KEGG T02443: 101161079

Oryzias latipes (Japanese medaka): 101161079

Entry

101161079 CDS T02443

Definition

uncharacterized LOC101161079

Orthology

K15588

histone-lysine N-methyltransferase NSD1 [EC:2.1.1.43]

Organism

ola Oryzias latipes (Japanese medaka)

Pathway

ola00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:ola00310]

SSDB

Motif

Pfam:

PWWP SET PHD zf-HC5HC2H

Other DBs

NCBI-GI:

432901504

NCBI-GeneID:

101161079

Position

AA seq 2214 aa
MPKACSKPSVQRILERITHTGDTAKRRLVDKQPNSLKKNSLPPLKFVEDEVVWAKFNRRP
WWPCEVLVDPAQGVYHKVKEPSDRPCRLYHVRTFGQPEEQVWVEDKSIHTFHGGFEFERL
LLLRRRGKQRVQNNKCTIAKRFQESWKFSVAEAEAVLPARPKMASISFSMDDLCQFSSPP
ETEKKSQPTLTPFTLPACTLSETSHLTNGSLSSPITPAEKPSTLGKSSSKKKSKSSKDPN
SKHVKKTLHNSPKDTDRNNEECPYSDLESVPKILCPKALERQTNSVPSQPSVMVAKELKK
QPEVQSGLWFSKSGKDRRPKTTSPMPDRSLFSKLPSKKKNSSTVCKKTLITTPSYVSGSG
DSAPLLDKNKPAETSLVPRKTSSLNCTNNQAGIKTSDSVEAFVDQPDLLDREKNLLSVEV
VCLKARPSASKSTDSVSEPPSSKRESKDDKRDSELSKNVDFDGQSSLFKNKKNVSETKNS
VKIATKPVNDTIFDQEKKTDKTIKLCLQSKSNDSLSILEKQTSLVSKCRLPYVKLIRKEI
KDRRYLNSSGTVFTAGTVVCKEKEKEPNGTKTCQSQQKDSRTSASKDHSVAEPEKGSVKK
VKTIDRSGKLHLSTDQSLGNRTEVSSVSAVDLGSKLVEEAVLNSKTRKETQSTSKQTHLP
ESKNNPGSAVPNKSSEQEKGSEEHISSISASTANALPGLCEEEPLCEDYRTPESFCSGKP
KKVSKKSKRVREVNEVLKAQPAHLPASNRLMTRALRAMCDPTKQDIVGKKAEQKQILKSF
RKTNHVRKNHKTKLEFYTKIKALKSHHPDKSECDQGKISSSSSPSLMFSDSSDFEDVKSE
DEDLSISSTPPMDFIPLTSKVKTKHEGQSSDIYSPSPPSPFSFLRAFKNVEEVSFQSLGA
DRGGKPISFKPKPNCRFSTFLMMLKDLHDTRERDGAPLELEIGPPSAHVKKEPLVMPGEA
ASAGGDQETTCALTDSSAIPDKSVEALNEGGASQTPKKSSNRRTNSGWFKSKPNRRAPCS
PAKSGPGFPGLESLSEMMPAEDSLEAMEWSSRVVDFQSSSWDEPGGGSDAVGAEQQEENP
WSMAKQNLTAPLLLEQRERDTAEEQPDCLVSDFIKRDSSFANISGEDDKAVGAHKRVRKP
SKRLIEWTEEYEQIFGTRKKTKKPLQLIGKASPTPVTSAPEPLDSDNNTSDRPPSTALPE
IQTPPPEEIAATTPPELQIPSSQHTKPRDTPVLSTDTLTPPPEVEPLLSEVSPKDNKEVS
LPVLEKKRKRKPTQKILEYCLEAEASTGPKKKVQYELLVHPGPRNSAPPLLKLKSKAALT
PTPTSEVTPCPPTPSIQINHRAALPPHPAPSPPEPRQLETAKADAPPAEDQNIPDDPKDV
SEGEGDQCSPDHSFSSAKDDFGLCDDSVLPARKIIGDRGGPASMKETICQVCEKTGELLL
CEGQCCGAFHLACISLADAPKGKFVCPECKSGVHTCFVCKKRGEDVRRCMIPVCGKFYHG
ECITNHAPTAPVNRGFRCSIHVCLTCFIANPNSSSISKGRLVRCVRCPVAYHATDLCMAA
GSVVLSSNSIVCPNHFTPRRGVKNHEHVNVSWCFVCTEGGSLLCCESCPAAFHRECLNIE
MPKGSWYCNDCKAGKKPHYKDILWVKVGRYRWWPAEVSHPKTIPENIQRMRHDVGEFPVH
FFGSNDYLWTYQARVFPYMDVDANSKEKMGKGVDTTYKKALEEAAVRFRELQAEKELRQL
QEDRKNDRKPPPYKHIKVNRPIGKVQIFTADLSEVPRCNCKATDESPCGSDSECINRMLL
YECNPQVCPAGEKCLNQAFTKRQYSQVEIFRTLSRGWGLRCVHDIKKGQFVSEYVGEVID
EEECRSRIRHAQENDICNFYMLTLDKDRIIDAGPKGNEARFMNHCCQPNCETQKWTVNGD
TRVGLFALVDVKAGTELTFNYNLECLGNGKTVCKCGAPNCSGFLGVRPKNNPPSDDKGRK
MKRRGHGRRKKKVVLAKEREDECFSCGDGGQMVSCKKPGCPKVYHADCLNLTKRPAGRWE
CPWHQCDVCGKEAASFCEMCPSSYCCQHRDGLLFISKLDGKLSCSEHDPCGPEPLEPGEI
REYTPPPLPAPPGASARPTGAPTRGVTEEAPAIAPPAASPPHTDTPSSPFHLPHYSPISS
YEEERDVFEEDEEELLEDSHDDGEAVMEEEEEEEEGLDYLELEEEQEEDEDEEE

NT seq 6645 nt +upstreamnt +downstreamnt
atgccaaaagcatgttcaaaacccagtgttcagcgcatccttgaacgcatcacacataca
ggagacacagcaaagaggagattggttgacaagcagccaaacagcctgaagaaaaactct
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
ctggaagcagaggcttcaaccggcccaaagaagaaggtacagtacgagcttttggttcat
ccgggacctcgcaattctgctccaccactattaaaactgaagagtaaagcagctttgacc
ccaacgccaacctctgaggtcaccccctgcccacccacaccctccattcagatcaatcac
agagccgctctgcccccccatccagctccttctccccctgagcccaggcagttggagaca
gcaaaggcagatgctcctccggctgaggaccagaacatcccagatgaccctaaggatgtg
tcagagggagagggcgaccagtgcagcccggaccacagcttttcctctgcaaaggacgac
ttcggactctgtgacgactcggttttaccggccaggaagatcattggggacagaggtgga
ccggcgtccatgaaagaaaccatatgtcaggtgtgtgagaagaccggggagctgcttctc
tgtgagggccagtgctgtggagccttccacttggcctgcatctctctggccgacgccccc
aaagggaagtttgtctgtccggagtgcaagtcaggcgtccacacctgctttgtgtgtaag
aagcgaggcgaggacgtgcgccgctgcatgattcctgtgtgtgggaagttttaccacgga
gagtgcatcacaaaccacgccccaaccgcccccgtcaaccgaggtttccgctgctccatc
cacgtctgcctcacctgcttcatcgccaatcccaacagctcgtccatctctaaaggccgc
ctggtgcgatgcgtgcgctgcccagtggcctatcatgccacagacctgtgcatggcggcg
ggcagcgttgtgctctccagcaacagcatcgtctgccccaaccatttcacccctcgccgg
ggggtcaagaaccacgagcacgtcaacgtcagctggtgctttgtctgcacagaaggggga
agcctcctgtgctgcgagtcctgtcctgctgcatttcaccgggagtgtctcaacatcgaa
atgcctaaaggcagctggtactgcaacgactgcaaggctgggaagaaaccacactataag
gacatcctgtgggtaaaggtcggacgctacaggtggtggcctgcagaggtcagccatccc
aaaaccatcccagagaacatccagcggatgaggcacgatgtcggcgagtttcccgttcac
ttcttcggttccaacgactacttgtggacctaccaggcgagagtcttcccctacatggac
gtggacgccaacagcaaagaaaagatggggaaaggcgttgacaccacctacaagaaagct
ttggaggaggctgctgtgcgattccgtgagctgcaggcagaaaaggagctccgacagctt
caggaggacaggaagaacgacaggaaaccgccaccgtacaaacacataaaggtgaaccga
cccataggaaaggtgcagatcttcactgcagacctgtctgaggttccacgctgtaactgc
aaggcaacagacgagagtccatgtgggtcggactcagaatgcatcaaccgcatgctgctg
tacgaatgcaacccgcaggtttgcccggcgggggaaaagtgcctgaatcaggccttcacc
aagcgtcaatacagccaggtggagatcttcaggacgctgtcccgagggtgggggctccgc
tgtgtccacgacatcaagaagggccagtttgtcagcgagtacgtgggggaggtgatcgac
gaggaggagtgcaggtccaggatcagacatgcgcaggagaacgacatctgcaacttctac
atgttaactctggacaaggaccgaatcatcgatgccggtccgaaggggaacgaggcccgt
ttcatgaaccactgctgtcagccaaactgtgagacccaaaaatggacggtgaacggagac
acccgggtggggctgttcgctctcgttgacgtcaaagcaggcacggagctgaccttcaac
tacaacctggagtgtctgggaaacgggaagacggtgtgcaaatgtggagctccgaactgc
agcggcttcctgggtgtgaggccgaagaacaaccctccctccgatgataaaggccgtaag
atgaagaggagaggccacggcaggaggaagaagaaggtggtgttggccaaagagcgagaa
gacgagtgtttcagctgtggagatggagggcagatggtttcctgcaagaaacctggatgt
cctaaagtctaccatgcagactgcctgaacctcaccaagaggcctgccggtcggtgggag
tgtccgtggcatcagtgcgacgtttgcgggaaggaggcggcgtccttctgcgagatgtgt
cccagctcgtactgctgccagcaccgcgacggcctgcttttcatctccaagctggacggg
aagctgtcctgcagcgagcacgacccctgcgggccggagccgctggagccgggggagatc
cgcgagtacacgccgccgccgcttccagctccgccaggagcctccgccagaccgacaggg
gcgcccacgaggggggtgacggaggaggcgccggcgatcgctcctcccgctgcttcgccc
ccccacaccgacactcccagcagccccttccacctcccgcactactcacccatctcctcc
tacgaggaggagagggatgtctttgaggaggacgaagaggagctgctggaagactcccac
gatgacggagaggcggtgatggaggaggaagaggaggaggaggaagggctggactacttg
gagctggaagaggagcaggaggaggatgaagatgaagaagaatga

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (22)   

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