KEGG   Sinocyclocheilus anshuiensis: 107664452
Entry
107664452         CDS       T04917                                 
Name
(RefSeq) probable JmjC domain-containing histone demethylation protein 2C isoform X1
  KO
K11449  jumonji domain-containing protein 1C [EC:1.14.11.-]
Organism
sanh  Sinocyclocheilus anshuiensis
Brite
KEGG Orthology (KO) [BR:sanh00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:sanh03036]
    107664452
Chromosome and associated proteins [BR:sanh03036]
 Eukaryotic type
  Histone modification proteins
   Histone demethylases
    107664452
SSDB
Motif
Pfam: JmjC FYVE
Other DBs
NCBI-GeneID: 107664452
NCBI-ProteinID: XP_016310504
Position
Unknown
AA seq 2606 aa
MAVELVGKRCLCVSGGERLEPAGVSRWSWRAGVIRACDSPALTVCVHWDGEQSAERKWRR
LREECEVVLLEQELVWATKRTGTNGSGQEKRRLQPALRFRPLIGQSCIGGWTVVEFISDR
QLEFYTEQEELQPFEDEVDGGNPAVRDDPSLQEQVQAWLKQNQFQNILQKGACSLKGLRV
KVFRLESKAQWLSGVITHHGQNNRTVAVMTDQVREMNVDTSLVQMMVLDDITHSSLMGDN
SKRKAHITKINRIFLGTGSISNNTTNDQVCSSRPVQQQSEMSTQNCSMEEDEKEGMRVEK
RSDEARDSSKSKNSNVERKRRKEDEEQDDKQRNRCGLKRLKAGSVSDLSENSDSENSSCR
VQDSSSDSGSKRQLKQRYTSSKRPLDCEVHPSHRGGEPSPNQLGESKTQKTGKTSPSVSP
SASFNGAFRNTDALESGALVTGGKSEEKGDGGMTEIEDRSEGASREDSEAVSALLASQES
EQLVSMEATCVLLHASPLECEGAEAEHEMSTNDSEVKGSEFTHAEPRGSELNQSEVRRSE
FPHSEASSDNAVPVKEEPRGPPPCSPVIPCNKEEDVDSKPSCSPATVNAEYGPVTSLEAT
HKPSVPTSPCSSPEIIFKPQTVRETSRQKQSASLEIGLLKDAAPLAKSMDRTLSGLKMAP
NPKVTCSTTPVLIQTPSPTPNRSRTPTHSPSRTLNRTPTPDKSNKSPLIVGRKEPFTIYR
DPALIRTELEAHPTYIQPPHMPPNPKHHLKTPSPSSSSPSLTPASSHSKLLSPSPHPAHL
SPIPLHSQPPLCSLSTPHSTIPHPHLLPSLLPPALLSGHPRIGALGLPHHPLALPGNLSL
LGQTSGAAPLAPLGLYPLLWPPFPNGAHSYPGLGLQASKWTHPDGAGISDSSVRSNTPSP
WISQPTTVTNADGQGLQPPLPIRPSSADPQRVSRNTQHCTPSSKTTEELDRRAVTESTLI
YTHLKSEQERLRTAAGKNGQTYCPVALESSPSRTKQPLVYDLTGERPNRYQEENRRILQE
SSEVAPFTAKLCSDREPRYPRNPTSAKEREREMDRDRDGERERDVHAFRHILPPRPQSAH
PTPTLTPSSYYASLSNSVENKPQQRRVPASKELYERLSASNTVAPVLTSSSSQVSMRARP
PPLVKHHHEKEEGLLGKISEQLAHKASSMEAVEVAAVERRGPGSSLISVSSSPRNVPLLH
RAPIFHPPAPTIVVSKDSGHGRLSPPTLTPIQPMSLPGKAQKQQRPPTLLPELKHVALDG
KRLVPEKETMPLQAYDTQWGGVMYGREKLGGRHTTNGGVVKPQSATASVIVRPTNHTHTT
ISYTVSDSSVSQMQCGHIRPLEIWSNPHSKESGVQQKRGVLWTPLDTVHPINLTAQKGDF
NAPINMTTKPINTAQPLTNMNVARSRIDLIAEHCKRREIGAVQPKMESSLTSFCTSRDFP
HLKKHRAGLAIAESRHNTRTIQPQHTTHLSNAMKHTSHLSNSRCGSCTTLTTQPVCSAHA
SGREKEPVFNTSSSECLRLPSGTSSPVPTTKQGLLTNELAPASAVTNQSRSGQNSYHKLK
KAWLTRHSEQDRGSTVSQSVDGTKTAVTLTSTSNSVPIKQKVNGLVDNGFSQEDKDPSLD
SRKSKILNKKTQENRKSGSNALSFNSEDKKSVIADEKPVTVGKKSSLEEVKPVLDRNGKL
EGKEPLVEDKKSFEKRSTPVHMKPEREKRGEKRPLESSGDSESGGDSGNESENGGSGRRF
KRQPKSSFKITQNDHQKKKVEEEEEEEEEEAKPNGTLQSAKDKPQQRLANSSGIPRSVLK
DWRKVRKLKQTGEAFLQDVSCAEIGTNVQKCRECRLDRSRKSQEPAISPVFCRFYYFRRL
SYSKNGVIRVNGFSVSEQTDEEAVTVWTGSSEDEEGKKMRKMDLETSKSVLALIGDKFCQ
LIKTEDTAFTWVKKDTQIMWKRAVRGVREMCDACEATLFNMHWACHKCGFVVCMDCYKAR
EKKKAKDKELYAWVRCVKNQPHDFKNLMPTQIVPETVLVDMQRSVHSMREKFGIPSHCSC
TDCKTHNPSTATTNGLSPLSDTDQSDLKSRQIPDQQKNLHVTVKAHTEKREKARCDGMEA
HSRKSTSPKQGSTLRDLLTSTAGKLRLGATGGAFAPVYNLSEQVAQNTRVPNILDDIIAS
VVENKIPATKMARVGLNQDSLPEGEVGQRPEGVKLDESPLADPHAIVPHDWLGNHRLLWL
KDHRHQGNQRLFKENWTQEQPVLVSGLHKSLNANLWKPEHFSREFSSLHSDLYNCRDGSV
TNSNVKEFWDGFEDVSKRPKSDKGESVVYRLKDWPSGEEFLALMPARYHDVMKSLPVPEY
TDPEAHLNLASHLPSFFIRPDLGPRLCCAHGVTTCPEQDFGTSNLHVEISDSMSILVYVG
VAKGNGASSKAGTWVLKLLEGEVLDESVKKRLKDPKETPGALWHIYTSKDLQKIQEFLQK
IAAEQQAEADPEADSDSEWDGDSDPLREGSWYLSPRLRQKLQNEYGIESRTLLQFHGDAV
IIPAGALHQVMNLHSCIQVNVDFVSPEHAHNSYYLTQELRPLKDQMNYEDKLQVKNIFYH
SVKDAVATLRNHLKEKNTDDGKQEGS
NT seq 7821 nt   +upstreamnt  +downstreamnt
atggcggtggagctggtggggaagcgctgcctgtgcgtgagcggcggagagcggctggag
cccgcgggagtctcgcgctggagctggagagccggagtcatccgcgcctgcgactcgcct
gcgctaacggtgtgcgtgcactgggacggcgagcagagcgcagagaggaagtggaggaga
ctccgagaggaatgtgaggtggttttgttggagcaggaactcgtctgggccaccaaaaga
accggcacaaacggcagcggccaggagaagaggagactgcaacccgccctgagattccgg
cctctgattggtcagtcatgcataggaggctggacagtggtggagttcatctctgacaga
cagctggagttctacacagaacaggaggagctccagccattcgaggatgaagtggatggt
ggaaatccagctgtgagagatgatccttctctgcaggaacaggtccaggcctggctcaaa
caaaaccaattccagaacattcttcagaaaggtgcttgttctttaaagggcctgagagtg
aaagtgttcagactggagtccaaagcccagtggctgtctggagtcatcacacatcacggc
cagaacaacagaactgtagctgtcatgactgaccaggttcgggagatgaatgtagatacg
tcactggttcagatgatggtgctagacgatatcacccactcctcgctgatgggagacaac
tcaaaacgcaaagcacatatcaccaagatcaataggatttttcttggcacaggaagcata
tcaaacaacacaacaaatgaccaggtgtgcagctccaggccagtgcagcagcagtctgag
atgagcacacagaactgcagcatggaagaggatgaaaaagaaggcatgcgagttgaaaag
aggagtgatgaggcaagagattcttccaaatctaaaaacagcaatgttgagagaaaaagg
aggaaagaagatgaggaacaagatgacaagcagagaaatagatgtgggttaaagaggttg
aaagcaggcagtgtgtccgacctgtcagagaacagcgattccgaaaattccagctgcaga
gtgcaggattcatcctcggattcaggatcaaagagacagctgaaacagcgttacacttct
tcaaagaggccattggactgtgaggttcacccctcccatagaggcggggaaccttcgcct
aaccaattaggagagagcaagactcagaaaacaggaaaaacttctccatctgtttcccct
agtgcatccttcaacggcgcattcaggaacacagatgcactggagtctggtgctcttgtt
actggtgggaaatcagaagagaaaggcgatggagggatgacagaaatagaggacaggagc
gagggggcatctcgagaggactcggaggccgtgtctgcacttttggcgtcccaagagagt
gagcagctggtctccatggaagccacatgtgtgctgctacacgcatcacctctggagtgt
gaaggagcagaggctgagcacgagatgtcgacgaatgattcagaggtcaaagggtcagag
ttcacccacgcagagcctagggggtcagagttaaaccaatcagaggtcaggaggtcagaa
tttccccattctgaagccagcagtgacaatgcagtgccagtaaaagaggagcctagaggt
ccaccgccttgttctccagtcataccttgcaacaaagaggaggatgtggattctaaaccg
agttgttctccagcaactgtgaatgcagaatatggacctgtaacttccttggaagctacc
cacaagcctagtgtgcccaccagtccttgctcctctcctgagatcatatttaagcctcag
actgtacgggagacatccaggcagaagcagagtgcatctctagagattggcctgttgaag
gatgctgctcctttggctaaatctatggacagaactcttagcggccttaaaatggcaccc
aatcccaaagtgacctgctccacaactccagtcctgattcagaccccttctccaacccca
aaccgatccagaaccccaacacattctccttcccgtacgcttaatcgcactcccactcct
gacaagtccaacaaaagtcccctcattgtgggcaggaaggagcccttcactatctacaga
gaccctgcactaatcaggacggagcttgaggcccaccccacctacattcagccccctcac
atgcccccaaaccccaaacaccacctgaagacaccttctccctcctccagctctcccagc
cttaccccagcttcctcccatagcaagctactgagtccctcccctcaccctgcacacctc
tcacccattcccctccactcccagcctcccctctgctccctgagcacaccccactcaacc
atccctcatccgcacctcctcccgtccctcttgcctcctgcactcttgtctggacatcct
cgtatcggagccctgggacttccccatcatcctttggcccttccaggtaacctgtctctc
ctgggccagacctctggtgcagctcctctggcacctcttggtctctatcccctcctgtgg
cctcctttccccaacggagcccatagctaccctggattgggcctgcaagcatccaaatgg
acacacccagatggtgctggcatctctgacagcagcgtgaggagtaacaccccaagccct
tggatttctcagcccaccactgttactaatgcagacggtcaagggttgcaacccccacta
cccatccgaccctccagtgcggaccctcagagagtgtctagaaacactcaacattgcaca
ccctcctccaaaaccacagaagagctggatagaagagctgtcactgagagcacactcatc
tacactcacctcaagtctgaacaggagcgtctccgcacagcagcaggcaaaaatgggcag
acttactgcccagtcgcccttgagtcgtccccaagtcgaaccaaacagccacttgtttat
gatctcacaggagagagaccaaaccgctaccaggaagagaaccgccgcattcttcaggag
agcagtgaggtggcaccgttcactgctaaactgtgctcagatagggaaccacgataccct
agaaaccccacatctgccaaggagagggagagagagatggacagagaccgagacggagaa
agagagagagatgtgcatgcattcagacacattctacctccccggccgcagtcggcccat
cccaccccaaccctcactccgagcagctactatgcctctctgtctaacagcgtggagaac
aagcctcaacagcgcagagtgccagccagcaaagaactctatgagaggctcagtgccagc
aacacagttgcccccgtcttaacttcctccagctcgcaggtctcaatgagagccagacct
ccgcctcttgttaaacaccaccatgagaaagaagaaggtctgctgggaaagatctcagag
caactggctcataaagcatcttccatggaagcagtagaggtagcggctgtggagagaagg
gggccaggctcttctctcatctctgtctcctcttctccacgcaacgtgcctttactccac
cgtgcgcctatttttcaccctccggcaccaaccatagtggtttcaaaagactctggacat
ggcagattgtccccgcccactctcacacccatccagccaatgagcttgcccggaaaagct
cagaagcaacagaggccacccaccttgttgcctgaactcaaacatgtcgccttagatggg
aaaagacttgtgccagagaaagaaacaatgccattacaagcctacgatacccaatggggt
ggagtcatgtatggcagagagaaattgggcggtagacacacaacaaatggaggtgtagtc
aaaccacagtcagccactgcgtcagtcattgtacgtccaacaaaccacacacatacaaca
ataagttacacagtgtctgacagctcagtttcccagatgcagtgtggccacataagacca
ttggaaatttggtccaacccacactcaaaagagagcggtgttcagcaaaagagaggtgtc
ctgtggacccctctggatactgttcaccccatcaacctgacagcccaaaagggagatttc
aatgcaccaataaacatgacaactaaacctattaacacagctcaacccttaacaaatatg
aatgttgcacgctctaggatagacctaatcgcagaacactgcaagaggagagagattggt
gctgttcaaccaaagatggagtcctctctcacctctttttgcacttctagagacttccct
catctgaagaaacacagagctggactagctattgctgaatctagacataacacacgtaca
attcagcctcaacacactacgcatctttcaaacgctatgaaacatacctctcacctctca
aatagcaggtgtgggtcttgcactacgctcactacacaacctgtgtgttctgcacatgct
tcaggaagagaaaaagagcctgtattcaacactagttcttctgaatgtctccgactgcca
tcagggacttccagccctgtgccgacaaccaaacaaggtttactaaccaatgagttggca
cctgcttcagccgtaaccaaccaatctcgatctggtcagaacagctaccataaactgaaa
aaagcctggctgacccgccattctgagcaagacagaggcagcacagtctcccaatcagta
gatggcactaagacagctgtaactttgaccagcacaagcaactctgtgccaatcaaacag
aaagttaacggactggtggataatgggttcagtcaggaggataaagatccctccctagac
agcagaaagtccaaaatattgaacaagaagactcaagagaacaggaagtctggtagtaat
gctctaagtttcaattcagaggacaaaaaatctgttatagccgatgagaaaccagtgaca
gtgggcaagaagtcttccttagaagaggttaaacctgtcttggacagaaacggcaagctg
gagggtaaggagccccttgtggaggacaagaaatcttttgaaaaacgatcaaccccggtt
catatgaagcctgagagggagaaacgaggcgagaaacggccattagagtccagcggtgac
agcgagagtggaggagactccggcaatgaaagtgagaatggtggatcaggaaggaggttt
aaacgacagcccaagtcctcttttaaaatcacacagaatgaccaccagaagaagaaggta
gaggaggaggaagaggaagaagaggaagaggccaaacccaatggaactctgcaaagtgca
aaggataagcctcaacagagactcgctaacagcagtggcatccctcgctctgtgctgaaa
gactggaggaaggtgaggaagcttaagcaaactggagaagcgttcttacaagacgtctcg
tgtgcagagatcgggaccaacgtgcagaagtgcagagagtgtcgcttggatcgctcacgt
aaatctcaggagcctgccatctcacccgtcttctgccgattttactacttcagacgtctg
tcgtacagtaagaatggcgttatccgtgtgaatgggttttcggtgtctgagcagacagat
gaggaggcggttacggtgtggacgggaagctcagaggacgaggagggcaagaagatgaga
aagatggaccttgagacatcaaaatccgtccttgcactcatcggagacaagttctgccag
ctcataaagacggaggacactgctttcacctgggtcaagaaagacactcagatcatgtgg
aagcgagcagtgagaggtgttagggagatgtgtgacgcgtgtgaggccactcttttcaac
atgcactgggcttgtcataaatgtggcttcgtggtttgcatggactgctataaagccaga
gagaagaagaaagccaaagataaggaactgtatgcctgggtccgatgcgtaaagaaccag
ccacatgacttcaagaacttaatgcctactcagattgtccctgaaacagtattggtggac
atgcagaggtctgtgcactcaatgagagaaaagtttggaatcccatcccattgttcctgc
actgactgcaaaacccacaaccccagcacagccactaccaatggactctcaccactttca
gacacggatcagagtgacttgaagagccggcagatcccagatcagcagaagaacttacat
gtcacagtgaaagcgcacactgagaaaagagagaaggctaggtgtgatggtatggaagct
cacagtaggaagtccacgagccccaaacaaggatcaacattgcgtgaccttttgacctcc
acagctggaaagttgcgtctcggggccactggaggtgcctttgcaccagtttacaacttg
tctgaacaggtagcccaaaacactcgcgtgcccaacatcctggatgacatcattgcttct
gtagtagaaaataaaattcccgctacaaagatggccagggtggggctgaatcaggattcg
ctgccagaaggggaggtggggcagcggccagagggtgtgaagcttgatgaaagtccattg
gctgatccccacgccattgtccctcacgattggcttggaaaccaccggctgctttggctc
aaagatcatcgtcaccaaggcaaccaaagactgttcaaagagaactggacacaagagcag
ccagtgctggtgtccggattgcacaagagtttgaatgctaatctgtggaagcctgagcac
ttcagccgtgagttctccagccttcatagtgacctctacaattgcagagatgggagcgtc
acaaactccaatgtcaaggagttctgggatggttttgaagatgtgtcaaagagacctaaa
tctgataaaggggagtcagtggtgtatagactgaaagactggccatcaggggaggagttt
ttggccctcatgcctgccagataccatgatgtgatgaagtctttgccggtaccggagtac
acagacccagaggcacatctgaacctggcctcacatctgccctccttcttcattcgacct
gaccttggtcctcgcctctgctgcgcccacggtgtaacaacatgtccagaacaagacttc
gggaccagcaatctacatgttgaaatctcagactccatgagtattctggtatatgtcggg
gtggccaaaggaaacggagcctcatccaaagcaggtacttgggtactaaagctcttggaa
ggagaagttctggatgagagtgtaaagaaacgactgaaagaccctaaagagacgccaggt
gctctgtggcacatctacacgagtaaagacctacaaaagatccaggagtttctacaaaag
attgctgctgagcagcaggctgaagcggatccagaggcagactctgactcagagtgggac
ggtgattccgaccccctgcgtgaaggcagctggtatctgagccccaggctgaggcagaag
ctacagaatgaatatggcatagagagccgcacactcctccagttccatggagatgctgtt
atcatccctgctggagctctgcaccaggtgatgaatctgcacagttgcatccaagtgaat
gtggattttgtgtcccctgaacatgcgcacaactcctattatctaacccaagagctccgc
cctctcaaagaccaaatgaactatgaagacaaacttcaggtgaagaacatcttttatcac
tctgtgaaagatgctgtagccacactgaggaaccatttgaaggagaagaacacagacgat
gggaaacaggaggggtcctga

  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 (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (2)   
   Pfam (2)   
All databases (13)   

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