Siniperca chuatsi (mandarin fish): 122870972
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Entry
122870972 CDS
T08948
Name
(RefSeq) lysine-specific demethylase RSBN1L-like isoform X1
KO
K22610
lysine-specific demethylase 9 [EC:1.14.11.-]
Organism
schu
Siniperca chuatsi (mandarin fish)
Brite
KEGG Orthology (KO) [BR:
schu00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
schu03036
]
122870972
Chromosome and associated proteins [BR:
schu03036
]
Eukaryotic type
Histone modification proteins
Histone demethylases
122870972
BRITE hierarchy
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Gene cluster
GFIT
Other DBs
NCBI-GeneID:
122870972
NCBI-ProteinID:
XP_044041360
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Position
LG23:complement(11374389..11408199)
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AA seq
1287 aa
AA seq
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MADSLGSVHLTGAAAAATAVAQAVASAKSPQVKTTEAKGAPDNRSQSSRDFNPPPPKKVR
VEERSVKPKKLCREGGVGGNGSGKEKLQQLTKQQSYGSSAGSWSFTPVKTSGNNPPVPAT
GGSQPPTNTHKVFKQSDFFLHKAPSSSKPKKPNKDKQREKEREKGKGSGEEKKKHKLLVT
SGSGSNVINNNNDISRLNNTSAVKRENGEVMLPPKEHSTKDKANERDREEREKKKVKDRE
REKKKHKVINEIKRENGEVKQPIKDEKEKAKINSEELQIRKVKKKKKKKHKEGEKHKRVK
MYHRSCQTICAGLLLLPPSSPPPSSSSPSSNPTHNSSLSPFKSPLPVYPQPNNKTAHLLP
SSPPLVSKSLFNSSLHNSLSSSIKTPQPSPTKHPPQCTYPGMAGLEFAPYIHIENQPNGG
ALVAHAYTSQLSSLSVGQRQRFAQEFVTLAFSEDSSQAAHYVMGIVHGEANYLPDFLDYF
SNKFPSAPVKIEILGKKDIETTTMANFYSQVKKTYSNGTYRAGAMRQISLVGAVDEEVGD
YFPEFLNMLEDSPFLKRTLPWGTFSSLRLMNPTESDDGPIMWVRPGEQMIPVADIPKSPF
KRKRSTNEVKNLLQSLPRTSEPREMLFEDRTRAHADHIGQGFERQTTAAVGVLKAVRSGE
SSEPPRVTKDVVCFHAGDFPHVVQRLQLDLYEPPLSQCVKWVDDAKLNQLRREGIRYARI
RLCHDDIYFIPRNVVHQFKTVSSVCSLAWHVRLKQYHHGEGEEEEEVKEEEQVELKEKER
ETVEEKEEEEGRREKKGEVKERMKEEVDVAENRTLPAVKKEEQHPPLVPQPGDSNVSSAR
NREETERVKERGKPKQQVSPPAKVKAELPAPPVCKSKSPSPLPPASHPPHQDTKPKAASS
KHLHHHRHHHHSDGRMMSSSTSSSSSAPTSPISKSSSSLSPSAVTPLPSSFAAPSPPSSP
VLSTSSSVSTSTTSSLTSPKPAVDPTLPPSAVSSTSHPPSSSQSDQPKDKDSLCLKPDAR
TQARSEVRALHGSPAVDVQTHTDIRTHTVARTPTDSRTQTLQEKWTRSADSRTSVDPQLH
PPQDSGRQGIYMQQYTSQHLPPPHLPHMLPPSFPSLLPHSHLPHRPPILPPNPLSNPSFL
SQKAPPHSVHISQLHLHPPHQPNITTQSQPYYQPPLIACPSQPNTPLTSPQSLPPHLSHH
HQFAPHAKTFFPPQHPHFPSHHFLPPQSFLPQPPSSYPLPPQYQTSAPAQVQLPQPFPHP
PPPPSSSPPPPPPSHPPPPPPQPSPKA
NT seq
3864 nt
NT seq
+upstream
nt +downstream
nt
atggctgactcgctgggctccgttcacctcaccggagctgctgctgctgctactgcggta
gcccaggcggtcgcctccgccaaaagcccgcaagtcaagacgaccgaggccaagggagcc
cccgacaaccgctctcagtcttcccgggatttcaacccgccgccgcccaagaaggtccga
gtcgaggagaggagcgttaaacccaagaaactctgcagggaaggaggagtgggaggcaac
ggtagcggcaaagagaaactccagcagctcacgaagcagcagagttatggcagcagcgcg
ggttcgtggagcttcaccccggttaagacgagcggcaacaaccctccggtgcctgctacc
ggtggatcccaaccgccgacaaacacacacaaagtcttcaaacagagcgatttcttcctc
cacaaagcgccttcctcatccaaacccaagaaaccgaataaagataaacagcgggagaaa
gagagggagaaggggaaaggaagcggagaagagaaaaagaaacataaactgttggtgacc
tccggatccgggagtaatgttattaataacaacaacgatatcagcagattaaacaacact
tctgcagtgaagagagaaaatggggaggtcatgttgccacccaaagagcactccaccaag
gacaaggcaaatgagagagacagagaggagagggagaagaagaaggtgaaagacagagag
agagagaagaagaagcacaaagtgataaatgagatcaagagggagaacggggaagtcaag
cagccgattaaagatgaaaaagagaaagccaagatcaactcagaggagctgcaaatcaga
aaagtgaagaagaaaaagaagaagaaacacaaagagggggagaagcacaaacgagtgaag
atgtaccaccgctcctgccaaaccatttgtgctggcctgcttctcctccctccttcctct
ccacccccctcctcttcttctccatcctccaatcccacacacaactcctccctgtctcca
tttaagtcccctctacctgtttacccccaacctaacaacaaaactgcacatctcctgcct
tcctcacctcctctcgtctccaaatctctctttaactcctctctccacaactctctgtcg
tcctccatcaagaccccacaaccttccccgaccaaacacccgccgcagtgcacctatcct
ggcatggcgggcctggagtttgccccgtacatccacatagagaaccagcctaatggaggg
gcactggtggcccacgcctacacgtcccagctctcctctctctctgttggccagaggcag
agatttgcccaggagtttgtcaccttggctttcagcgaggactcatcccaggcagctcat
tacgtcatgggaattgtccacggagaagcgaactacctgcctgacttcttggactacttc
tcaaacaagttcccatcagctccagtaaaaattgaaatactgggaaagaaggacatagaa
accaccactatggctaatttctactctcaggtgaagaaaacgtacagtaatggcacatac
agagccggggcgatgagacagatcagcttggtgggagctgtggacgaagaggtcggggat
tatttcccagaattcctcaacatgctggaggattcacccttcctgaagcggactcttcca
tggggaacgttctccagtctgaggctgatgaatcccacagagagtgacgacggtcctata
atgtgggtcagaccaggagaacaaatgatacctgttgctgatataccaaagtcccctttt
aaaagaaaacgctccaccaacgaggtgaagaacctgctacagtcgctgcccaggaccagc
gagcccagagagatgctgtttgaggatcggactcgggcccacgccgatcacatcggtcag
ggctttgaacgtcaaaccacagcagccgtgggggtgctgaaggctgtgcggtccggagaa
agctcggagcctcctcgtgtaaccaaagacgttgtgtgtttccatgctggtgatttccct
catgtagttcagaggctgcagttggatctatatgaacctccgctgtctcagtgtgtgaaa
tgggtggatgatgccaaactaaaccagctgcgtcgcgagggcatccgctacgctcgcatc
cgcctgtgccacgatgacatctatttcatccctcgcaatgtggtccaccagttcaagacc
gtgtcgtctgtctgcagcctggcatggcacgtccgcttaaaacaataccaccatggagag
ggagaggaggaggaggaagtgaaggaagaggagcaagttgaattgaaggagaaggaaagg
gaaacagtggaggaaaaagaggaagaggaggggaggagagaaaagaagggtgaagtgaaa
gagaggatgaaggaggaggttgacgtggcagaaaacaggacgttgccggctgtcaaaaag
gaggaacaacatccacctcttgtgcctcagccaggggactcgaacgtgagcagtgctaga
aacagagaggagacggagagggtaaaagaaagaggaaaacccaaacagcaggtttcacct
cccgcaaaggtgaaagcagaacttccagcgcctcctgtctgcaagagtaaatcaccttca
cctctccctcctgcctctcatcctcctcatcaggacacaaaacccaaagcagcatcatca
aagcaccttcatcaccaccgccatcaccatcattcggacgggagaatgatgtcttccagt
acaagttcctcctcttcagctcctacatcacccatctctaagtcttcctcttctttgtcg
ccttcagctgttactcctttaccctcttcttttgccgctcccagtccaccctcctctcct
gttctgtccacatcttcctccgtgtcaacctccactacatcttccctgactagccccaag
cccgcagtagaccccacactccctccttccgccgtgtcttcgacgtcccatccgccttcc
tcctctcagtcagaccaaccgaaggacaaagactcactttgcctaaagccagacgcaagg
acgcaggcgcggtcggaggtgcgggcgttacacgggtcacctgctgtggatgtacaaaca
cacacagacatacggacacacacagtagctcgaacgccaacagactcgcggacacaaaca
ctccaagagaaatggactcgcagtgcggactccaggacgtctgtggatccacagctacat
ccgccacaggacagcgggagacaaggaatttacatgcagcaatacacatcccagcacctc
ccacctcctcacctccctcacatgcttcccccctctttcccctctctcctgccacactcc
catcttcctcacagacctccaatcctccccccaaatccactatccaatccctctttcctc
agtcagaaagcaccaccccattcagttcacataagccagcttcacctgcatcccccacac
caaccaaacatcaccacacagtctcagccgtactaccagcctcccctaatcgcctgcccg
tctcaaccaaacacccccctcaccagcccccagtctctgccccctcacctttctcatcac
caccagttcgccccgcacgctaaaaccttcttcccccctcagcatccccacttcccgtct
caccactttctcccccctcagtctttcctccctcaaccgcccagctcttacccgctacca
ccgcagtaccaaacctcagcaccagcgcaggttcagctccctcagcctttccctcacccc
cctcctcctccttcctcctcgccgcctccccctcctccttctcatccacctcctcctccc
cctcaaccttcccctaaagcatga
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