KEGG   Nothobranchius furzeri (turquoise killifish): 107392781
Entry
107392781         CDS       T05163                                 
Name
(RefSeq) lysine-specific demethylase 4B-like
  KO
K06709  [histone H3]-trimethyl-L-lysine9/36 demethylase [EC:1.14.11.66 1.14.11.69]
Organism
nfu  Nothobranchius furzeri (turquoise killifish)
Brite
KEGG Orthology (KO) [BR:nfu00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:nfu03036]
    107392781
Enzymes [BR:nfu01000]
 1. Oxidoreductases
  1.14  Acting on paired donors, with incorporation or reduction of molecular oxygen
   1.14.11  With 2-oxoglutarate as one donor, and incorporation of one atom of oxygen into each donor
    1.14.11.66  [histone H3]-trimethyl-L-lysine9 demethylase
     107392781
    1.14.11.69  [histone H3]-trimethyl-L-lysine36 demethylase
     107392781
Chromosome and associated proteins [BR:nfu03036]
 Eukaryotic type
  Histone modification proteins
   Histone demethylases
    107392781
SSDB
Motif
Pfam: JmjC zf-HC5HC2H_2 Tudor_2 zf-HC5HC2H JmjN PHD_2 PHD HC2 DUF4537 HnRNP_M_NLS
Other DBs
NCBI-GeneID: 107392781
NCBI-ProteinID: XP_015826271
UniProt: A0A8C6VPT2
Position
sgr17:15678521..15746876
AA seq 1405 aa
MATDMPTDMESAPNPAPSSASDPAPASPPALDSAAAQDQSPTQEPAITETPDVVTSEQNV
SPHSPPVPPIDPGATSVPVPGSEPSQVPLPAPLPPNAAKNPSCKIMTFRPTMEEFKDFAK
YIVYMESQGAHRAGLAKVIPPEGWKPRKCYDTIEDMVIPAPISQVVTGQSGLFTQYNIQK
KSMTVGEFRKLANSKKYCTPRHKDFDDLERKYWKNLTFVSPIYGADVSGSIYDENIQEWN
IGHLNTLLDMVEQECGIVIEGVNTPYLYFGMWKTTFAWHTEDMDLYSINYLHFGQPKSWY
TIPPEHGKRLERLAQGFFPGSCQGCDAFLRHKMTLISPSILKKYGIPFDRITQNEGEFMI
TFPYGYHAGFNHGFNCAESTNFATLRWVDYGKNATLCSCRKDMVKISMDVFVRSLQPDRY
DLWKQGKDTTVLDHLKPTELTSPELELWRQHRVTYRQNLLQRAMRKMRQVRRLKIEEVKV
LAEEGIELNAANYQRQVEEREARRKKEKEERLAREAMMTLEAMEREEQEAAAKAAENPWA
KEPEVKTQNLTEDIEKKKQKNLKRMSNTFLSGFEEAFEQFATGGVESSKSMAIDSLPPVH
KEVPANTKLDTATPQSSYSKMKMPTEVKKSRRHPLSKPPTRTPLSIVKHDPTAEKDMASP
MTMDSDMKKQEHLWQNQSPNFLAEISFNAAVASLQPYCAVCSIFCPYTKSWKDRAIAADA
SDAVPPPRHGSFTCPLVPEMCFSVGAGNTEPPPSNCHIGEDGTSLLICCKDCNLQVHASC
YGVNPDSVRGRWACSRCAAGAWTMACCLCNLRGGALKLTTDNRWVHVICAIGVAEARFVN
AIKREPVDVSAVPETRKNLKCVFCHTKSPSQNRGACIQCTYENCATSFHATCAQIAGVIM
KPADWPYVVSVTCHKHQKSPTHRAPIQKVPTQKVPTQMAHTQKVPTQKVPIQMEPIKMGA
TQKVPTQMVPIQKVPAQKVPTQTEPIQMALTQKDPIQKVLTQKVPTQKVPIQRVPTQKVP
TQMGPTQKVPTQKVPTQKVVPQKIPIQKVPTQKIPTQKVPTQKIPTQKVPIQKIPTQKVP
IQKVPTQKVPIQKVPTQKVPIQKVPTQMGSTQKVSTQKLRAAPKAPPVLDLGQKAIGRNV
DGWFYHCTIIGMATQTFYEVNFDEGSYCDNVHPENITSHDCLRSGPPDLGEAIVVSTPDG
QILSATFIKEHTHKLYQVEFQDQSQLMLKHSEIYHLDHELPKRVRNRLAIPAPQEVSSAD
EAQAAKRPRLPTSSALPQTPALSPEHQSVSSQPNAGPPPQPAMTNQETSTPFSNIQMETE
TPMDTSDPLTSTLTESPLVSDPSLTPQSTPFQATLNSDPLLSTPSPPPPPTHMSDSYMPS
SGYVSYMETLLHSHFPQDDGPGPLY
NT seq 4218 nt   +upstreamnt  +downstreamnt
atggctactgacatgcccacggacatggagtcggccccaaaccctgccccatcctcagcc
tccgatccggccccagcctctcctcctgctctggactccgctgcagcccaagaccagagt
cctacccaggagccagcaatcactgaaactcctgatgttgtgacttcagaacaaaatgtt
agtccacattcccccccggttccgcccatagacccgggagcgacatcagttcctgtccct
ggttctgagccatcccaggttcctctgccagcaccgttgcctccaaatgctgccaagaac
ccaagctgtaagatcatgaccttccggcccaccatggaggagtttaaggactttgcaaaa
tatattgtctacatggagagtcaaggagctcatcgtgctggcctggctaaggtgattcct
cccgagggctggaaaccacgcaagtgctacgacaccatcgaggacatggtgatcccagca
cccatcagtcaggtggtgactggtcagtcaggcctgtttacccagtacaacattcagaag
aaatccatgactgttggtgaattccgcaagctggccaacagcaagaagtattgcacacct
cgccacaaagactttgatgatctagagaggaagtactggaagaacctgacgtttgtgtcg
cccatttatggggctgatgttagcggctctatctatgacgaaaacatccaagagtggaac
attggccatctcaacacgctgctggatatggtggagcaggagtgcggcattgtgatcgaa
ggtgtcaacacgccatacctgtatttcggcatgtggaaaaccacctttgcctggcacacg
gaggacatggacctctacagtatcaactatctgcactttgggcagcccaagtcttggtac
actatcccacctgagcacggcaagaggctggagaggctggcacaaggttttttccccggc
agctgccagggctgtgacgccttcctccgccacaaaatgacgctgatatcgccgtccatc
ctgaagaaatacggcattccgtttgacagaatcactcagaatgaaggcgagttcatgatc
acgtttccatatggctaccatgctggcttcaaccacggcttcaactgtgcagaatccaca
aactttgccacgctgcgctgggtggactacggcaagaatgcaactctgtgttcctgccga
aaggacatggtgaagatctcgatggacgtgtttgtgcgctccctacaaccggatcgctat
gacctttggaagcaaggcaaagacactacagtgttggaccacctaaagcccacggagctg
accagtcctgaactagagctctggaggcagcatcgggtcacctaccggcaaaatctcctg
caaagagcaatgcgcaagatgaggcaggttcgccgtctgaagatagaggaggtgaaggtg
ctggcagaggagggaatagagctgaacgctgctaattaccagcgtcaggtggaggaacgc
gaggctaggcgcaagaaggagaaggaggagcgtttagccagagaggccatgatgaccctg
gaggctatggagcgtgaggaacaagaggctgcagcaaaagcagcagagaacccctgggca
aaagaaccagaagtcaaaacacagaacttaaccgaagacattgagaaaaagaagcagaaa
aacctgaagagaatgtccaacaccttcttgtcgggattcgaagaagcatttgagcagttt
gctactggtggtgtcgaaagttcaaagagcatggctatcgacagcctacctccagtacac
aaggaggtcccagcaaacacaaaactggacacagccaccccccagtcgagttactccaag
atgaaaatgccaacagaggtgaagaagagccggcgccacccgctcagcaagccgcccacg
cgcacccctctatcaatcgtcaagcatgacccgaccgccgagaaagacatggcttctcca
atgacgatggacagcgacatgaagaaacaggagcacctgtggcagaatcagtcccctaac
ttcttggcagagatatccttcaacgctgcggtggctagccttcagccctactgtgctgtc
tgctcaattttctgtccttacacaaagtcctggaaggaccgtgccatcgcagctgatgcc
tcggacgccgtcccgccgcctcggcacggcagcttcacttgccctctggtcccagagatg
tgcttcagtgttggagccggaaacacagagccaccgccatccaactgtcacattggagaa
gacgggaccagtcttctgatctgctgtaaagactgtaacctgcaggttcatgccagttgc
tatggtgtgaaccccgactctgtcagaggccgctgggcgtgctccaggtgtgcagctgga
gcctggacaatggcgtgttgtctctgtaacctaagaggaggagctttgaagcttaccact
gacaacaggtgggtccacgtcatctgtgccatcggagtggcagaagctcgctttgtcaac
gccatcaagagggaaccggtggatgtgagcgctgtcccagaaacccgtaagaatctgaaa
tgtgtgttctgccacacaaagagcccaagccagaatcgtggcgcctgcatccagtgcaca
tacgagaactgcgccacttcctttcacgccacgtgtgctcagattgctggggtgatcatg
aaacctgcagactggccctatgtggtgtccgtcacctgccacaagcaccaaaaaagtccc
acccacagggctcccattcaaaaagttcctacacagaaggttcctacccagatggcacac
actcagaaagttcccacccaaaaggttcctatccaaatggaacccatcaagatgggagcc
actcagaaagttcctacccagatggtacccatccaaaaggttcccgcccagaaggttccg
actcagactgaacctatccagatggcactcactcagaaggatcctatccagaaggttctt
acccagaaggttcctacgcaaaaggttcccatccagagggttcccacccagaaggttcct
acccagatgggacccacccagaaggttcctactcagaaggttcccacccagaaggttgtc
ccccagaagattcccattcaaaaggttcccacccaaaagattcccactcaaaaggttccc
acccaaaagattcccactcaaaaggttcccatccagaagattcccactcaaaaggttccc
atccagaaggttcccactcaaaaggttcccatccagaaggttcccactcagaaggttccc
atccagaaggttcctactcagatgggatcgactcagaaagtttccacccagaagcttcga
gcggcacctaaagcccctccagttctggacctgggccagaaggcaattggccgtaacgtt
gacggttggttctaccactgtaccatcatcggcatggcaacgcagacattctatgaggtc
aattttgatgaaggctcctactgtgacaacgtgcacccagaaaatatcactagtcacgac
tgcctacgtagcggtcctcctgatttgggggaggcgatcgtggtcagcacacctgatgga
cagatcctcagtgccacctttatcaaagagcacacacacaagctctaccaggtggagttc
caggaccaaagccagctgatgctgaaacattcagagatctatcacctggaccacgagcta
cccaaaagggtcagaaatcgactggccatacctgcaccacaggaggtttcctcagcagat
gaagcccaagcagctaaacgcccccgcctgcccaccagttcagctcttccacaaacccca
gcactgtcaccggagcatcaaagtgttagcagccagccaaacgcgggtcctccgccccag
cctgccatgaccaaccaggaaacctccactcctttcagcaacattcaaatggaaaccgag
accccaatggacacaagtgaccccctcaccagcactctcacagagtcacctctggtctcc
gacccctcgctgacgccacagtccacgccctttcaggctactttgaactctgaccccctt
ctctccaccccgtccccaccgcctccccccacacacatgtcagacagctacatgcccagc
agcggctacgtctcctacatggagacgctcctccattcacattttcctcaggacgatggc
cccggccccctgtattaa

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (2)   
   KEGG ENZYME (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (78)   
   KEGG ORTHOLOGY (1)   
   RefGene (74)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (10)   
   Pfam (10)   
All databases (101)   

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