KEGG   Oryzias latipes (Japanese medaka): 101161079
Entry
101161079         CDS       T02443                                 
Name
(RefSeq) histone-lysine N-methyltransferase, H3 lysine-36 and H4 lysine-20 specific isoform X2
  KO
K15588  [histone H3]-lysine36 N-dimethyltransferase NSD1 [EC:2.1.1.357]
Organism
ola  Oryzias latipes (Japanese medaka)
Pathway
ola00310  Lysine degradation
ola01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:ola00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    101161079
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:ola03036]
    101161079
Enzymes [BR:ola01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.357  [histone H3]-lysine36 N-dimethyltransferase
     101161079
Chromosome and associated proteins [BR:ola03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     101161079
SSDB
Motif
Pfam: PWWP SET C5HCH AWS PHD dCache_2
Other DBs
NCBI-GeneID: 101161079
NCBI-ProteinID: XP_011482196
UniProt: A0A3B3HVW9
Position
14:24558096..24587337
AA seq 2507 aa
MSGPTSGPGRKSLHSTCPLTPTRDPSTHSGPSRRHSHKVDLTMSAAASSLKHTSVYGFAQ
MDSSSTLPSSSYSPLRRLQHLTTMVSQSDLVLPLKEPESAWKWGAQKSDRMEGDKNSWSD
CRKFSGSQTMSREETPAQSAYGQKQAEVQKGRSESDSVRFTDSATDEKRTEGCFSGPPSP
AFSLDSNSPFANGLLHFESSLFEDEENDEEQGTTSPIGGLRDKEQGTENASESSPRKLSS
NSKEAALPSAKVVTRSQSSGLRRRYWDGSEDEWYSDSELFLFDDSSSKQSVQPNSLKKNS
LPPLKFVEDEVVWAKFNRRPWWPCEVLVDPAQGVYHKVKEPSDRPCRLYHVRTFGQPEEQ
VWVEDKSIHTFHGGFEFERLLLLRRRGKQRVQNNKCTIAKRFQESWKFSVAEAEAVLPAR
PKMASISFSMDDLCQFSSPPETEKKSQPTLTPFTLPACTLSETSHLTNGSLSSPITPAEK
PSTLGKSSSKKKSKSSKDPNSKHVKKTLHNSPKDTDRNNEECPYSDLESVPKILCPKALE
RQTNSVPSQPSVMVAKELKKQPEVQSGLWFSKSGKDRRPKTTSPMPDRSLFSKLPSKKKN
SSTVCKKTLITTPSYVSGSGDSAPLLDKNKPAETSLVPRKTSSLNCTNNQAGIKTSDSVE
AFVDQPDLLDREKNLLSVEVVCLKARPSASKSTDSVSEPPSSKRESKDDKRDSELSKNVD
FDGQSSLFKNKKNVSETKNSVKIATKPVNDTIFDQEKKTDKTIKLCLQSKSNDSLSILEK
QTSLVSKCRLPYVKLIRKEIKDRRYLNSSGTVFTAGTVVCKEKEKEPNGTKTCQSQQKDS
RTSASKDHSVAEPEKGSVKKVKTIDRSGKLHLSTDQSLGNRTEVSSVSAVDLGSKLVEEA
VLNSKTRKETQSTSKQTHLPESKNNPGSAVPNKSSEQEKGSEEHISSISASTANALPGLC
EEEPLCEDYRTPESFCSGKPKKVSKKSKRVREVNEVLKAQPAHLPASNRLMTRALRAMCD
PTKQDIVGKKAEQKQILKSFRKTNHVRKNHKTKLEFYTKIKALKSHHPDKSECDQGKISS
SSSPSLMFSDSSDFEDVKSEDEDLSISSTPPMDFIPLTSKVKTKHEGQSSDIYSPSPPSP
FSFLRAFKNVEEVSFQSLGADRGGKPISFKPKPNCRFSTFLMMLKDLHDTRERDGAPLEL
EIGPPSAHVKKEPLVMPGEAASAGGDQETTCALTDSSAIPDKSVEALNEGGASQTPKKSS
NRRTNSGWFKSKPNRRAPCSPAKSGPGFPGLESLSEMMPAEDSLEAMEWSSRVVDFQSSS
WDEPGGGSDAVGAEQQEENPWSMAKQNLTAPLLLEQRERDTAEEQPDCLVSDFIKRDSSF
ANISGEDDKAVGAHKRVRKPSKRLIEWTEEYEQIFGTRKKTKKPLQLIGKASPTPVTSAP
EPLDSDNNTSDRPPSTALPEIQTPPPEEIAATTPPELQIPSSQHTKPRDTPVLSTDTLTP
PPEVEPLLSEVSPKDNKEVSLPVLEKKRKRKPTQKILEYCLEAEASTGPKKKIKGLRNNS
SSTAHSDSAPPLLKLKSKAALTPTPTSEVTPCPPTPSIQINHRAALPPHPAPSPPEPRQL
ETAKADAPPAEDQNIPDDPKDVSEGEGDQCSPDHSFSSAKDDFGLCDDSVLPARKIIGDR
GGPASMKETICQVCEKTGELLLCEGQCCGAFHLACISLADAPKGKFVCPECKSGVHTCFV
CKKRGEDVRRCMIPVCGKFYHGECITNHAPTAPVNRGFRCSIHVCLTCFIANPNSSSISK
GRLVRCVRCPVAYHATDLCMAAGSVVLSSNSIVCPNHFTPRRGVKNHEHVNVSWCFVCTE
GGSLLCCESCPAAFHRECLNIEMPKGSWYCNDCKAGKKPHYKDILWVKVGRYRWWPAEVS
HPKTIPENIQRMRHDVGEFPVHFFGSNDYLWTYQARVFPYMDVDANSKEKMGKGVDTTYK
KALEEAAVRFRELQAEKELRQLQEDRKNDRKPPPYKHIKVNRPIGKVQIFTADLSEVPRC
NCKATDESPCGSDSECINRMLLYECNPQVCPAGEKCLNQAFTKRQYSQVEIFRTLSRGWG
LRCVHDIKKGQFVSEYVGEVIDEEECRSRIRHAQENDICNFYMLTLDKDRIIDAGPKGNE
ARFMNHCCQPNCETQKWTVNGDTRVGLFALVDVKAGTELTFNYNLECLGNGKTVCKCGAP
NCSGFLGVRPKNNPPSDDKGRKMKRRGHGRRKKKVVLAKEREDECFSCGDGGQMVSCKKP
GCPKVYHADCLNLTKRPAGRWECPWHQCDVCGKEAASFCEMCPSSYCCQHRDGLLFISKL
DGKLSCSEHDPCGPEPLEPGEIREYNPAPRALTSGLGMAVIPAAAASSSARSLRQTDRGA
HEGGDGGGAGEPFPPFSIKVPITIPVAPPAASPPHTDTPSSPFHLPHYSPISSYEEERDV
FEEDEEELLEDSHDDGEAVMEEEEEEEEGLDYLELEEEQEEDEDEEE
NT seq 7524 nt   +upstreamnt  +downstreamnt
atgagtgggcctacctcaggccctggaagaaagagtcttcattccacctgccctctgacc
cccacccgtgacccgtccacccactcaggcccctccaggcggcacagccacaaggtcgac
ctaacgatgtctgcagcagcttcctccctcaagcacacgtccgtctatggatttgcacag
atggactcctcctcaacgttaccgtcttcttcctacagccctctgaggaggctgcagcat
ctcaccaccatggtgagccagtcggacttggtcctgcctctgaaggagccggagagtgcc
tggaagtggggggctcagaagagtgataggatggagggggacaagaactcctggtctgat
tgcagaaagttttctggctcccagacgatgagcagagaggagacacctgctcagtctgct
tatggacaaaagcaagcggaggttcaaaagggaagatctgaatcagactctgtacgtttt
acagattctgcgacggacgagaagaggactgaaggttgtttctcgggcccaccgagtcca
gccttctctctggacagtaacagcccctttgcaaatggtttgctccactttgagtcttct
ttatttgaggatgaagagaacgatgaagagcaagggactacatctcccattggaggtttg
agggacaaagagcaggggacggagaatgcctctgagtcctctccaaggaaactgagttca
aactccaaggaagcggctctcccctcagcgaaagtggtcacccgctcccagtcgtctggt
ctacgcagaagatactgggacggctcagaagatgagtggtacagcgactctgagctgttc
ctgttcgatgacagctcctcaaagcaatcagtgcagccaaacagcctgaagaaaaactct
ttgccgcctctgaagtttgtcgaggacgaagtggtttgggcaaagttcaaccgaagacca
tggtggccgtgtgaggtgcttgttgaccccgcacagggagtctaccacaaagtgaaagaa
cccagtgaccggccttgtcggctttaccacgtcaggaccttcgggcagccagaagagcag
gtctgggtcgaggacaaatcaatccacacgttccatggaggatttgaatttgaaagactt
cttcttctgcgccggagagggaaacaaagggtgcagaacaacaagtgcactatcgcaaag
cgtttccaggaatcgtggaagttcagcgtggcagaggctgaagctgttttgcctgctcga
ccaaaaatggcctcgatatctttttccatggatgacctgtgccagttcagctccccaccg
gagaccgaaaagaaaagtcagccaactttgactcctttcactttacctgcctgcactctt
tctgaaacatcgcacttaactaatggatccctttcctccccgattacacctgctgaaaag
ccaagtactttaggtaaatcctccagcaagaagaaaagcaaatcctcaaaggaccccaac
agtaaacatgttaaaaagacactgcacaatagccctaaagacacagacagaaacaatgaa
gaatgtccatactcagaccttgagtcagtccctaaaattttgtgtcctaaagcacttgaa
cgtcaaacgaactcagttccctcccagccgtctgtcatggtggccaaagagctgaagaaa
cagccggaggttcaaagtggtctttggttcagcaaatcaggcaaagacagacgacctaag
actaccagtcccatgccggaccgctctctcttcagtaagctgccctctaagaaaaagaac
tcatctactgtttgtaaaaagaccctcattactaccccttcctatgttagtgggtctgga
gactctgcaccacttttagataagaataaaccagcagaaaccagtctggtaccccgaaaa
actagctccttgaattgtacgaataatcaggctggtattaaaacgtctgattcagttgaa
gcttttgtggatcagcctgacttgttggacagagagaagaacctgctttcagttgaagta
gtgtgtttaaaggctagaccgtcagccagtaagtcaactgattctgtttcagagccgcca
tccagcaagagggaaagcaaagatgataaaagagattcagagctctcaaagaatgtcgat
tttgatggtcaatcgagcctatttaagaataaaaagaatgtcagtgaaacgaaaaattca
gtcaagattgctactaaaccagtgaatgacactatttttgaccaagaaaagaaaactgac
aagactatcaagttgtgtttacaatctaaatccaatgactcattatcaatcctggagaag
caaacaagtttagtctcaaagtgcaggttgccctatgtaaaattgatccgcaaggagata
aaggataggaggtatttaaactcaagcgggactgtttttaccgctggcacggttgtgtgc
aaagagaaagaaaaggaacccaatgggacgaaaacttgtcaatcccaacagaaagacagt
agaacaagtgcctccaaagatcacagcgtggctgagcctgaaaagggctctgtaaagaaa
gtcaaaaccattgataggtctggtaagcttcatctctccacagaccagtcacttgggaat
aggactgaggtttctagtgtgtctgctgtagacctgggttctaaattagtagaagaagct
gttttaaattcaaaaacaagaaaagagactcagtcaacttccaaacaaacacaccttcca
gaaagcaagaataaccctggttctgctgtgccaaacaagtcctctgagcaggaaaagggt
tcagaagaacatatttcatccatctcagcatctactgcaaatgcgctgccgggtctctgt
gaagaggagcccttgtgtgaggattaccgtacacctgaaagcttttgttccgggaaaccc
aaaaaagtttctaagaaatctaaacgtgttcgagaagtgaatgaagtcctaaaagcgcaa
cccgctcacctcccagccagcaatcggctgatgacgagagcgctgagggccatgtgcgat
cctacaaaacaggacatagttggaaagaaagctgaacaaaaacagatcctcaaatctttc
agaaagactaatcatgttaggaagaatcataaaaccaaactggagttttatacgaaaata
aaagctttgaaatcccaccatcctgacaaaagcgaatgtgatcagggcaaaatttctagt
agtagctccccctctctaatgttttccgattccagtgactttgaggatgtcaagagtgaa
gatgaagacctttcaatatcctcaactccaccgatggacttcataccgcttacttcaaaa
gtcaaaacaaagcacgaaggtcaatcctcagacatatactcgccatctcctccatcgccg
ttttcctttctcagagctttcaaaaacgtggaggaggtttccttccagtcacttggggct
gacagaggtggtaagcccatttctttcaagccaaagccaaactgcaggttcagcacattt
ctcatgatgttgaaggacttgcatgacaccagggagcgtgatggagcgccactagagctg
gagatcggaccaccgagcgcacatgttaagaaggagccgttggtgatgccaggagaagct
gcatctgcaggaggggatcaagagactacatgcgctctgaccgattcaagtgcaatccca
gacaaaagcgtagaagccctgaatgaaggaggtgcaagtcagacaccaaagaagtcctcc
aaccgaagaaccaactctggttggttcaaaagtaaacccaaccgcagggcgccttgctct
cctgccaagtctggacccggttttccaggcctggagtctctttcagaaatgatgccggca
gaggactccttggaagccatggagtggtcatcaagagttgtggacttccagagcagcagc
tgggatgagccaggtggagggagtgatgcggttggggcagaacaacaggaggagaaccca
tggagcatggcaaagcagaatctaacagccccgctgcttttggagcagagagaacgtgac
acggcggaggaacagccagactgcctcgtttcagacttcatcaagagagattcaagcttc
gcgaacatctctggagaagacgacaaggcggtaggagcgcataaacgggtaagaaaaccc
agcaagaggctgattgaatggaccgaagagtacgagcaaattttcggcacgaggaagaaa
accaaaaagcctctccagttgattggaaaggccagtcccacacccgttacctcggcacca
gaacctctggactctgacaacaacacaagcgaccgccccccctcgactgcgctccctgaa
atacagaccccgccccctgaggaaatcgctgcaacgacaccaccggaactacaaattccc
agcagccagcacaccaaacccagagacactccggtgctgtccactgacacgctgacaccc
ccacctgaggtggagcccctgctgtcagaagtgtctcctaaagacaacaaggaagtaagt
ctgcctgtgctggaaaagaagcggaagaggaaacccactcagaagattctggagtattgt
ctggaagcagaggcttcaaccggcccaaagaagaagatcaaaggacttagaaataattca
agttctaccgctcattcagattctgctccaccactattaaaactgaagagtaaagcagct
ttgaccccaacgccaacctctgaggtcaccccctgcccacccacaccctccattcagatc
aatcacagagccgctctgcccccccatccagctccttctccccctgagcccaggcagttg
gagacagcaaaggcagatgctcctccggctgaggaccagaacatcccagatgaccctaag
gatgtgtcagagggagagggcgaccagtgcagcccggaccacagcttttcctctgcaaag
gacgacttcggactctgtgacgactcggttttaccggccaggaagatcattggggacaga
ggtggaccggcgtccatgaaagaaaccatatgtcaggtgtgtgagaagaccggggagctg
cttctctgtgagggccagtgctgtggagccttccacttggcctgcatctctctggccgac
gcccccaaagggaagtttgtctgtccggagtgcaagtcaggcgtccacacctgctttgtg
tgtaagaagcgaggcgaggacgtgcgccgctgcatgattcctgtgtgtgggaagttttac
cacggagagtgcatcacaaaccacgccccaaccgcccccgtcaaccgaggtttccgctgc
tccatccacgtctgcctcacctgcttcatcgccaatcccaacagctcgtccatctctaaa
ggccgcctggtgcgatgcgtgcgctgcccagtggcctatcatgccacagacctgtgcatg
gcggcgggcagcgttgtgctctccagcaacagcatcgtctgccccaaccatttcacccct
cgccggggggtcaagaaccacgagcacgtcaacgtcagctggtgctttgtctgcacagaa
gggggaagcctcctgtgctgcgagtcctgtcctgctgcatttcaccgggagtgtctcaac
atcgaaatgcctaaaggcagctggtactgcaacgactgcaaggctgggaagaaaccacac
tataaggacatcctgtgggtaaaggtcggacgctacaggtggtggcctgcagaggtcagc
catcccaaaaccatcccagagaacatccagcggatgaggcacgatgtcggcgagtttccc
gttcacttcttcggttccaacgactacttgtggacctaccaggcgagagtcttcccctac
atggacgtggacgccaacagcaaagaaaagatggggaaaggcgttgacaccacctacaag
aaagctttggaggaggctgctgtgcgattccgtgagctgcaggcagaaaaggagctccga
cagcttcaggaggacaggaagaacgacaggaaaccgccaccgtacaaacacataaaggtg
aaccgacccataggaaaggtgcagatcttcactgcagacctgtctgaggttccacgctgt
aactgcaaggcaacagacgagagtccatgtgggtcggactcagaatgcatcaaccgcatg
ctgctgtacgaatgcaacccgcaggtttgcccggcgggggaaaagtgcctgaatcaggcc
ttcaccaagcgtcaatacagccaggtggagatcttcaggacgctgtcccgagggtggggg
ctccgctgtgtccacgacatcaagaagggccagtttgtcagcgagtacgtgggggaggtg
atcgacgaggaggagtgcaggtccaggatcagacatgcgcaggagaacgacatctgcaac
ttctacatgttaactctggacaaggaccgaatcatcgatgccggtccgaaggggaacgag
gcccgtttcatgaaccactgctgtcagccaaactgtgagacccaaaaatggacggtgaac
ggagacacccgggtggggctgttcgctctcgttgacgtcaaagcaggcacggagctgacc
ttcaactacaacctggagtgtctgggaaacgggaagacggtgtgcaaatgtggagctccg
aactgcagcggcttcctgggtgtgaggccgaagaacaaccctccctccgatgataaaggc
cgtaagatgaagaggagaggccacggcaggaggaagaagaaggtggtgttggccaaagag
cgagaagacgagtgtttcagctgtggagatggagggcagatggtttcctgcaagaaacct
ggatgtcctaaagtctaccatgcagactgcctgaacctcaccaagaggcctgccggtcgg
tgggagtgtccgtggcatcagtgcgacgtttgcgggaaggaggcggcgtccttctgcgag
atgtgtcccagctcgtactgctgccagcaccgcgacggcctgcttttcatctccaagctg
gacgggaagctgtcctgcagcgagcacgacccctgcgggccggagccgctggagccgggg
gagatccgcgagtacaaccccgctcccagagccctcacctcgggtctgggcatggccgtc
atccccgccgccgccgcttccagctccgccaggagcctccgccagaccgacaggggcgcc
cacgaggggggtgacggaggaggcgccggcgagcctttccctcctttctccatcaaagtc
cccatcaccattccagtcgctcctcccgctgcttcgcccccccacaccgacactcccagc
agccccttccacctcccgcactactcacccatctcctcctacgaggaggagagggatgtc
tttgaggaggacgaagaggagctgctggaagactcccacgatgacggagaggcggtgatg
gaggaggaagaggaggaggaggaagggctggactacttggagctggaagaggagcaggag
gaggatgaagatgaagaagaatga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (91)   
   KEGG ORTHOLOGY (1)   
   RefGene (87)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (6)   
   Pfam (6)   
All databases (120)   

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