KEGG   Cyprinus carpio (common carp): 109099851
Entry
109099851         CDS       T05134                                 
Name
(RefSeq) chromodomain-helicase-DNA-binding protein 6-like
  KO
K14436  chromodomain-helicase-DNA-binding protein 6 [EC:5.6.2.-]
Organism
ccar  Cyprinus carpio (common carp)
Brite
KEGG Orthology (KO) [BR:ccar00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:ccar03036]
    109099851
Chromosome and associated proteins [BR:ccar03036]
 Eukaryotic type
  Chromatin remodeling factors
   Other chromatin remodeling factors
    109099851
SSDB
Motif
Pfam: BRK
Other DBs
NCBI-GeneID: 109099851
NCBI-ProteinID: XP_018968882
Position
24:complement(1637252..1654999)
AA seq 2259 aa
MIFLKDVQQLSKLEVEDLLRKGAYGALMDEEDEGSKFCEEDIDQILQRRTQTITIQSEGK
GSTFAKASFVSSGNRTDISLDDPNFWQKWAKIAELEIDSKAEKESLVIDTPRVRKQTRHY
NSFEDDELMEFSELDSDSEERPCRTRRLSDRNRRYLRAECFRVEKNLLIFGWGRWKDILN
HGRFKWHLTERDMEVLCRALLVYCVRHYKGDDKIKSFIWDLITPTKDGHNQALQNHSGLS
APVPRGRKGKKLKNQLSPPELKNADWLAHCNPEVVLQDDSYKKHLKQHCNKVLLRVRMLY
YLKVEVLGEAADQALEGIPSSKLEVTLPDIDYIEIPTIWWDAEADKSLLVGVHKHGYERY
NAMRADPALCFLERVGMPDVTALTVEQSGAETASDATDSISKSDEIKEENDIKSEELEEK
VEIKEEPMSEETGKNDSAVTGGFIGSLAGDLVAEVMEQGRIQWPAGTALTARLRRLITAY
QRYTRREPLRHDFLLHEGIAPVAWQIGEFRHCTTEPDPLFLEWQRRWTRREQADFYRTVS
SFGVVYDPEKKTFDWNQFRALARLERKTDESLERYFHSFVSMCRTACRLPPRKDEGNVDP
SLFVEPITEERAARTLYRIELLRKVREQVLRHPLLGARLQLCRPSLYLPVWWECGKHDRD
LLIGVAKNGLSRTDFYILNDPQLSFLEAHRNYVHKENHRYSVPGLPHHHCCLYDANLGHC
QSPQPPEYHPTSSHHTTTQLVHTHGHHQPTEVVASESGSSLGIGTGNREGFLDCPPLDDS
LELGPLQHEGLISDTLHGKSGKEAFNGFPFNSATGGQNMLNSYGVQGELNGSQGDMVDSI
AGKLRSDVLVGEQGSSEETGLMAPSVELDELQTPWESSDHAETSDMFNETDPILGAPTLE
PNFLDAPQPEDGQEGDETLTDCLSMPSSDSQSNPVEPLAPSFMLFKDLNVGETSVDQTDL
SASLPEYLPPPPVGLPNVSLDQTDPISEEQEDKLSDSNITYGVPSPEEEAESVGFHFDSP
KTKDIQDEIDKMPSIESPRENCLKESQKGEVPFDDSSGDLKDPCEVALEEPYEKPLTEPE
KVPLEESYDLTCDETLQEPCEGFQQDTAEQQLVEETCKEPPEPIEECNLNNTTLSTDYPI
PSSLPSSPTTLPDTSVSPGLDAVPKQEFLVDPVVSDVKPEPDSTTQTPHLEQTEVFEMKD
KIKDEGAKTPALLGDVDGPHFALPMCEMADSVHEMREPTIAQLLQEKALFSFSEWPKDRV
IINRIDSICHTILKGKWPSSSQQYESPTSLANTCVPSSAHQRAGFLPTRMPISQSLNFNL
SHTVPHLPKERLVAPPFLPELKRPRRGYEFEAEVLAKPSQLGEKIQVGVPHCANTLLLNG
WQDAAIDLSKPTELTVGGDSGPIGQMSHTVQSAPHKITGIGSIQGSLGLDMAGILQAGLI
HPVTGQIVNGGLRRDDSMLRRRRGRRRNVETPDLSFIKGQSMNLPEQQSGSESISHPVVS
STSSQSEGPPATSTTLPTPPSAPSPAPPASETLNVSMDREMANKGLMEWLRQNPIQHGAF
CFSGLMEWLRQNPNYNMELSAFPFFIHLQLLSQQERLVAPPFLPELKRPRRGYEFEAEVL
AKPSQLGEKIQVGVPHCANTLLLNGWQDAAIDLSKPTELTVGGDSGPIGQMSHTVQSAPH
KITGIGSIQGSLGLDMAGILQAGLIHPVTGQIVNGGLRRDDSMLRRRRGRRRNVETPDLS
FIKGQSMNLPEQQSGSESISHPVVSSTSSQSEGPPATSTTLPTPPSAPSPAPPASETLNV
SMDREMANKGLMEWLRQNPNYNMELSAFPNANILHSFLERPKQRRHRCKDPSKLDVSSLT
GEERVPVVHRNTGRRLGGAMAPAIKELSRWLDANSEYSVAPDWADVVKHSGFLPEGKFTR
ILSGPVCRDPGPRRRGRRPRSEMPKAPELAAGMGPLFMNGGLIGSMDLVSLPNLRNVPGI
PLTGIMGFPHGFATAVSSGEDAKNGLSMLPMMLHGMAAVQPPMYSAHMSGMINQPATSTA
TASSTSASVTSTNSATVTSTSSPANSSESTPQCENASSPMSTENGNKEDAKQGGEEKKVS
ASVSTAAATSSSSSSSSITSTGSHLTFNPFLIPGMSHSLLYPHMFLPPGSIMALPAMPAA
DSTGSPKRKRKKVREEVAEEGSTNVVVESKGVKDEQTPEQKSKEDGMEEGGPDVDLAQVK
DPSDPIKGPSEDKSTEEKDKNEMGEETESNAQGPCDGGD
NT seq 6780 nt   +upstreamnt  +downstreamnt
atgatttttttgaaggatgttcagcagctgtctaagctggaggtggaagatcttctcagg
aagggtgcgtatggtgcacttatggatgaagaagatgagggctctaaattttgtgaggag
gatattgatcagatcctgcagagacgcacacagaccatcacaatccagtctgaggggaag
ggatcaacttttgctaaggctagctttgtgtcttcagggaaccgtacagacatttctttg
gatgatccaaacttctggcagaagtgggccaaaattgctgaactggaaattgactccaag
gcagaaaaggagagtctggtgatcgacacccctcgtgtacggaagcagacgcgtcactat
aattcgtttgaggacgatgaactcatggagttctctgaactggatagtgactcagaggaa
cgaccctgtcgcaccagacgtctcagcgatcgcaacagacgctacctccgagcggagtgc
ttcagagtggagaaaaaccttctcattttcgggtggggtcgctggaaggatattctcaat
catgggcgttttaaatggcacctgacggagagagacatggaggtgctgtgcagggctctt
ctggtctactgtgttcgccattataagggagacgataaaattaagagcttcatctgggat
ctgatcacacccactaaagacggacacaatcaagcactacaaaaccactcaggtctgtct
gctcctgtcccacggggtcgtaaaggcaagaagctgaagaaccagttgagtccccctgag
ctgaagaatgcagactggctggcccactgtaacccagaggttgtgcttcaggacgacagc
tacaagaaacacctcaaacaacactgcaacaaggttctactgagggtgcggatgctgtac
tatttgaaggttgaagtgttgggggaagctgctgatcaggctcttgaagggatcccatcc
agtaaactggaggtaacccttcctgatatcgactatattgagatacctactatatggtgg
gatgctgaagcagataaatcactgcttgttggagttcacaaacatggatatgagcggtat
aatgctatgcgtgcagaccctgctttgtgtttcctggagcgagtgggcatgcctgatgtc
actgcattgacggtagaacaaagtggagcagaaactgcttcagatgcaactgatagtatc
agcaagagtgatgaaatcaaagaggagaatgatattaagtctgaagaattagaagagaaa
gtagagatcaaggaggaacccatgtcagaggaaacggggaaaaatgacagtgcagtgacg
gggggctttataggatctctcgcaggagaccttgttgcagaagtgatggagcagggacgg
atacagtggccggcaggcactgctcttacagcacgtctgcggcgcctcattactgcctat
cagcgttatacaagacgtgagccgcttcgtcatgactttctcttacacgagggaattgca
cctgtggcctggcaaataggagagtttagacactgcactactgagcctgacccgctcttt
ttagagtggcaacgaaggtggacacgtcgagagcaggctgacttctatcgcacagtgtcc
tcgtttggagtagtgtatgacccagagaagaagacttttgactggaaccagttccgtgcc
cttgctcgattggagaggaagactgatgaaagcttagagagatatttccacagctttgtt
tcaatgtgtcgaactgcatgtagactgccacccagaaaagatgaaggtaacgtggatcct
tcactgtttgtggagcctattacagaagagagagctgcccgaacattatatcgtattgag
cttttgagaaaggtccgtgagcaagtattgcgccacccgctcctgggggcacgactgcag
ctttgtcggcctagcttgtatttgcccgtctggtgggagtgtggcaaacatgaccgtgat
cttctcattggggtcgctaaaaatggattgagtcgaactgatttctacatcctcaatgac
ccccaattatccttcctggaggcccaccggaactatgttcataaagaaaaccacagatat
tcagtcccaggcttgccccaccaccattgctgcttatatgatgccaaccttggacattgt
cagtccccacaacctccagagtatcatcccacatcttcacaccacacgacaacacaactc
gtccatactcatgggcatcaccagcccactgaagtggtggcatcagagtctggaagttcc
ctagggataggtacaggaaatagggaaggatttttggattgtcctccattggatgactct
ctggagttggggccattacaacatgaaggcttgatatcagacacactacatggcaaatct
ggtaaagaggccttcaatggattcccgttcaattcagcaaccggtgggcagaatatgcta
aattcgtacggtgtgcaaggggagttaaatgggtctcaaggagacatggtggactccata
gctgggaaacttcgcagcgatgttctggtgggagagcaagggtcctcagaggagactggc
ttaatggctccttctgtggaactagatgaacttcaaactccatgggaaagctcggaccat
gctgaaacttctgacatgttcaacgagactgatcccatcttgggagcgccaactttggaa
cccaactttcttgatgctcctcaaccagaagatggacaggagggtgatgaaacgctcact
gactgtttgagcatgcctagttcggactctcaaagcaaccctgtcgaaccactggcaccg
agcttcatgttgttcaaagaccttaatgttggagagacttctgtggatcagacagatctg
tcagccagtcttccagaatatcttccaccaccacctgttggactcccgaatgtaagtctt
gaccagacggatcccattagtgaggagcaagaggacaagcttagtgattctaacatcaca
tacggtgttcccagtccagaagaagaagctgaaagcgtagggtttcattttgacagtcca
aagacaaaggatattcaagatgagatcgacaagatgccttcaatagagtctccaagggaa
aattgtctcaaggaatctcagaaaggggaggtgccatttgacgattccagtggagatttg
aaagatccttgtgaagtggctttggaagaaccttatgaaaagcctctaacagagccagaa
aaagtgcctttagaggagtcttatgatttaacttgtgacgagaccctgcaggaaccttgc
gaagggtttcagcaagacacagcggaacagcagttggtggaagaaacctgcaaagaaccg
ccagagccaatagaagagtgcaatctaaataacactactctttcaacagattaccccatt
ccttcgtcactcccatcatctccaactaccttacctgacacctctgtatccccgggcctt
gatgcagtcccaaaacaagagtttctcgtggatccagtggtgtcagatgtgaagcctgag
ccagatagcactacacagacccctcaccttgagcagactgaggtttttgaaatgaaggac
aagataaaagatgaaggtgcaaagacaccagcattattgggagatgttgatggaccacac
tttgcattgcccatgtgtgagatggcagacagtgtccatgaaatgagggaaccaaccatt
gctcagcttttacaagagaaagcactcttctcgttctcagagtggcctaaggacagagtg
atcatcaatcgtattgacagtatctgccacactatcttaaaggggaagtggccttcctcc
agtcaacagtatgagtctcccacctcattggctaacacctgcgtgcccagcagtgcccac
cagagggcaggatttctgcctaccagaatgcctatatctcagagccttaactttaacctc
tcacacacagtaccccacttaccaaaggagcggttagtggccccaccatttctccctgag
ctcaaacgtccgagacgtgggtatgaattcgaggcagaagtccttgccaaaccaagccag
cttggagaaaagatccaggttggcgtgcctcattgtgctaacactctcctccttaatggc
tggcaggacgctgctattgacctctccaaaccaacagagctaacagttggtggagacagt
gggccaatcggtcagatgagccacactgtccagtcagcgccccataaaataactgggata
ggctccatacaaggctcgctgggattggatatggctggcattttgcaggctggtctgatt
caccctgtcacggggcagattgtcaacggcggtcttcgtcgtgatgattcaatgttgaga
cggaggagaggacgaagaagaaatgtggagactcctgatctcagctttataaagggacaa
agcatgaacttgcctgaacaacagagtgggtcagagagtatcagccaccctgttgtgtcc
tccacatcctcccagtcagaaggccctccagccacctcgacaacacttcctactccgcct
tcagcaccctctccagctcctccagcctcagagaccctgaatgtgagcatggacagggaa
atggccaataaaggcctaatggaatggctccgacaaaaccccatacaacatggagctttc
tgcttttccggcctaatggaatggctccgacaaaaccccaactacaacatggagctttct
gcttttccgttttttattcatttacaactcttgtcccaacaggagcggttagtggcccca
ccatttctccctgagctcaaacgtccgagacgtgggtatgaattcgaggcagaagtcctt
gccaaaccaagccagcttggagaaaagatccaggttggcgtgcctcattgtgctaacact
ctcctccttaatggctggcaggacgctgctattgacctctccaaaccaacagagctaaca
gttggtggagacagtgggccaatcggtcagatgagccacactgtccagtcagcgccccat
aaaataactgggataggctccatacaaggctcgctgggattggatatggctggcattttg
caggctggtctgattcaccctgtcacggggcagattgtcaacggcggtcttcgtcgtgat
gattcaatgttgagacggaggagaggacgaagaagaaatgtggagactcctgatctcagc
tttataaagggacaaagcatgaacttgcctgaacaacagagtgggtcagagagtatcagc
caccctgttgtgtcctccacatcctcccagtcagaaggccctccagccacctcgacaaca
cttcctactccgccttcagcaccctctccagctcctccagcctcagagaccctgaatgtg
agcatggacagggaaatggccaataaaggcctaatggaatggctccgacaaaaccccaac
tacaacatggagctttctgcttttccgaatgcaaacatattgcacagtttcctggagcgt
ccaaaacagagaaggcatcgctgcaaagacccatccaagctcgacgtcagctctctaact
ggggaggagagagttcccgtagtgcacagaaacacaggccgcaggcttggaggcgctatg
gctccagcgattaaagagctctctagatggctggatgcaaactcagaatactctgtggct
cctgattgggcggatgtggtgaagcactcaggttttctaccggagggcaaattcacacgc
atcctctctggccccgtgtgtcgggatcccggcccgcgtagacgaggcaggcgaccccgc
agtgagatgccgaaagcccccgagcttgctgctggcatgggtccactcttcatgaatggt
gggctcattggcagcatggatctggttagcttacccaatctccgcaatgtccctggcatc
ccgctaactggtatcatgggctttcctcacggttttgccactgccgtatcgtcaggagaa
gatgccaagaatggactcagcatgctgcccatgatgcttcacggtatggcggctgtgcag
ccgcccatgtacagtgctcacatgagtgggatgataaatcaaccagcaacgtccactgca
accgcatcctccacttcagcgagcgtgacttcgacaaactccgcaaccgtaacctcaacc
tccagcccggcgaatagttcggaatctacacctcagtgtgaaaatgcaagctctccgatg
agcacggagaatgggaataaggaggacgcaaagcaaggaggggaagagaagaaagtgtcc
gcttcggtgtctacagctgcggccactagcagcagcagtagtagtagtagcatcacaagc
accggcagccatttgacctttaacccttttctaatcccgggaatgtcacatagtctgttg
tatccgcatatgttcttgccaccgggcagtataatggctctgcccgctatgcctgcagca
gacagcacgggcagccccaagaggaagaggaagaaggttagggaggaagtggcagaggag
ggaagcaccaatgttgttgtggaatcgaagggagttaaagatgaacagacacccgaacaa
aagagcaaagaggacggaatggaagaaggcggacctgatgtagatttagctcaggtcaaa
gatccttctgaccctataaaaggtccttctgaggataaaagtactgaggaaaaggacaaa
aatgagatgggagaggaaacggagtcaaatgctcaaggcccttgtgacggtggagactag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (1)   
   Pfam (1)   
All databases (14)   

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