KEGG   Sinocyclocheilus anshuiensis: 107668951
Entry
107668951         CDS       T04917                                 
Name
(RefSeq) chromodomain-helicase-DNA-binding protein 8 isoform X1
  KO
K04494  chromodomain helicase DNA binding protein 8 [EC:5.6.2.-]
Organism
sanh  Sinocyclocheilus anshuiensis
Pathway
sanh04310  Wnt signaling pathway
Brite
KEGG Orthology (KO) [BR:sanh00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04310 Wnt signaling pathway
    107668951
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:sanh03036]
    107668951
Chromosome and associated proteins [BR:sanh03036]
 Eukaryotic type
  Chromatin remodeling factors
   Other chromatin remodeling factors
    107668951
SSDB
Motif
Pfam: SNF2-rel_dom Helicase_C Chromo BRK ResIII DEAD HDA2-3 MUN SWI2_SNF2
Other DBs
NCBI-GeneID: 107668951
NCBI-ProteinID: XP_016316503
Position
Unknown
AA seq 2545 aa
MADPIMDLFDDTPLFNLDSLPEDAFSQGSSDPVEEALKLALGHVDPPMDPTPDPGVPVLS
DVVTDRALIPTSLAAPVSVPLQTIQTQQHTQMSHEVSVAPASISVQPSLSVASNSSGAAT
VLLSSPLGVPVSVATQQLQTQQITVTQQAGGQSAPKILILKGPQGQTQVLQGVTGATGSP
GKVTLARVLTGTPLRPGMAVVSGGTVLNATSPGQGQVKVGTGVQRLVHTPNGPMKQVLLT
SVPQTQSQVQTQPVQLQSPSQVQVQPQTQVALQTQDQVPATTSPGTTAAAIRPQGVTLSA
VSQQGEAKRITLVLQQPSQGGAAQAGTVTVGGIAGAGQQGQQHRLVLGSLPGKLVLQGGQ
LTALAQAKAGQTGAQPKVLTIQLQVQQQPNQQGAKFQLVSGAANAGGSPQVVQISQGQGG
QRLAVPLKLLLQPHSSTASSAGGAVSVVKVISTSAAGSASCTTTTVSSSGVRLARVQEPV
RRVEILCKQEKANRIVAEAIARAKARGERNIPRVLNQDELPAGQTSADLEGATGAGGAKK
KGGGGGSGSGGSKKKSPSACGGKVVVGGDKKSKAKTPGVVSGSKSKSKTKLNTITPVGGK
KRKRNPSSDHSDIDLSPPVSPRTLEEEMSQKRRSNRQVKRKKYTEDLDIKITDDEDEMDA
DVDVTTTPVSSAGHLQSMGAELHQELDGDGLPSMQFFVENPSEEDAAIVDKILSMRVTKK
EVSPGQYTNVEEFFVKYKNYSYMHCEWASLEQLERDKRIHQKLKRFKTKQAQMRNIFQED
EEPFNPDYVEVDRILDESHSVDKDNGEPVVYYLVKWCSLPYEDATWELKEDVDEAKVEEF
RKIESRPARLNRTPRPAASAWKKLDESREYKNGNQLREYQLEGVNWLLFNWYNRQNCILA
DEMGLGKTIQSLALLSEVFAAGVQGPFLIIAPLSTITNWEREFSTWTDMNAIVYHGSLAS
RQMIQQYEMYCKDDKGHLIPGAYKFDALITTFEMILSDCPELREISWRCVVIDEAHRLQN
RNCKLLDSLKMLDPEHKVLLTGTPLQNTVEELFSLLHFLEPAQFPSEIEFLREFGDLKTE
EQVQKLQSILKPMMLRRLKEDVEKNLAPKQETIIEVELTDVQKKYYRAILERNFSFLSMG
ATQNSNVPNLLNTMMELRKCCNHPYLITGAEEKIVAELREVYDPLAPDFHLQALVRSAGK
LVLLDKLLPRLKAGGHKVLIFSQMVRCLDILEDYLIHKRYLYERIDGRVRGNLRQAAIDR
FSKPDSDRFVFLLCTRAGGLGINLTAADTCVIFDSDWNPQNDLQAQARCHRIGQSKAVKV
YRLITRNSYEREMLDKASLKLGLDRAVLQSMSGNKDSSVNGIQQFSKKEIEDLLRKGAYA
AIMDENDEGSRFCEEDIDQILQRRATTITIESEGKGSTFSKASFVASENRTDIALDDPEF
WQKWAKKADIDMDSLNRKNTLVIDTPRVRKQTRQYSSLRGEGGDLSDLDSDDDYPPHNSR
PSRASRRSDRHSGGGYGRTDCFRVEKHLLVYGWGRWRDILSHARCKRRLSERDVETICRV
ILVFCLIHYRGDENIKSFIWELITPPENGREPQALLNHSGLSIPVPRGRKGKRVKAQSSF
DVQKVEWIRKYNPDSLLLDDSYRKHLKHQCNKVLLRVRMLYYLKQEVIGEHADSVLRGAD
ARDIDIWLPEMEQQDVPSGWWDAEADRCLLIGVYKHGYEMYTTMRADPCLCFVEQCGRPN
EQDINAEQQAADPELGEGGDYDKYSEDPEFKPAARHTKEVYEEADSVNTDGEICVEDRSA
PVQVEGPSSGSSDLCYWPTSSSLTARLRRLITAYQRSYRREQLKMEAAEKGDRKRRRCEQ
ATKLKEIARQERQQRWTRREECDFYRVVSTFGVERIKKEADAPEGDEHHMDWNRFRSFAR
LDKKSDESLTRYFKCFMSMCRKVCHLRPARGEESQDLSQSLAPITEERASRTLYRVSLLC
RLRERVLPHPSLEERLSLAPLSSDLPNWWSIPQHDHELLLAADRHGVSRTELSIFSDPQY
SFIQARLDYLQNQQAQAALQIHTLSQSQDPTSIKEESLDDESRLLGVEALCPSDSPALLL
THSEGKVGVQAGWSWKKSKNNGPSERKGGRERGEGPSDSDSDSDSGSSSSSRHSGSSDDS
GDSDAEREQAAALKMCDGDEENSILSLTPSQEGAPPESLSDPLRVDWPKDRVLINRIDNL
CSLVLKGHWPSGRRYVSDIQLNTTSEEHDLGDGLGYPRVARKSNSALSAEALEGQESEFT
VKLLKEEGLKLTFSKQALMPNGEGSARKKRKDHELVDAEGVLHAPRRRDLPNWLKENPDY
EVEGDMLELLVNQTKRKRRRKRVEKGAALTGSERVKVIDIRTGKKFGGIYGPLLQDLREH
LEENPDHVVAPEWSETVRNSGFLPESLFHRLLSPHASIPKKSRHYLSTPSIQTDDPLLGG
GEGETLVSDGAYMMDDEDLEDGSHLTSSHHFLTPAYDVKMEPSALDMDGGDSLSQGGYDS
SDREAILDDVIMAPKNSDSSSSSED
NT seq 7638 nt   +upstreamnt  +downstreamnt
atggcagaccccattatggacctctttgatgacacaccactgttcaatttggattcccta
cctgaggatgcattctcccagggctcctcggatccagtcgaggaggcgctgaagttggca
ctgggccatgtggacccacctatggaccctacaccggatcctggtgtccctgtgctcagt
gatgtcgtcacagatcgagctctaatcccaacatccctcgctgctcctgtctctgtccca
ctgcagaccattcaaacacagcagcacacccagatgtcccatgaggtttctgttgccccg
gcttcgatttccgttcagccctctctctcggtggccagtaatagcagtggtgcggcaacg
gtcctgctgagctcccctcttggagtacctgtgtccgttgccacccagcagctgcagact
cagcaaatcactgttacgcaacaggcaggagggcagtcggccccaaaaattttaattctc
aaaggccctcagggtcagactcaagtgctacagggtgtcaccggagccacaggctctcca
gggaaagtcaccctcgctagagttctgacagggaccccacttaggccagggatggcggtt
gtttctgggggaacggtgttaaatgcgacatctcctgggcagggacaggtcaaagtaggc
actggagttcaaaggctggttcatacaccaaatggcccgatgaagcaggtgttactgacc
tcggtgcctcagactcaatcgcaggttcagacgcagccagtccagctgcagtcaccgtca
caggtccaggtgcagcctcagacacaggtggcattacaaacacaggaccaagtgccggct
actacatcccctggaacgacagcagcggccatccgacctcaaggtgtcacactttcagca
gtgtcacagcagggggaagcaaagaggatcactctggtgctacagcagccctcgcaaggt
ggagcggcccaggctgggacagtgacagtagggggaattgcaggggcgggtcagcagggc
cagcagcacaggctggtgttgggctctctgccagggaagttggtcctgcagggaggccag
ctgacagctctcgcccaagccaaggcgggtcaaacgggtgcacagccgaaagtgctcacc
attcagctgcaagttcaacagcagcccaaccaacagggagccaagtttcagttggtttct
ggggcagctaatgctggtggcagccctcaggtggtgcagatttctcaaggccaaggagga
caaagactagcagtgcctcttaaactactgctgcagccacactcaagcactgcttccagt
gctggtggggccgtttctgtggttaaagttatcagtacctcggctgccggctctgcgtcc
tgcaccaccactacagtctcatcttccggtgtgcgtttggcaagggtccaggagcccgtt
cgaagagtggagatcctgtgcaaacaggagaaagcaaatcgcattgttgctgaggccatc
gcacgggccaaagccaggggtgaaaggaacatcccccgtgtgctcaaccaggatgaactg
cctgccggacagacctctgcagacctagaaggtgccacaggagctggaggagccaaaaag
aaaggaggaggtggaggtagtggtagtggagggagcaagaagaaaagcccaagtgcgtgc
ggagggaaagtggtggtgggaggagacaagaaatccaaggcgaagactccaggagtggtt
tctggcagtaaaagtaaatccaagactaagctcaacaccatcactccagtgggtggtaag
aaaagaaaaagaaatccatcctctgaccattcagatatagatctaagcccacctgtttca
ccccgcacactggaggaggaaatgtcacagaagcgacgttctaaccgtcaggtgaagcgg
aagaagtacacagaggatttggacattaaaatcactgatgacgaagatgaaatggatgcg
gatgttgacgtaaccacaactcctgtgtctagtgcagggcatctgcagtctatgggagca
gaactccatcaggaactggatggggatggtcttcccagcatgcagttttttgtggagaac
ccaagtgaggaggacgctgctattgtggataaaatattgtctatgcgggtgaccaaaaag
gaggtatctccagggcagtatactaatgtggaggaattttttgtcaaatataaaaactac
tcgtacatgcactgtgaatgggccagtcttgagcagctggaaagagacaagagaatccat
cagaagctgaagagattcaagacaaaacaggcacagatgaggaacatattccaggaggat
gaggaacctttcaatccagactatgtggaggttgaccgtattttggacgagtcacatagt
gtcgataaagacaatggggagccagtagtgtactacctagtgaagtggtgctctctgccc
tatgaagatgctacttgggagctgaaggaggatgttgatgaagcaaaagtggaagaattc
aggaagattgaaagccgcccggcccgactcaatagaactcctcgacctgctgcaagtgcc
tggaagaagcttgatgagtccagagagtataagaatgggaaccagctccgagagtaccag
ctggaaggagtcaactggctgctcttcaactggtacaacaggcaaaactgcatcctggca
gatgaaatgggtctggggaagaccattcagtccttagccctgctgtcagaggtgtttgct
gcaggggtccagggaccgttcctcatcattgcccctctatccaccatcacaaactgggag
agagagttttccacctggacagatatgaatgctattgtttaccacggcagtctggccagt
agacagatgatccagcagtatgaaatgtactgtaaagatgacaagggacacttaatacca
ggggcctataaatttgatgctctgatcacaacctttgagatgattctatcagattgccca
gagctgagggagatttcttggcgctgtgtagttattgatgaagctcaccgtttgcagaac
agaaactgcaaactacttgacagcctcaagatgcttgaccctgaacataaagtgttgtta
acaggcactccacttcaaaacacagtagaggagctcttcagtttgctgcactttctggag
ccggcccagttcccctcggagatagagtttttgcgcgagtttggagatcttaaaacagag
gagcaggtccagaaactgcagtcaattctaaagcccatgatgctgcgtagactgaaagaa
gatgtagaaaagaacctcgccccaaaacaagagaccattattgaggtggagttgactgat
gtacagaagaagtattaccgtgctattctagaacgtaacttcagcttccttagcatggga
gccacacaaaacagcaatgtacccaatctcctcaacacaatgatggaacttcgaaagtgc
tgcaaccacccatacctcattacaggggctgaggagaagatagtggccgagctgagagag
gtgtatgatcctctggctccagactttcatctccaggctctggtgcgctctgcagggaaa
ctggtcttgctggataagctgcttcctcgccttaaggctggcgggcacaaggtgctcatc
ttctcacagatggtgcgatgccttgacatccttgaggactacctcatacacaagagatac
ctgtatgagcgcattgacgggcgggtcagaggaaacctgcgacaagcggccattgatcgc
tttagtaaacccgattcagaccggtttgtcttcctgctttgtacccgggctggaggtttg
ggcattaatctgactgctgctgacacctgtgtcattttcgactctgactggaacccacag
aatgatcttcaagctcaggcacgttgtcatcgtattggtcaatctaaagcggtgaaggtt
tatcgtctcattaccagaaactcctatgagagggagatgttggacaaagcgagtcttaaa
ctgggacttgatcgagctgttctgcaaagcatgagtggaaataaggacagcagtgttaac
gggatccagcaattctcaaagaaggaaatagaggatttgcttcgtaaaggtgcttatgca
gccattatggatgagaatgatgagggcagccgtttctgtgaggaggacatcgatcagata
cttcagagaagagcaactaccatcactatagagagtgaaggcaaaggatccaccttttcc
aaggccagctttgtggcgtctgagaaccgcacagatattgctctggatgatcccgagttc
tggcaaaagtgggccaagaaagctgacatagacatggactctctcaacaggaagaatact
cttgtgattgacacaccgagagtaagaaagcaaacgcgtcagtattccagcctgcgtgga
gagggtggggatctgtctgacttggacagtgatgatgactacccgccccataattcccga
ccatctcgggcctctcgacgctcagaccggcattctggtggtggttatgggcgcacagac
tgctttagagtggaaaaacacctacttgtttatgggtggggccgttggcgggatatcctg
tctcatgctcgctgtaagcggcgtctcagtgaacgtgacgtggaaaccatctgccgtgtc
atcctggttttctgtctgatacattaccgtggagatgagaacatcaagagcttcatctgg
gagctaatcacccctccagagaatggacgagagccacaggctctgcttaatcactctggt
ctgtccatccctgtccctcgtggcagaaaggggaaacgagtcaaggctcagagctctttt
gatgtgcagaaagttgagtggatccgaaagtataatcctgacagtcttttgcttgatgac
agttaccgaaaacacctcaaacaccagtgcaacaaagtgttgctgagagtacgtatgctg
tattacctgaaacaggaggtcattggagaacatgctgattctgtattgagaggagctgat
gcaagggatattgatatctggttgcctgaaatggagcagcaggatgttccgtctggctgg
tgggatgcagaagctgaccgatgcttgcttatcggcgtctataagcatggatatgagatg
tacaccactatgcgtgctgacccctgcttgtgttttgttgagcaatgtggccgtccaaat
gagcaggacattaatgcggagcagcaagcagcagacccagagcttggggagggaggggac
tatgacaagtactcagaagatccagaattcaaacctgcagcaagacacaccaaggaggta
tatgaagaggctgattcagtgaatacagatggtgagatttgtgtggaggatcgctctgcc
cctgtgcaggttgaggggccatcttcgggatcgtcagatttgtgttactggccaacaagc
tcgtcgctcacagccagactacgccgtcttatcacagcctaccaacgcagttacagacga
gagcagcttaagatggaggcagcagagaagggcgaccgtaaacgtagacgctgtgagcaa
gccacaaagctcaaagagatagctcgacaagaacgacaacaaaggtggactcgtagggag
gagtgtgatttttacagggtggtatcaacctttggggtcgaaaggataaagaaagaagct
gatgctccagaaggggatgagcatcatatggactggaatcgcttccgttcttttgctcgc
cttgataagaaatccgacgagagcttgacgcgttacttcaaatgctttatgtccatgtgt
cggaaagtgtgtcaccttcggccagcacgtggagaagaatctcaagatttgtcccagtct
ctggcccccatcacagaagaacgagcctcgcgcacgctctacagggtcagcttgctgtgc
cggctacgtgagcgcgttcttccccacccctcattggaggaacgcctcagtctggcacca
ctctcctctgaccttcccaactggtggagcatcccacagcacgaccacgagctgctctta
gctgccgatagacatggcgtcagccgcactgaactctcaatcttctctgacccacagtac
tcattcattcaggcccgcctcgactacctccagaaccagcaagcccaagccgctttgcag
attcacacgttaagtcagtcacaggatccgaccagtatcaaagaggagagcctagatgat
gagtctcggctgctgggggtggaggccctctgtccgtcagactctccagccttgctcctc
acccattctgaggggaaagttggagttcaggctggatggagctggaagaagagcaaaaac
aatgggcccagtgagagaaaaggaggaagagagagaggtgaagggccttcggactctgat
tcagattcagactctggctcgtcttcctcctcccgtcattctggcagctcagatgatagc
ggagacagtgatgccgagagagaacaagcagcagctcttaagatgtgcgatggcgatgaa
gaaaacagcatcctctccctcacaccatctcaagaaggcgccccacccgagtccctcagt
gaccctctgagagttgattggcccaaagaccgtgtgttgataaaccgaatagacaacctc
tgctcgctggttctaaaggggcactggccgtcaggtcgacgctacgtctctgacatacag
ctcaatactacatctgaagagcatgacctcggagatggcctaggttatccccgagtggca
cgcaaaagcaacagtgccctgtctgcagaagctcttgaaggccaggaatcagagttcaca
gtaaaactcctaaaggaggaggggctgaagttgacattttctaagcaggctctcatgcca
aacggtgaagggagtgcacgcaaaaagagaaaggaccacgagctggtagatgccgaaggg
gttctccatgctccccgcagaagggaccttcctaactggctcaaagaaaacccagattat
gaagtggagggagacatgttagaattactggtgaaccagaccaaaaggaagaggaggagg
aagagggtagagaaaggagcagcacttactggcagtgagagagtgaaggtcatagacata
aggacaggcaagaagtttggtggaatatacgggcctttactacaggacctgagagagcac
ctggaggagaatcctgaccacgttgtagcaccagaatggtctgagactgttcgcaattcg
ggcttcttgcctgagagtttattccacagactgctgagtccccacgcttcaatccccaaa
aagagtcgacattacctctccaccccttccatccagactgatgaccctctccttggaggc
ggcgaaggcgagacgttagtttctgacggcgcatacatgatggacgacgaggacctggag
gacggcagtcacctcacgtcatctcaccacttccttactccagcctacgatgtgaagatg
gagccgagcgctcttgatatggacggaggcgacagtttgtcacaaggtggctatgatagc
tcagacagagaggccattttggatgatgtcatcatggcaccgaagaattcagactcttcc
tcaagctccgaggattga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
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 (9)   
   Pfam (9)   
All databases (23)   

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