database	accession number	e-value	annotation
nr	XP_020257733.1	4.9e-303	helicase-like transcription factor CHR28 isoform X1
Swissprot	Q94BR5.1	1.5e-192	Protein SNF2-RING-HELICASE-LIKE 2
trEMBL	A0A5P1FH65	3.5e-303	Helicase ATP-binding domain-containing protein

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT1G61140.1	52.44	0.0	780	EDA16	SNF2 domain-containing protein / helicase domain-containing protein / zinc finger protein-related

>>>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
g368594	AT1G61140.1	839	276	15	435	1192	480	1276	52.44	780
g368594	AT1G61140.3	839	276	15	435	1192	322	1118	52.44	780
g368594	AT1G11100.2	799	287	13	469	1192	514	1267	49.06	685

Ortholog group

Species	Genes
Allium cepa	g368594.t1
Allium fistulosum	AfisC2G00004
Allium sativum	Asa5G00175.1
Arabidopsis thaliana
Oryza sativa	LOC_Os01g57110.1; LOC_Os01g57110.2

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF00176.20	SNF2_N	Family	514	838	200.7	2.4e-59
PF00097.22	zf-C3HC4	Domain	872	908	24.0	2.3e-05
PF00271.28	Helicase_C	Family	1034	1136	66.5	2.2e-18

Gene Ontology

Accession	Ontology	Name
GO:0000724	P	double-strand break repair via homologous recombination
GO:0000725	P	recombinational repair
GO:0008152	P	metabolic process
GO:0006139	P	nucleobase-containing compound metabolic process
GO:0006259	P	DNA metabolic process
GO:0006281	P	DNA repair
GO:0006302	P	double-strand break repair
GO:0006310	P	DNA recombination
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:0008150	P	biological_process
GO:0009292	P	genetic transfer
GO:0009294	P	DNA mediated transformation
GO:0009987	P	cellular process
GO:0033554	P	cellular response to stress
GO:0034641	P	cellular nitrogen compound metabolic process
GO:0043170	P	macromolecule metabolic process
GO:0044237	P	cellular metabolic process
GO:0044238	P	primary metabolic process
GO:0044260	P	cellular macromolecule metabolic process
GO:0044764	P	multi-organism cellular process
GO:0045003	P	double-strand break repair via synthesis-dependent strand annealing
GO:0046483	P	heterocycle metabolic process
GO:0050896	P	response to stimulus
GO:0051704	P	multi-organism process
GO:0051716	P	cellular response to stimulus
GO:0071704	P	organic substance metabolic process
GO:0090304	P	nucleic acid metabolic process
GO:1901360	P	organic cyclic compound metabolic process

KEGG pathway

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

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network