KEGG T05773: 113681592

Pocillopora damicornis (lace coral): 113681592

Entry

113681592         CDS       T05773

Name

(RefSeq) chromodomain-helicase-DNA-binding protein 1-like isoform X1

K20091

chromodomain-helicase-DNA-binding protein 2 [EC:5.6.2.-]

Organism

pdam Pocillopora damicornis (lace coral)

Brite

KEGG Orthology (KO) [BR:pdam00001]
09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:pdam03036]
    113681592
Chromosome and associated proteins [BR:pdam03036]
Eukaryotic type
  Chromatin remodeling factors
   Other chromatin remodeling factors
    113681592

SSDB

Motif

Pfam:

SNF2-rel_dom CDH1_2_SANT_HL1 Helicase_C CHD1-like_C Chromo ResIII HDA2-3 DEAD CHDCT2 AAA_22 CutA1

Other DBs

NCBI-GeneID:

113681592

NCBI-ProteinID:

XP_027054489

Position

Unknown

AA seq 1876 aa
MADNDSDSDEEVDILSSVDERKRPVMFGEHFTHHFQPSSISVGHIGSLHGTTAVSFFGHE
QTTRQDSESNSEGSDSSQSESDSDDEGNEQNVAPRRPPPPLSHYQMSSPGDLHHTVNNNP
TTPTQKKKFDERFWEEDPETYGVRRSGRSRKEPERFTVAQEGSGSEDEEKNEGVLRTKKL
KPKGRKGRRISSASEDWSVVDGQGSDSESSDNYTPDLEVRNRPRPVPRPNARVPPIVPKP
KDLAPRKKVSVHVPSPQKPPSRVKKLESEESDEGDENDDDDDDDESNRNSVRRAAVTISS
YKEESEDGTDSDDLVEANYDTTGEYVEDDRECIERVLISRVGRPGEIGAMTTVYAPEYEE
MQKHGEPFHGEPNEIQYLIKWKGWSHLHNTWETEKSLTDQNVKGMKKLSNFIKKDEEIAT
WKKFAAPEDVEYFDIQLQMNYDLLDEYKEVERIIAHTVVKSDVNGGTVNQVDYLCKWQGL
PYVESTWEDGALVSRFYQLKVDSYLNRQRSEKIPGKSAKVNRQRPKFTPIKRQPSFLGNK
DLQLRDYQLDGLNWLVNSWCRSHSVILADEMGLGKTIQVISFLSYLYNAQSLYGPFLLVV
PLSTMAAWQREFSLWARDINVVVYLGDVTSRNKIREYEWYRANSKSLKFNALLTTYEILL
KDRQTLGTINWCCLVVDEAHRLKNDDALLYKALMEFTTNHRILITGTPLQNSLKELWALL
QFIMPNRFYSWDDFEQMHATQEEKEIGFSTLHKELEPFLLRRVKKDVEKSLPAKVEQILR
VEMSSIQKQYYRWILTKNFAALNKGLKGNANSFLNIVMELKKCCNHAQLIRPDTSQTTTD
SLQNLIRGSGKLFLLDKLLCRLKETGHRVLIFSQMVRMLDILAEYLQQRRFLFQRLDGSI
RGDLRKQALDHFNAEGSEDFCFLLSTRAGGLGINLATADTVIIFDSDWNPQNDLQAQARA
HRIGQRNQVNIYRLVSKGSIEEDILERAKRKMVLDHLIIQRMDTTGRKVLSKNTGAPSSS
NPFNKEELAAILKFGAEELFKEGDGEDTQLQEMDIDDILRAAETRDSDDHPHTIGEELLS
QFKVASIAMDEDEVAGVAQEPNSTDEGKSWSDIIPESDRKKIEEEEEQKKQLELYLPPRN
RKTVKKMNYGKAGHSDNEQETSYRRKTSRKKKSESESDDDSGAEGKGIKRKRGRPRTIKR
EDVEGFSDAEIRRFVKSYKKFGRPRSRLDAIAVDAELEDKPTEDLVRLADILHNGCLRAV
AEYEEKLKEDPNFDGKKRGATVRLSNVTINAPSVLKHEEELESLAVIMPADSDARRKFRL
TAPAKSVHWGVPWDVPDDSMLLVGIYEYGLGSWEAIKADQSLSLSSKILPPGTLKPQDKH
LQTRVEYLIKLLKQAAIEDKAEQLRKSSQMLKSKIRQLKQKDTKKGKQQSDDSLTNSAAP
SPMAVLSPPEGAEDKEDGVAPEISQEGQNAKEGKKKRKAPKKKEGIKDEGDKPKRQKKDK
KEVIKEKKPEIKDSVFQEEPPTPEKDTEDKESKDDGKPKSSYALDDMEKATFEACKEKMR
PVKRALKMLESPEGTMTEKDQVSQTRQCLLKIGDHITEITSHYKEGDVVTEWRNNLWTFV
SKFTSFEAKKLFKLYKHAAKKRDESKAQERTQNRPAPQSQRTPQDYSGMSRKHLGDHAPQ
RSSNDLKRQMEGGSSSHLGPGGKVPRMDRTNSGSSSHSGGRHSGGGDGYDPRRSSFSHSD
RVSGSTKDRPRDGHDHSHRYHEPQRDRPSYHTSDYSRTHDRPSEHSRSHDQHSRASYERN
SDHHSRSYEKSRDRRDDHHRSSVREYSSESRYHAHRDRNSDSSSSRHGNQTSSPKSGEGK
RHGEDRRSLETDREKR

NT seq 5631 nt +upstreamnt +downstreamnt
atggcggataatgattcagatagcgacgaagaagtcgatattctctcaagtgtagacgaa
agaaagagaccagtgatgtttggagaacattttacccaccattttcagccgtcgtccatt
tctgtaggccatatcggaagccttcatggaacaaccgccgtttcattcttcggtcacgaa
cagacaacgagacaagacagtgaatctaactcagaaggttctgacagcagccagtcggaa
tcagattctgacgatgagggaaatgaacagaatgttgcaccaagacggccaccacctcca
ttgtcacattatcagatgtcttcacctggtgatttacatcacactgtaaacaataatcca
accacaccaacacagaagaagaagtttgatgaaaggttttgggaagaggatccagaaaca
tatggagtcagaagatctggaagatcaagaaaggaaccagaaagatttactgtagctcaa
gagggatcaggaagtgaggatgaagagaagaatgagggagtactcagaacaaagaaatta
aaaccaaagggaaggaaaggaagaagaatttcatcagcaagtgaagactggtcagtggtt
gatggtcagggaagtgacagtgaaagcagtgacaactacactcctgatcttgaggttaga
aacagacctagacctgtgccacgtccaaatgcaagggtaccaccaatagtgcccaaacca
aaagatcttgcacctcgaaagaaagttagtgtacatgtaccctcaccacaaaaaccaccc
agtagagtgaagaaacttgagagtgaagaatcagatgaaggtgatgaaaatgatgatgac
gatgatgatgatgagagtaatagaaactctgtaagaagggctgcagtaacaatttcaagc
tataaagaagagagtgaagatggaactgactctgatgatctggttgaggcaaattatgac
accacaggagagtatgttgaagatgacagagaatgcattgagagagtcctcatcagccgt
gttggccgaccaggggagattggagccatgactacagtctatgcaccagagtatgaagaa
atgcagaagcatggggaacctttccatggagaacccaacgagatccaatacctgataaag
tggaaaggttggtcacatctgcataacacatgggaaactgagaagagccttactgatcag
aatgtgaaaggaatgaaaaaattaagcaacttcattaaaaaagatgaagaaattgcaacc
tggaaaaagtttgctgctccagaggatgtagaatattttgatattcagttgcaaatgaac
tatgacctcctggatgaatacaaggaagttgaaaggatcatagctcatactgtggtaaaa
agtgatgtgaatggtggcactgtcaatcaagtggactatctttgtaagtggcagggtttg
ccctatgttgagagcacttgggaagatggtgctcttgtttccagattttatcaactgaaa
gtcgattcttacctcaaccgacaacgctctgagaaaatccctggaaagagtgcaaaagta
aatcggcagagaccaaagtttactcccatcaaaagacagccatcctttcttggaaacaaa
gatctccaactcagagattatcaacttgatggactgaattggctggttaactcttggtgt
agaagccactcagtgattctggcagatgaaatgggacttggtaaaacaatccaagtcatt
tcctttctctcctacttgtataatgctcaatctctctatggacctttcttgttggttgtt
ccactgtcgaccatggctgcttggcagagagagtttagcttatgggccagagacataaat
gtggtagtttatctgggagatgtaacaagtagaaataagatccgtgaatatgaatggtat
cgtgccaacagcaagtccctcaaattcaatgcacttctgacaacctatgaaatcttattg
aaagacaggcaaacattaggaactatcaactggtgttgcttggtggtggacgaggctcac
agactaaagaatgatgatgctcttctgtataaagctctcatggaatttaccaccaaccac
agaattctgataacaggcaccccactgcagaactctctgaaagaactgtgggctttgcta
caatttatcatgcctaataggttttattcatgggatgactttgagcagatgcatgctact
caagaagagaaagaaataggattttctactttacacaaagaattagagcctttcctttta
agaagggtcaagaaagatgttgagaagtctttaccagctaaggtggaacaaatattaaga
gttgaaatgtcatcaattcagaagcagtattataggtggatcctaacaaaaaactttgca
gcattgaataaaggtttgaagggaaatgcaaacagttttctaaacattgtgatggagctg
aaaaaatgctgcaaccacgctcagctaatcagaccagatactagtcaaacaaccactgat
tctttgcagaacctgattagaggaagtggcaaactgtttttactggacaagctgttgtgc
agattaaaggagacaggccacagagttctgatcttctcacagatggtgcgaatgctggac
attctagctgagtatctgcagcaacgacgttttctattccaaagactggatggctcaata
agaggtgatttaagaaaacaggctttggatcactttaatgctgaaggatctgaggatttc
tgtttcctgctgtccactcgtgctggtggcctgggcattaatcttgccactgctgacaca
gtcatcatttttgactcggactggaatccccagaatgacttgcaagcccaggctcgtgca
cacaggataggacagagaaatcaggtcaacatctatcgtcttgtgtctaaaggcagtatt
gaggaagacatattggagcgtgcaaagcgcaagatggttcttgatcatcttatcattcaa
agaatggacaccactgggagaaaggtgttatccaagaatactggggctccatcttcgagt
aatccatttaacaaggaagaacttgctgcaatcttgaagtttggtgctgaggaactcttt
aaagaaggagacggagaagatacccaactacaggaaatggatattgatgacattcttaga
gcagctgaaactcgggattctgatgatcaccctcatactataggagaagaattactctct
cagttcaaggttgctagtattgctatggatgaagatgaagttgccggagtagctcaagag
cccaattcaacagatgaaggcaaaagctggtcagacatcatccctgaatcagacaggaaa
aagatcgaggaggaagaagagcagaagaaacagttggagttgtatttgccgcctcgtaac
cgaaaaactgtaaaaaagatgaattatggcaaagccgggcacagtgacaatgagcaagaa
acaagctacagaaggaaaacgagtcggaagaaaaaatcagaatcagagagtgatgatgat
tctggtgcagaaggcaaagggattaagaggaagcgtggacggccacgcacaatcaaaaga
gaagatgttgaaggctttagtgatgctgaaatacgaagatttgttaaaagttataagaag
tttggcagaccaagatccagacttgacgcaattgcagttgatgctgaactggaagataaa
ccaactgaagaccttgttagactggcagatattttacataatggttgtttgcgagctgtg
gcagaatatgaagaaaaactgaaggaagatccaaactttgatggtaaaaagcgtggagcc
actgtacgactcagtaacgtgaccataaatgcaccatcggtgttgaaacacgaagaagaa
cttgaatcacttgccgtcatcatgccagcagacagtgacgctagacgaaagttccgtctg
actgcacctgccaaaagtgtacactggggagtcccatgggatgttcctgatgactccatg
ttactggtcggaatctatgaatatggattaggaagctgggaggccatcaaggctgatcag
agtctgtcgctgtcgtctaagatccttcctcccgggacattgaagccccaagataagcat
ttgcaaacgagggtggaatatctaataaaacttttaaagcaagctgctatcgaagacaaa
gcagaacaactccgaaagtcatcgcaaatgctcaaatctaaaatccgtcagctgaagcag
aaggacactaagaaagggaagcagcaatcagacgactcattgaccaacagcgctgcaccg
tcaccgatggctgtgttgtccccccctgaaggagcagaagataaagaagatggagtcgct
cctgaaataagtcaggagggtcagaatgcaaaagaaggaaagaaaaagaggaaggctccc
aagaagaaggagggcatcaaagatgaaggagataagccaaagagacaaaagaaagacaag
aaggaagtcattaaagaaaagaaaccggagatcaaagattctgtttttcaagaagagcct
cctactcctgagaaggatactgaagataaagaaagcaaggacgatggaaaaccaaagagt
tcctatgcattagatgacatggaaaaggccacttttgaagcgtgcaaagagaaaatgcgg
ccagtgaaaagagccctaaaaatgctggagagtccagaagggaccatgactgagaaggat
caagtctctcagacaagacagtgcttgttgaaaattggggatcacatcactgaaatcaca
tctcattataaagaaggtgatgttgtcacggaatggagaaacaatctttggacgtttgtg
tcgaagttcacgtcgtttgaagcgaagaagcttttcaagctttacaaacacgctgctaaa
aagagagatgagtcgaaagcacaagagcgcactcaaaacagacccgcccctcagtcacag
agaacccctcaagactattcaggaatgtcccgaaagcaccttggtgaccatgctccccaa
cgctcatccaacgatctcaaacgtcaaatggaaggagggagctcttctcatttggggccc
ggaggaaaagtgccccggatggaccgcactaactcagggtcaagttctcatagtgggggg
aggcattctgggggtggagatggctacgaccctcgacggtcttcgttcagtcattccgac
agagtcagcgggtcgaccaaggacaggccacgtgacggacatgaccacagtcacaggtat
cacgaaccccagagagataggccttcctatcatacttctgattattcccgaacccatgac
aggccgtcggagcacagtcgctcacacgatcaacattcacgagcatcttatgagaggaac
tcggatcaccattcccgatcttacgaaaagagtcgggaccgaagagatgaccatcaccga
agtagtgttcgggaatactcgtccgaaagtcgctaccatgcgcaccgcgatcggaacagc
gattcatcgtcgtcacgtcacgggaatcaaacaagttctccgaagtctggcgagggaaaa
agacacggagaagacagacgcagcctagagaccgacagggaaaaaagatga

All links

Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (11)   
   Pfam (11)   
All databases (23)   

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