KEGG   Lipotes vexillifer (Yangtze River dolphin): 103077326
Entry
103077326         CDS       T03090                                 
Symbol
CHD8
Name
(RefSeq) chromodomain-helicase-DNA-binding protein 8
  KO
K04494  chromodomain helicase DNA binding protein 8 [EC:5.6.2.-]
Organism
lve  Lipotes vexillifer (Yangtze River dolphin)
Pathway
lve04310  Wnt signaling pathway
Brite
KEGG Orthology (KO) [BR:lve00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04310 Wnt signaling pathway
    103077326 (CHD8)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:lve03036]
    103077326 (CHD8)
Chromosome and associated proteins [BR:lve03036]
 Eukaryotic type
  Chromatin remodeling factors
   Other chromatin remodeling factors
    103077326 (CHD8)
SSDB
Motif
Pfam: SNF2-rel_dom Helicase_C Chromo BRK ResIII DEAD HDA2-3 MUN Myb_DNA-bind_7
Other DBs
NCBI-GeneID: 103077326
NCBI-ProteinID: XP_007449572
UniProt: A0A340WPJ9
Position
Unknown
AA seq 2583 aa
MADPIMDLFDDPNLFGLDSLTDDSFNQVTQDPIEEALGLPSSLDSLDQMNQDGGGGDVGN
SSASDLVPPPEETDPTELPKESTAPAPESLTLHDYTTQPVSQEQPAPPVLQTPTPTSGLL
QVSKSQEILSQGNPFMGVSATAVPSSSAGGQPPQSAPKIVILKAPPSSSVTGAHVAQIQA
QGITSTAQPLVAGTANGGKVTFTKVLTGTPLRPGVSIVSGNTVLAAKVPGNQATVQRIVQ
PSRPVKQLVLQPVKGSAPAGNPGATGPPLKPAVTLTSTPTQGESKRITLVLQQPQSGGPQ
GHRHVVLGSLPGKIVLQGNQLAALTQAKNAQGQPAKVVTIQLQVQPPQQKIQIVPQPPSS
QPQPQQPSSAQPVALSSVQQAQIMGPGQGPGQRLSVPLKVVLQPQAGSSQGASSGLSVVK
VLSASEVAALSSPASSAPHTGGKTGIEENRRLEHQKKQEKANRIVAEAIARARARGEQNI
PRVLNEDELPSVRPEEEGEKKRRKKSSGERLKEEKPKKSKTSGTSKTKGKSKLNTITPVV
GKKRKRNTSSDNSDVEVMPAQSPREDEESSIQKRRSNRQVKRKKYTEDLDIKITDDEEEE
EVDVTGPIKTEPILPEPVQEPDGETLPSMQFFVENPSEEDAAIVDKVLSMRIVKKELPSG
QYTEAEEFFVKYKNYSYLHCEWATISQLEKDKRIHQKLKRFKTKMAQMRHFFHEDEEPFN
PDYVEVDRILDESHSIDKDNGEPVIYYLVKWCSLPYEDSTWELKEDVDEGKIREFKRIQS
RHPELKRVNRPQASAWKKLELSHEYKNRNQLREYQLEGVNWLLFNWYNRQNCILADEMGL
GKTIQSIAFLQEVYNVGIHGPFLVIAPLSTITNWEREFNTWTEMNTIVYHGSLASRQMIQ
QYEMYCKDSRGRLIPGAYKFDALITTFEMILSDCPELREIEWRCVIIDEAHRLKNRNCKL
LDSLKHMDLEHKVLLTGTPLQNTVEELFSLLHFLEPSQFPSESEFLKDFGDLKTEEQVQK
LQAILKPMMLRRLKEDVEKNLAPKQETIIEVELTNIQKKYYRAILEKNFSFLSKGAGHTN
MPNLLNTMMELRKCCNHPYLINGAEEKILTEFREACHIIPHDFHLQAMVRSAGKLVLIDK
LLPKLKAGGHKVLIFSQMVRCLDILEDYLIQRRYLYERIDGRVRGNLRQAAIDRFSKPDS
DRFVFLLCTRAGGLGINLTAADTCIIFDSDWNPQNDLQAQARCHRIGQSKAVKVYRLITR
NSYEREMFDKASLKLGLDKAVLQSMSGRDGNITGIQQFSKKEIEDLLRKGAYAAIMEEDD
EGSKFCEEDIDQILLRRTTTITIESEGKGSTFAKASFVASENRTDISLDDPNFWQKWAKK
ADLDMDLLNSKNNLVIDTPRVRKQTRHFSTLKDDDLVEFSDLESEDDERPRSRRHDRHHT
YGRTDCFRVEKHLLVYGWGRWRDILSHGRFKRRMTERDVETICRAILVYCLLHYRGDENI
KGFIWDLISPAENGKTKELQNHSGLSIPVPRGRKGKKVKSQSTFDIHKADWIRKYNPDTL
FQDESYKKHLKHQCNKVLLRVRMLYYLRQEVIGDQAEKVLGGAIASEIDIWFPVVDQLEV
PTTWWDSEADKSLLIGVFKHGYEKYNTMRADPALCFLEKAGRPDDKAIAAEHRVLDNFSD
IVEGVDFDKDCEDPEYKPLQGPPKDQDDEGDPLMMMDEEISVIDGDEAQVTQQPGHLFWP
PGSALTARLRRLVTAYQRSYKREQMKIEAAERGDRRRRRCEAAFKLKEIARREKQQRWTR
REQTDFYRVVSTFGVEYDPDTMQFHWDRFRTFARLDKKTDESLTKYFHGFVAMCRQVCRL
PPAAGDEPPDPNLFIEPITEERASRTLYRIELLRRLREQVLCHPLLEDRLALCQPPGPEL
PKWWEPVRHDGELLRGAARHGVSQTDCNIMQDPDFSFLAARMNYMQNHQAGAPAPSLSRC
STPLLHQQYTSRTASPLPLRPDAPVEKPPEETAAHVPSLESLTLKLEHEVVARSRPTPQD
YEMRVAPSDTTPLVSRSVPPVKLEDEDDSDSELDLSKLSPSSSSSSSSSSSSSSTDESED
EKEEKLTADRSRSKLYDEESLLSLPMSQDGFANEDGEQMTPELLLLQERQRASEWPKDRV
LINRIDLVCQAVLSGKWPSSRRSQEMVTGGILGSGNHLLDSPSLTPGEYGDSPVPTPRSS
SAASMAEEEVSAVTTAAAQFTKLRRGMDEKEFTVQIKDEEGLKLTFQKHKLMANGVMGDG
HPLFHKKKGNRKKLVELEVECMEEPNHLDVDLETRIPVINKVDGTLLVGEDAPRRAELEM
WLQGHPEFAVDPRFLAYMEDRRKQKWQRCKKNNKAELNCLGMEPVQTANSRNGKRGHHAE
TVFNRVLPGPIAPDSSKKRARRMRPDLSKMMALMQGGGTGSLSLHNTFQHSSSGLQSVSS
LGHSSATSASLPFMPFVMGGAASSPHVDSSTMLHHHHHHPHPHHHHHHHPGLRATGYPSS
PATTTSGTALRLPPLQPEEDEDDEDEDDDDDLSQGYDSSERDFSLIDDPMMPANSDSSED
GDD
NT seq 7752 nt   +upstreamnt  +downstreamnt
atggcagaccccatcatggatctgtttgatgacccaaatttatttggcctggactctctt
actgatgacagcttcaatcaggttacacaagaccctattgaggaagcccttggactgcca
agctctctggactccttggatcagatgaaccaggatggtggaggtggtgatgtggggaat
tcatcagcaagtgacttggtccccccaccagaggaaacagaccccacagaacttcccaaa
gaatcgacagctccagctccagaatctttaaccttgcatgattataccactcagcccgtc
agccaagagcagccagccccacctgtcttacagacaccgacgccaacgtcaggacttttg
caggtctccaagagccaggagatcctgagccaagggaatcctttcatgggtgtctctgcc
acagctgttccctccagtagtgctggagggcagccacctcagtcagcccctaagattgtt
atccttaaggccccacccagctcctcagtcactggtgcccatgtggcacaaattcaggcc
caaggtatcaccagcacagctcagcccctcgtggctggcacagccaatggtggaaaagtc
acttttaccaaagtgctaaccggcactccccttcgacctggtgtttccattgtctctggt
aatacagtgttggccgccaaggtccctgggaaccaggctactgttcagcgcattgtccag
cccagccgaccagtaaagcagctggtcctacagccagttaagggttcagctcctgctgga
aaccctggggccacagggcccccactgaagcctgcagttacactgacctctacacctacc
cagggtgaatcgaaacgcatcacgctggtcctccagcagccacagtctggaggtccccaa
ggacaccggcatgtcgtgctcgggagtctgccaggcaagatagtgttacagggcaaccag
ctggcagccctgacgcaagccaagaatgcccaggggcagccggccaaagtagtgactatc
cagctgcaggtgcagccgccacagcagaagatccagattgtaccgcagcctccatcgtcg
cagccacagccccagcagccatcctcagcccagccagtggctctttcctctgtgcagcag
gctcagataatgggaccagggcagggcccgggacagagactttcagtaccgctcaaggtg
gtgctgcagccccaggccggctcttcccaaggggcctcttctgggctctccgtagttaaa
gttctaagtgccagtgaagtggcagctctgtcctcaccagcaagctctgctcctcatact
gggggcaagacgggaatcgaggaaaaccgtaggctggagcaccagaagaagcaagagaaa
gcaaatcggattgtagcggaggccattgctagggcccgtgcccggggtgaacagaacata
cctcgagtcctgaatgaggatgagttgcctagcgttcggcctgaggaggaaggtgaaaag
aaacgcaggaagaagagcagtggggagaggctcaaggaagaaaagccaaagaagagcaaa
acatctggtacctccaaaaccaagggcaagagtaagctaaacaccatcactcctgtggtg
ggtaagaagagaaagcgtaatacctcatctgataattcagatgtggaagtcatgcctgca
cagtcaccccgggaagatgaagaaagcagcattcagaagagacgctcaaaccgccaagtt
aaacggaaaaaatatacagaggatctggatataaagatcacagatgatgaagaagaagaa
gaagtagatgtaactggtccaatcaaaactgagcctatcctgcctgagccagtgcaggaa
ccagatggcgagactttgccttccatgcagttctttgtggagaatcccagtgaagaagat
gcagccattgtagacaaagtgctttccatgcgtattgtgaagaaggagcttccttctgga
caatatactgaagcagaagaattctttgtcaagtacaagaactactcctatctacactgt
gagtgggctaccatctcccaactagagaaggataagaggatccatcaaaaactaaagcgc
ttcaaaaccaaaatggctcagatgagacacttcttccatgaggacgaagagcccttcaac
ccagactatgtagaggtggataggatattggatgagtctcacagcattgacaaggacaat
ggggagcctgtaatttactacttggtaaaatggtgctctctgccctatgaggatagtaca
tgggagctaaaagaggatgttgatgagggcaagattcgagaatttaaacggatccagtca
aggcacccagagctcaaaagggtgaatcgtccacaagcaagtgcctggaagaagttggag
ttgtcacatgagtataaaaacagaaaccaattaagggaatatcagttggaaggggtcaat
tggctgctctttaattggtataacaggcagaactgcatcctggctgatgagatgggattg
ggcaaaaccattcagtccattgccttcttacaggaggtatataatgtgggcatccatggc
cccttcctggtcattgccccactgtccacaattactaactgggagagagaattcaacacg
tggacagagatgaacactattgtgtaccatggcagcctagccagccggcagatgattcaa
cagtatgaaatgtactgcaaagattcacgggggcgcctcatcccgggtgcatacaagttt
gatgccctgatcaccacttttgagatgattttgtcagactgtcccgagcttcgtgagatt
gaatggcgttgtgtcatcattgatgaagcccatcgactaaagaaccgtaattgcaagctg
cttgatagtctcaagcacatggacctggagcacaaagtgctactcacaggaacaccattg
caaaatactgtggaggaactgtttagcctgcttcatttcttggaaccttcacagtttcca
tcagaatcagagttcctcaaggactttggggatctcaagacagaggaacaggttcaaaag
ctacaggccattctcaagccaatgatgctgagaagactcaaagaggatgttgaaaagaac
ctggcacctaagcaggaaaccattattgaagtagagctgaccaacattcagaagaaatac
tatcgggctattttggagaagaatttctcctttctttccaaaggggcaggccatactaac
atgcctaatctactcaatacaatgatggagttgcgcaaatgctgcaaccacccatatctc
atcaatggtgcagaagaaaaaatcctaacagaatttcgagaagcttgccatatcatacct
catgacttccacttgcaggcaatggttcgttcagctggcaaattggttcttattgacaag
ttacttccgaaacttaaagctggtggccataaggttctgatcttctcccagatggtacgc
tgcctagatatcctagaggattatctaatccagaggaggtacttgtatgagcgtatcgat
gggcgagttagaggcaaccttcggcaggcggctattgaccgcttcagcaaacctgactca
gaccgatttgtctttttgctatgcacccgggctggtggacttggaattaatctcacagct
gctgatacctgcatcatctttgattcagattggaatccgcaaaatgacctgcaggcccaa
gcacggtgtcatcgaattgggcagagtaaagctgtgaaggtgtaccgtctcatcactcgt
aattcttatgagagagagatgtttgataaggctagcctcaagttgggattggataaagct
gtgcttcagtccatgagtggtcgggatggcaacattactggaatccagcagttctccaag
aaggagattgaagatctcttacgaaaaggagcatatgcagccataatggaggaagatgat
gagggctccaagttttgtgaagaggacattgaccagatcttgttaagacgaaccactacc
atcaccattgaatctgaaggaaagggttctacgtttgccaaggcaagctttgtggcttct
gaaaataggactgatatttctctggatgaccccaacttttggcaaaagtgggccaaaaag
gctgacctggacatggatctactcaatagcaagaataacttggtgattgacacacctaga
gtacgaaaacagacccgccacttcagcactctgaaagatgatgacctagtggaattctct
gatttggaaagtgaagatgatgagcggccacgctctcgccgacatgaccgtcatcatacc
tatgggcgcactgactgctttcgggtggaaaagcacctcctggtatatggttggggacgg
tggcgagatattctgtctcatggacgcttcaagcgacggatgactgaaagagatgtggaa
acaatttgccgggccatccttgtgtactgtcttttacactatcgtggggatgaaaatatc
aaaggcttcatctgggacttgattagccctgctgaaaatggcaagacaaaagaattgcag
aatcattcaggtctgtctatccctgtgccccgtggacgcaaggggaaaaaagtaaagtca
caaagcacttttgatatccataaggcagattggatccggaaatataaccctgatactctg
ttccaagatgagagttataagaagcacttgaaacatcagtgtaacaaggtcctgttgcgg
gtacgaatgctatactatctgagacaggaggttattggagaccaggcagagaaggtgtta
gggggtgctattgccagtgagattgacatatggttcccagtagtggatcagctggaggtt
ccaacaacatggtgggacagtgaggctgataagtccctgctcattggagtctttaagcat
ggctatgaaaaatataatactatgagggcagacccagccttgtgcttcctggaaaaggct
ggccgaccagatgacaaagccattgcagcagaacatcgagtgttggataatttttctgac
atagtggaaggggttgactttgataaagattgtgaagatcctgaatataaaccactccag
ggtcccccaaaggatcaagatgatgagggtgatcccttgatgatgatggatgaggagatc
tcagttatagatggagatgaagcccaggtgacccaacagccaggccatctattctggcct
ccaggctctgctttgacagctaggcttcggcgcctagtaacagcctatcagcgcagctac
aagagagaacagatgaagatagaggctgcagaacgtggggatcggagaaggcggcgttgt
gaggcagccttcaagctaaaagaaattgcacggcgagagaaacagcaacgatggacaagg
cgtgaacaaactgatttctatcgagtagtttctacctttggtgtggaatatgaccccgat
accatgcagttccattgggatcgattccgcacttttgcccgactggacaaaaaaacagat
gaaagccttaccaagtacttccatggctttgtggccatgtgccgccaagtgtgccgcctt
cccccagcagctggagatgaacccccagaccctaatctgttcattgagcccatcactgag
gaaagggcctcacggactctctaccgtattgaattgcttcggcgcttacgggagcaagtt
ttatgccaccctcttttggaagatcggctggcattatgtcagcctccaggtcctgaattg
cccaaatggtgggagcctgttcggcatgatggggagcttctacgaggggcagcccgccat
ggggtgagccaaacagactgcaacatcatgcaggacccagacttctcttttctggctgcc
cgtatgaattatatgcagaaccatcaggcaggagcaccagctccatccctatcacgctgc
tctactccactgctacaccagcagtatacctcgcgcactgcctcaccactgcccctgcgc
ccagatgctcctgttgaaaagccacctgaggagacagctgcccacgtccccagtctggag
agtctgactttaaagctagagcatgaggtggtggccaggagccgaccaaccccacaagac
tatgagatgcgagtagccccctctgatactacccctctggtttcccggagtgttccacca
gtcaaactggaggatgaggatgattcagactctgagctggacttgagcaagctgtcacca
tcatcctcttcttcctcatcctcatccagctccagctccagcactgatgagagtgaggac
gagaaggaagagaagctaactgctgaccggtcccgctcaaagctctatgatgaagaaagt
ctcctgtccctccctatgtcccaagatggattcgcaaatgaagatggagaacaaatgacc
cctgagctgctgctgctacaagaaagacaaagagcttctgagtggcccaaggatcgtgtc
ctgataaaccgtattgacctcgtctgccaggccgtactctcagggaagtggccttctagc
cgccggagccaagaaatggtaacaggaggaattttggggtcaggcaaccacttgctagac
agtccctcattgactccaggagaatatggtgactctccggtccccacaccacgaagtagc
agcgcagcttccatggcagaggaggaagtgtccgccgtaaccacagcggcagctcagttc
accaaacttcgccgaggcatggatgagaaggagtttacagttcagatcaaagatgaggaa
ggattgaagttaacattccagaagcacaagttgatggctaatggagtaatgggagatgga
catcctctttttcacaagaagaaagggaacagaaagaagctagttgagctggaggtggag
tgcatggaagagcctaatcaccttgatgtggacctggagacccggatccctgtcatcaat
aaggtggatgggactttgctggtgggtgaggatgcccctcgccgggctgaactggagatg
tggttacagggtcatccagagttcgctgtcgatccccgatttctagcgtatatggaggat
cgcagaaaacagaagtggcagagatgtaaaaaaaataataaggcagaattgaactgtttg
ggaatggaaccagtacagacagctaactctaggaatggaaaaaggggtcatcatgctgaa
acagtgttcaaccgggttttgccagggcctattgcaccggacagcagcaagaagcgggcc
cgtaggatgcgaccagacctttctaagatgatggccctgatgcagggtggaggcactggg
tccctgtctctgcataataccttccaacacagcagtagtggcctgcagtctgtgtcatct
ctgggtcacagcagtgccacttctgcatctttgccttttatgccgtttgtgatgggtggt
gcagcatcatcccctcatgtagactccagcaccatgcttcatcaccaccaccaccacccc
cacccccaccatcaccaccatcaccatccaggcctgagagccactggctacccttcttca
ccagccactaccacctctggtactgccttgaggttgccaccactgcagcctgaggaggat
gaggacgatgaggatgaagatgatgatgatgatttatctcagggctatgatagctcagaa
agggacttctcactcattgatgatcctatgatgccagccaactcagactccagcgaagat
ggtgatgactga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (29)   
   KEGG ORTHOLOGY (1)   
   RefGene (25)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (45)   

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