result

Gene information

Detail information of g60621

Location

Gene	Chr	Start	End	Strand
g60621	Scaffold_31948:HRSCAF_299975	103481	113764	-

Sequences

CDS

Protein

Gene

>g60621.t1
ATGGACTACGCCAGTAGACTCATCGCCGCCGCTCAGTTCATCCTCGAAAGCGAGGGCCGCCATGCGTCAGCTCCACCTTCCACTATCGTGGACCCTTCTAAATACAGAGTTACTGCAACCCTAAAGCCTCACCAAATCGAAGGCGTCTCATGGCTTTTAAGCAGATACGACCTCGGCGTTAACGTTATTCTTGGTAATTTGTTTGTTTCTTACCTTTTGCTATTATTACTTCAAAAGCTTTGTGTTTATGCTGTTACTCTTTTGATTATTGCAGGGGACGAGGTTGGTTGTATCCTCATTTTTAAAGTCATATCATAAATCAGCAACGTTTAAATTGTTTTGCATTTTGAAACAATTTGGCAGATGGGACTGGGGAAGACACTGCAAGCTATAGTGCTGCTGAGTTATTTGAAGTTCCATAACAAAACACCTGGGCCATTCTGTACGTTTGCAAAGCGTAATTGAGTTTGACACACATTTATGAAAGCTCATTCCTTTTTCCTTAAATGTTTGTAGTGGTGTTGTGTCCTTTGAGTGTTACGGATGGCTGGATGTCCGAATTCAGCAAATTCTGTCCGAGCATGAATGTTCTTCGTTATGTTGGTGACAAAGGATACCGTCGCGATCTAAGAAGAATCATGAATGAACATGTTCATAAACGGCCTAAATCAAGTGACGTATGTTTATAATTATCTCTCAATGTTTCTATTTTCTAGATGAATGATTATGACGTATATTTTTTCATGAATGAACATGTTCATAAACGGCCTAAATCAAGTGACGTATGTTTATAATTATCTCTCAATGTTTCTATTTTCTAGATGAATGATTATGACGTATATTTTTTCATGAATGAACATGTTCATAAACGGCCTAAATCAAGTGACGTATGTTTATAATTATCTCTCAACGTTTCTATTTTCTAGATGAATGATTATAACGTATATTTTTCACCTTTTCAATTTTTTTCTTTTTGTTTTACAGGAGCAACTGGAATTGCCGTTTGATGTTTTGTTGACAACATATGATATTGCAATCCTAGATCAAGATTTTCTTTCCCAAATTCCTTGGCATTACACTGTCATTGATGAGGCACAACGCCTGAAAAATCCTTCTAGCGTAAGTTTTTATTGCTACATATCTTATTACATAATAATGCCATGCTTTCATTATCTTGTGTGTTTCTTTTTTCAAGCACAAGCATCTCAAGCCAATTTAGTTTCGAATCAACTAGAATACAACTCACATGTAACCGAGCCACATCCTTGCATGTTCAATTTAGTTAGATTTTCATATAACAATACTTCTGGTATTCAGATATTACATTTATACAACTGATATGAAATCAACATCTGAAGAGAAAATGTTAAACTGCATCATTTTGCAAACACTAGTACATGCACATGAGCTGGTTGTCAAGCACATTATTTTCCTCAGCTATTTCTAATTTAGCACTACACATCTTAATTATAACAAACATACATGTACAATCAAGGCTTTAAATCTTGAATTTCGTGCACATTTAGTCTCAAAGATTTAAAAAATCTAATATCGTATTGGGAGAAATATTGAACGAGATGAGCGCATCTTGGATTTACATGTCGAATCCCAAAATTTATCCCAGAACCAACTCGAAGTATACGTTATGTCTCAAACTGATTTGCATGCACAATAATATTTATAAATAATATCTCAAGTATAATTTTAATTTGATTTGCTCTTTCATAATTTTATACTTATACCAAAAAACTATGTACGTTACCAACTCGAAAACTATGCACAAACTTATATGGTTGTTTCAAACTTATGGGTAATGTTCAATTTTATACTTTTACCAAAAAACCATGTACGTTTCAGAATTTGAGTACAGAGCGGAAAAAACTACAATTTTTTGAAGATTACTCAAGCCACGTCCTATCTATTGAATTTTATCTTATATTTTATTCACTGAAGCACGTTAACTATTTGCACACATTTTGAAAGGCCTCTTGCGAAGGTACATGAAGTGAAGGAGAACACGCACGCGTGCACATACACGTATATAGTGCCATGCTTGTTGGTCATATCAAGAAACAAAAGAATACATTGTTTTTGTACATTCAAGCATCCATGGGAATGGTATTAAAAATTTCATCACATGAATTTCCAATCAGCCTATGAAATAACAATTAAAAAACATCATATGTGCATTAAATTAAACTGATGGAAAAATTGAGTCATTAGATCTTTTTTATCGTAATATTTACCAAGTAAACGTCTTATCACTATCAAACTAAAATTTCTCCCTTGGCAGTTAGAAATGTATATTGTATTCCAAGCAAGCTTTAACATCCTAACTACTGTACACTGCATCTTCACGTTAGCTGACCCTTCCTCTTTTGACGAAATTTTCTAATATTTCTTTTCGTAATCAACACAAACAGCTCTATCCAAATTCTACACATACATCACCCTTCTTGAAATGTTTAATCTCCTTCTTCGCCATATCGATATTCCAATAAGGCAATACTTTAATTCAAGGTAAAAAAATGAAATTCTAAAATTAGTAATGAAATTTTAACAAAAATGAGATGTGCAATTTGAAAAACCATTGACAAAGTAGAAAGTACTAATGGAAGATTCAGCATATCACCACTGCGTACACCAACTTGATTTTCAGCATGGTCAAGAAGAAAGCTTCAGTGAAAATGATTTTGTAGAAGCTGCAGTCAAAGTAAGTGGAAAAAAAATAAATCATAGAAGATATAGTAAAAATTTGACTTTGCATATAAAAATGCATGAAGCATTGTCTTCAAAAGATTAGTTAAGTTGGTTTAGTTTTATGTTAAATTACTCAAACTTATTAAAGTGTGCATGATATTCACAAAATGGCATTCAACAATTATACTATCAAATTCATCAAATGTATACGTGTGAGGTAAAGACTTGGCAACTATTACTACTTCACATTGCTTTTAATACTTTGCATTGCTTATCATATATATAATCATAGAAATAATCCTAATATACGAATGTTTAGTAGATGGCATATGTTATTAATAAATATCATTCTGGATAGAAATGTCACAAAATAATCTTATTTTATTGAATTTAGGCACTGACCATGTAAATAATCTATGTTGAAATAAGTTTTTACATCTCAAATACATAAGGTATAGTTTACAGGAGTAAATGTACATACATGTCATGAACAAATTTCCATATCTGCTAGCAGATGAGCATCAAGCTATTCTAGCTAATATCATCTTAGCTTTCACTGCTTTGGAAAAAAGATAAGTATAGCAACTAAAAGAAAGAATTTTAAACAACTAAGTACATGGCAATCAATGTTTAGCTAAAATGATTACTGAAGCAATCCTATCTTATGGGCATATGGAAAATGAAAGAAATAATTTAAACAAACTTGCATAGTGTATGATTTACACACAAGATATTTTACGTAACCATTGCTTGAATTTGATGGAAATGTAAAATCAAGATAGCAAAAGGTAAGGTGCAGAGTAGTCCATCACCTTATCATCTATCTTTCACTCTGATTCAAGCACCCATACCTCTTCAAAACTAATTTAAACTAATAATTAAAATAGTCAAAAAATTAATGATGCAATTCATGTTTGAAATCAATAAATCATAAATCTTTCATGCAAAATCTGTCATTTGGTTCGTTTGAAGCTGTTCAATTTGTCAAGGAGGAAGAAGAGCTGAGGCGTGAGGAGGATCAAGGTTGAAAAATGAAAATACTGACATAGCAGATCTGGAGGGAGAGAAGAAGAATTATGTAGAGGACTGAGTGGTAGAATGATCGAGGATTGAAACTATGGGGCATGTTAATCTTAAAATTGGGGGCAAACATCAAAGGGACAGAAAAATATTAGCAATAGTGATTAGCTCCATGGAGATCCGTACTTCCCGTCGCCGGTCGAAGAAATATTTTGAGGGATAAATTAGAGAAATTGTGATTCTTAAGCGAAACTGGAAGAGGGAGTTTTAAAAGATTGTGCATAAGTGGGGTTGTGAGGCAAATTGGTAGACAGAGTCATTAACTTAAACGACGTTAGGTTTTATGCTGACATGGAAAAACTACAGCCATTTGATATCTTTTCCCATGTTAAATCTCAACCATTGTTTATGTTTTCCGTTAAAACCAAGGAATTTTATTATATAGATATATGCTACCTATGTACATCATGCATTACTATTTTGCAGGTGTTATATGACGTACTTGAACAACGATTTGTCATGCCAAGGCGTTTGTTGATGACAGGAACTCCTGTCCAGAACAATCTGTCTGAGCTTTGGGCTTTGATGCATTTCTGCATGCCATTAATCTTTGGAACGATAGAGCAATTTATATCAACATTCAAAGAAGCTGGTAGTTCATCAACAGGTACTCGTATGCATCCTGCTGGAGTGACTGTTTGATTGATGGTTGCAATATGATTAGTTTATTTCATACATTTGTTACACCATGTCAACGGTTATAATTACAATTTCATTTTGTTTTATTGCGAAATTAAGAAGCTTTTATGTACTTTAATTCTGGATATATAGGTCACAATGCAGATAAAGTTAAGCGACAATTTCAAATTCTGAAATATGTATTAAAAGCATTTATGCTTCGAAGAACCAAAGCTTCTCTTGTAGAGAGCGGAAGCTTAATATTGCCTCCCCTTACTGAGATTACTGTGTCAGTTTACTACCCCCTCTGTCACCAATTTTATCTTCTTGTTGTTGTTGATACTCTGGGAAAATGCCTTGTGACTTAACTGATGCTTTTTTTGATAGGATGGTTCCTCTCGTGCCTTTACAAAAAAATGTTTATATGTCGATATTGCGGAGAGAACTTCCAGCACTTCTTTCTCTTGCATCTACATCTTCCAGTCATCAGTCATTAAACAATATTGTATGCTGCTTCTTATACTATTTTGTAACTTATCACAAAGCTTGTGGATATGTGTACATTACATTTTTTTCTCTTGCATCTACATCTTCCAGTCATCAGTCAGTAAACAATATTGTACCCTTCAATTCTCTCGATTTCCCCGTCAAGTTTTCCATATAAAAAAAAATTGTGCATTGAACTGATTTTTTATGGATATGATTTTCATATAGTATATAGATCACATTCACGAAATTTTATATCATTTCATAACTCCAACAATCTCATAAGTCCAAATTATATTCCACAACCGCTTTCTTGCACTGAGGTGGAAGAATGGTAGATGAAATTGCTCATTTTTTTAATATAAGAAACTGGATCATGTTCACATTTTCATTTCTAGCTTTATTATGTAATTCGAAACTGATTGTGTTCCATTATTTTGAATTTTGATTTATAGTTTTCTCTGTTGTTGTTCAGGTAATACATCTTCGAAAAGCATGTAGTCATCCTTACCTATTCAGTGGTATAGAACCTGAGCCGTATGAGGAAGGAGAGCATTTAGTTCAGGTATTTCCCCAAGTTTCGTAATTGTTGGACTTGTACTGTTGTAGAGTTGTTACGGGTACAAATTTAATTACAATTAGTTGTTTATCTTTTTTTATTTATGTCTTTTTTACTTCATAATTCCTAACTTCAGCGACAATTAAAGTTTGGGTTTTTATATTCATTTTGAAAGTTCCACTTGACTTTACAATCATATAATTGTTTTGCTTGGGTTCAATTCTTACACCCATCGTTTCATGTAGGCTAGTGGTAAGCTTATTGTTCTTGATCATCTATTAAGAAAACTCCATTTGGATGGGCACAGAGTTCTGCTATTTGCTCAGATGACTCATACACTTGATATTCTTCAGGTTAAGTGCCGCTGATCGTTAAAATAGTTTAGCAAATAGTTTGCTTTCTCATACTCATTATCTTATTTACATAATTAGGACTTCCTGGAATTGCGGAAGTATACCTATGAACGACTTGATGGATCTGTACGTGCTGAAGAACGTTTTGCTGCAATAAGAAATTTCAGCTCGCAGTCAGTTAAAGACACCACAAGTTCTCAGAGCAACAAAGACAATGCATTTGTTTTTATGATATCAACTAGAGCTGGAGGAGTTGGTCTTAATCTTGTTGCTGCAGATACTGTGAGTTTATTGTATCAGTCTATTTTTAAGTACATTTTCCTGAAAAATTAAACTTATAGATGTAATTTGTGGATAGGATTTGTTAGTATACCATCTAAAGTTGTATATATCAATTTGGGCCATTCCCAAACTAGTATTTAGAAATTATTGTCTGTAAAAATTTTATGCCAGCAACTTCATATATTAGGTAAACTTGTATATCTTGTATACTGAATGAGATGCATCATTGACTTTAGATTGTTAGGGTATCGGTATACTGGTATGGTTCAACCATTTGACATCTAATACACGGAATATATACAGTATATACCGTGGTACAATTTATGGCAATAGTTTGTAGTCTAAGTAATTTTAGAGATAAACGATTAAGATTTAATTGCATCCCCTGAAAATGTTTAAAATAAGTAAAACATCACTTTCGATAAAACCTTTTAAATTACTCACATTTTATTATTTCGTTCAAATCACACACACACATATAAAAAGCATCGAAAATCAACATGCACTGCAACTATTTACCTCAATCTAATATTTTCTTTGCATATATATCAACTAAATGCCCAAAAAAAATAATAATCACCAAATCGATGTAATAGGGTTCAGTTTTGCATATCTTTTAGAAAAAAAAATGCAACTATGAACATGATAAATATTTGCAGTGCAGTTTTTAATTCAAAAATTTGAATTTGTAGCAGAAATAATCGCAAGTTTTAGATGATGTTTCAACTAAAAAGTAAATATATCTTTTCATCGAAAATAACTGTGGAGTGGTAATTTACAAAGCTTGATTGAAAGAGAGTTTCGCCTATTAACTTTCAAATGTGGGCCGGATCCTAATGTCGACTAAAAACGTTATGTGTTAGTTTTAGATTAAACTAATCAACCGGTAAATCAAAATTTCAAGTATTTGCCACATAGATGAAGTTGGTCACTGGTCTAGAATGATCAATCAGGTAATATTTTACGAGCAAGACTGGAATCCACAGGTGGACAAGCAGGCATTGCAACGTGCACACCGCATTGGTCAAATGAACCATGTGCTTTCTATTAATCTAGTAACAGAGCGTACCATTGATGAGGTAAAATTTAACTACTAGCAATAATTTTAAGTGTTTCATAAATGTGAAAACATTCATTTTCTTACAAACTTGGGTTTGCTACAGGTAATCATGCGAAGGGCAGACAGGAAATTACAACTAAGCAACAATGTTGTAGGGCAAGAAAATGAAATCCGTGGAAGTGGGAAAGAGAACGAAACTGAAGACAATGACATGCGATCTCTCATTTTTGGATTGCGTAGTTTTGACCCAGAAGATATGAATGCTAAAGAAATGAGTCGGGAGAACAAAGAGTTGGATAGAATGGCTGAAAAAGTAGTTAACTTACGTAATGTTCAGCAGCACGAGAAGGATGGATTTAAATTTGAAATTAATTCGAAAAGTCTGTTGAGTAAAAAAGATCTAGCATCTTTTGATCCTGAACTCGATGAAGCTTCATATCGCTCCTGGGTTGAAAAATTCAAAGATGAGTCAAAGCATAACGAGATTTCAGAACTGGTATTAGATAGGAGAAATCACATGTTGGAAGATCGTAGTGTTAAGCGCGAGGCTGCTAAAAAGAAAGCTGAGGAGAAAAGGATGGCAAAATGGGAAGCAGAAGGCTACCACTCATTGAATGTGAAAGAGCCTGATGCGATTGATCATGATGTTTTATTATCTGATAATCCTGGCTCCGTCCATTATGTATATGGTGACTGTACTAAGCCAGAGAAAACTTGCCCTTCAAAGCCTGCCATAATATTTAGGTAATTTTGCAATCAGACTTTTACTTTTGATATGACACACATGCAATCTAGCTTAACCACTAGCCTTCTTTGGTTGCTACAATTATTTGATTCCTATGTCGTTTCCAATTATTACTATTATAATGTCAATTATTTGCATCCTTTTCTTTAGTCCAGCACTTATAGTTTGGTAAAACTGTGGATGAAGTCTATCATCCTTTCAAAATTTATTTTTAAGGACAAATGCATTGTTTGACTTTTGACCTTCTACTTACATTTAATTGTACTGGCTTTAATTTAAACTAGAATTCACCTTAATTTCCATAAGGTGTCACGCCCAAAAATATACATATATTGTATTCAACTAAGCCACCTCTCCTGCAAGTTGCAACCGAATGTTGGGCTTCTATTCCTAAACAAATTCACAACCTTATTTGAGGAGATGAATAAATATTTATATGCTAAATTACGATGTGATATATTTGTCTTACTTGTAAGATCTACTATCCTTTTAGTTTCCAATGTCCTTGTTGACTAGGCTACCTGAACATGGTCCACGCAAACATTGTGTGATAAAATCAATTACTGTTAGAAAAAATAATCTTTTTGAATCTTGGACATTTTGGTATTATTACTATATTCTTATATTAGGTGACAGCTAACTCAAAGAGAATGCACGTAAATGGCAGTTAAAATTTTGAGCAAGTACATCTTTCAAAACATATGCCGTAATGAGTTAAAGGTTACCGAATTTGTGGTTGTACCGCAAAACTATATTTGATATTTGTTTTCTTCCTCCTAGATTGTTTTTTCTTTTTTTCAAAGCATCTAAAAGGCATTCTTACCTGTCATATAGGACAATTCAATTTGCTTGGATTCAATTTAAGTGGATTTTTTTCTTGACAACTATAGTTTGGCAGCTAGTTGTTTCCAGACCTGGATGTAATAAATTATTCCTGCTACACCCCCCTCCCCTGCCTTATTTGTATCATATGTTAATCACCCAGTTAATTTATAATTTGTGCTATCATATGCAGTTGTGTGGATAATTCTGGAAACTGGGGTCATGGAGGAATGTTCGATGCCTTAACTAGCTTATCAACACATATTGCAGAGGCATATCACAAGGCTTTTGAGTGCGATGATCTCCATTTAGGCGATCTTCATCTCATAAAGTTGGATGGTTAGTGTCTGTAAACTAGCATGACATGGACATTGTATATTTCTATACCATTTATTATGTTTTTTTTTTCCGCCGCTTCTAAAACTTCTTACGAACGTTGACCAAGTTTCAAATCAATTAAAGAATAGGCCTCTTTTTTGGCCTGCGTACCTAAAAGGCACTGGCACAATTTCGAATTGTGGCATTGTTTATCTTTTCTCCCTGGACGTGGGCATGTTGAAGATGACAATAATAATCCAAATATCGAATCCAAGTTTTGAATACTTTCACCATCAACTCAGCTTGTATTTCTTCATCTAGATATTGATCCTGATTCCTCAAAGTGGGTAGCACTAGCTGTTGTACAGTCCTATAATGCAAAGCGTAAAGTTCCTAGAAGCAATATTTCTATAGCCAACCTTGAACAGTGCTTATCAAAGGCATCATTTTCAGCTGCTCAAGTTTCTGGTATTGCTTTTCAAATTGGTTGAGTTTCCAACCTTATATAATTCAGTTGAATTCAAAATCTACTCATGTTATAGTTCCCATAATTTGATTACTTTTTCCTATATAATTGTGCTTCCATACCATAGAATAAAGCGTTGTCTTCATTTTATACGTATTTGGTTTATAGGTCCCACTAATAAAGTACGTATTGCATATTGTGTTATTTATTTGATCTATTTGTTCCTTCAGTAGAATTTTTTTGAACTTGCATGCATATGCAGCATCCCTTGACAGCTGTCACATTAGACATGCTTATATTAAATGATAGAAATAAATTCTCAAATAGAACTTGATTTAGAATTTTGGAAGTTCATAGGAAATAGCAAAACAGTGGATAATCACTACCGTGAACATTCAAGAACTATACCTGTAAATTCTGCCGCTTCTTCTCCTTCTTCTTCTTAGTTTTTCGTGCCATGTTTGCATTGACATTAAATATAAATTTAATTATATACATCCTATATTCCTATATTTTTGGTTGATTCTAAGCTTACGGTATTTCTATTTTGTTGCTTTTAGCATCTATTCATATGCCACGGATTGGATATGGATCTAATGATGGATCTCAGAGGTCTGAATGGTACGCTGTAGAAAGGCTTCTTCGCAAATATGCATCCATTCATGGAATTGACATCTTCGTGTATGTCATCCGCTTTTTTTTTCTCATTGTTGCTTATGTTGCTCACAATTGCTTGGAATTAGTTTCACACCTTGTTTTTGCGGCAGGTATTATTTTCGGCGTCCATCGCAGTGA

Functional annotation

Database	accession number	e-value	annotation
nr	XP_020094088.1	0.0e+00	probable helicase CHR10 isoform X2
Swissprot	F4IV45.1	9.6e-309	Protein CHROMATIN REMODELING 10
trEMBL	A0A6P5FKY7	0.0e+00	probable helicase CHR10 isoform X2

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT2G44980.2	62.03	0.0	1121	ASG3;CHR10	SNF2 domain-containing protein / helicase domain-containing protein

>>>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
g60621	AT2G44980.2	906	290	12	1	897	15	875	62.03	0.0	1121
g60621	AT2G44980.1	901	273	13	1	892	15	851	61.60	0.0	1095
g60621	AT3G06400.1	543	268	10	18	559	168	641	37.75	1e-95	348

Ortholog group

Species	Genes
Allium cepa	g60621.t1
Allium fistulosum	AfisC7G05584
Allium sativum	Asa3G00693.1
Arabidopsis thaliana	AT2G44980.1; AT2G44980.2
Oryza sativa	LOC_Os03g01200.1

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF00176.20	SNF2_N	Family	92	377	165.7	1e-48
PF00271.28	Helicase_C	Family	401	522	52.7	4e-14

Gene Ontology

Accession	Ontology	Name
GO:0005886	C	plasma membrane
GO:0051276	P	chromosome organization
GO:0000166	F	nucleotide binding
GO:0005622	C	intracellular
GO:0005575	C	cellular_component
GO:0008152	P	metabolic process
GO:0003674	F	molecular_function
GO:0003678	F	DNA helicase activity
GO:0042623	F	ATPase activity, coupled
GO:0016020	C	membrane
GO:0003824	F	catalytic activity
GO:0004003	F	ATP-dependent DNA helicase activity
GO:0017111	F	nucleoside-triphosphatase activity
GO:0004386	F	helicase activity
GO:0005829	C	cytosol
GO:0005488	F	binding
GO:0005623	C	cell
GO:0005634	C	nucleus
GO:0005737	C	cytoplasm
GO:0005654	C	nucleoplasm
GO:0043231	C	intracellular membrane-bounded organelle
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:0006289	P	nucleotide-excision repair
GO:0006293	P	nucleotide-excision repair, preincision complex stabilization
GO:0006294	P	nucleotide-excision repair, preincision complex assembly
GO:0006296	P	nucleotide-excision repair, DNA incision, 5'-to lesion
GO:0006325	P	chromatin organization
GO:0006338	P	chromatin remodeling
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:0008026	F	ATP-dependent helicase activity
GO:0008094	F	DNA-dependent ATPase activity
GO:0008150	P	biological_process
GO:0009987	P	cellular process
GO:0022607	P	cellular component assembly
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:0033554	P	cellular response to stress
GO:0031334	P	positive regulation of protein complex assembly
GO:0031974	C	membrane-enclosed lumen
GO:0031981	C	nuclear lumen
GO:0032392	P	DNA geometric change
GO:0032508	P	DNA duplex unwinding
GO:0033683	P	nucleotide-excision repair, DNA incision
GO:0034622	P	cellular macromolecular complex assembly
GO:0034641	P	cellular nitrogen compound metabolic process
GO:0036094	F	small molecule binding
GO:0043170	P	macromolecule metabolic process
GO:0043226	C	organelle
GO:0043227	C	membrane-bounded organelle
GO:0043229	C	intracellular organelle
GO:0043233	C	organelle lumen
GO:0043254	P	regulation of protein complex assembly
GO:0043933	P	macromolecular complex subunit organization
GO:0044085	P	cellular component biogenesis
GO:0044087	P	regulation of cellular component biogenesis
GO:0044089	P	positive regulation of cellular component biogenesis
GO:0044237	P	cellular metabolic process
GO:0044238	P	primary metabolic process
GO:0044260	P	cellular macromolecule metabolic process
GO:0044422	C	organelle part
GO:0044424	C	intracellular part
GO:0044428	C	nuclear part
GO:0044444	C	cytoplasmic part
GO:0044446	C	intracellular organelle part
GO:0044464	C	cell part
GO:0046483	P	heterocycle metabolic process
GO:0048518	P	positive regulation of biological process
GO:0048522	P	positive regulation of cellular process
GO:0050789	P	regulation of biological process
GO:0050794	P	regulation of cellular process
GO:0050896	P	response to stimulus
GO:0051128	P	regulation of cellular component organization
GO:0051130	P	positive regulation of cellular component organization
GO:0051716	P	cellular response to stimulus
GO:0065003	P	macromolecular complex assembly
GO:0065004	P	protein-DNA complex assembly
GO:0065007	P	biological regulation
GO:0070013	C	intracellular organelle lumen
GO:0070035	F	purine NTP-dependent helicase activity
GO:0070911	P	global genome nucleotide-excision repair
GO:0071103	P	DNA conformation change
GO:0071704	P	organic substance metabolic process
GO:0071824	P	protein-DNA complex subunit organization
GO:0071840	P	cellular component organization or biogenesis
GO:0071944	C	cell periphery
GO:0090304	P	nucleic acid metabolic process
GO:0090305	P	nucleic acid phosphodiester bond hydrolysis
GO:0097159	F	organic cyclic compound binding
GO:1901265	F	nucleoside phosphate binding
GO:1901360	P	organic cyclic compound metabolic process
GO:1901363	F	heterocyclic compound binding
GO:0140097

KEGG pathway

KO	Name	Enzyme ID	Pathway	Pathway ID
K20092	CHD1L; chromodomain-helicase-DNA-binding protein 1-like	EC:3.6.4.12	-	-

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network