KEGG T02443: 101158302

Oryzias latipes (Japanese medaka): 101158302

Entry

101158302 CDS T02443

Definition

histone-lysine N-methyltransferase SETDB1-B-like

Orthology

K11421

histone-lysine N-methyltransferase SETDB [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:

SET Pre-SET MBD

Other DBs

NCBI-GI:

432909614

NCBI-GeneID:

101158302

Position

AA seq 1241 aa
MENVEGMEVDGWDSSLEEEFGISLDELKKWIDEAVEKSDIVQKKKAQLTELKEWVEQKEE
EEAKTEMLLTDANQSVIECEKLVKEACKKNGLVYRESGSEDEGGGGGSLPSEVIEIDDDD
DDDVIAVGCLVPPNKTLTPSKDPALKEASAVLQKTSHQVQKLVQIVAKSPASAALLRSPT
QLSAPSGIQSSAPAVFVSQAPSQGMTQPSPNIKEDELKIGMNILGKKRTKTWHRGTLVAI
NPIGGVYKYKVKFDKGKSLLSGNHVAFDYNPTLESLFVGARVVAKYKDGNLVWLYAGIVA
EMPNNKNRMRFLIFFDDGYASYVILPELYPVCRPLKHTWEDIEDASCRDFIEEYISAYPS
RPMVLLKAGQIIKTEWEGTWWKSRVEEVDGSLVKILFLDDKRSEWIYRGSTRLEPMFNLK
MTTANTHEKKLAGQQRTRPNMGALRTKGPVVQYTGVEHVGGSPVKSPQPPSTEPVTPQPQ
PSPQPQQPQPIAQNTQPPQPPQPPRVENKTQMAKKSTSPFVPGVGGTHASKILQSLTPTS
TNIASAKILSPAVTPQSNFSSLYPRPLPTTPPAPPPMPHVVATIPTQASYRAPTDRIFYL
AHTCQPACLNRVRPVKPDIHRGKNPLLTPLLYDFRRMTGRRKVNRKMSFHVIYKAPCGLC
LRNMPEIQNYLFQTRCDFIFLEMFCLDPYVLVDRPFQPQRPFYYIPDITGGKEDIPLSCV
NEIDNTPPPKVKYSKERIPEDGVFINTSDDFLVGCDCTDGCRDKSKCSCHQLTLQATACT
PGAQINPNAGYLHKRLEECLPTGIYECNKRCKCCAQMCTNRLVQHGLQVRLQLFKTQNKG
WGIRCLDDVAKGSFVCIYAGKILTDDFADKEGLEMGDEYFANLDHIESVENFKEGYESEA
HCSDSEGSGVDLSRMKIQPSAWYSCSPHSFHRGFVPTARNSSSTTDSNDDEDKDSKSEDE
SDSSDDTFVKENFYTSSSVWRSYTTRGQLKGNKEGSQDSKDGLSLTCREKGDDNPPAMPE
ETGKSKVAFWLTSQGLKKVSYRAANRCSDDDDGKKQDVMTLSDSDDVQTISSGSEDNKEK
EKVPTGVPKKQVAVKSTRGIALKNSHSMMVKTGSGGGGGGGGAGGQGGKAGTSGQTTGGG
ENAPKNTRLFFDGEESCYIIDAKLEGNLGRYLNHSCSPNLFVQNVFVDTHDLRFPWVAFF
ASKRIRAGTELTWDYNYEVGSVEGKELLCCCGSTECRGRLL

NT seq 3726 nt +upstreamnt +downstreamnt
atggaaaacgttgaaggaatggaggtggatggctgggactccagtctggaggaagagttt
ggcatatccctggatgagctgaagaaatggattgatgaagctgtggaaaagagcgacatt
gtccagaagaagaaagctcagctgacggagcttaaggaatgggtggagcagaaagaggaa
gaggaggcaaagacggagatgctgcttactgatgccaaccagtctgtaatagagtgtgag
aagctggtgaaggaagcttgtaagaagaatggtcttgtttatcgtgagagcggctccgag
gatgagggaggcggaggaggttccctgccctctgaagttatagagatagacgacgatgat
gacgacgacgttattgctgttggttgtttggttcccccaaacaagacattaaccccctct
aaagaccctgcgttaaaggaagcctctgcagttctgcagaaaacctcccaccaagttcag
aagttggtccaaatagtcgccaagtctccagcatctgctgcgttgcttcgatctccaaca
cagctctctgctccttcaggtattcaaagctcggcaccagcagtgtttgtgtctcaggcc
ccatcccaaggaatgactcagccgagcccaaacataaaagaagatgagctcaaaattggg
atgaacattctgggaaagaaacgcacgaagacctggcacagaggcactcttgttgccatc
aaccctattggtggggtttacaaatacaaagtaaagtttgataaaggcaagagtctgctg
tcgggaaaccatgtggctttcgactacaaccccactctggagagtctgtttgttggggct
cgagtagttgccaagtacaaagatggcaacctggtgtggctgtatgcaggaatcgtagca
gaaatgcccaacaacaagaaccgcatgaggttcttgatcttcttcgatgatggctatgct
tcctatgtgatacttcctgaactttaccctgtttgcagacctttaaaacacacttgggag
gacatagaagatgcttcttgtcgagactttatcgaggagtatatctctgcctatcccagc
aggccgatggtgctcctcaaggccggccaaataatcaagacggagtgggaaggaacttgg
tggaagagcagggtggaggaagtggatggcagcttggtcaagattctctttttagatgat
aagaggagtgagtggatctacagaggatccaccaggctggagcctatgttcaacctgaaa
atgaccacagctaacacccatgaaaagaagctggctgggcagcagaggacgagacccaac
atgggagctttgcggactaaaggcccggtagttcagtacacaggggtggaacatgttgga
ggttctcctgttaaaagcccacagcccccatctactgaacctgtgaccccacagcctcaa
ccaagtccacaaccacagcaacctcaaccgattgcacagaacactcagcccccacagccc
ccccagcctccacgtgtggagaataaaactcagatggcaaagaagagtacgtctccattt
gtgcctggagttggaggcacacacgcttccaaaatcctgcagtctttgacccccacttcc
actaatattgcaagtgcaaaaattctgagtcctgcagttactcctcagtccaatttttcc
tcgttgtatccgagaccgcttcccaccacacctcctgccccccctcccatgccgcatgtg
gtggccaccattcccacacaggcctcgtacagagccccaacagaccgcatcttttacctg
gcccatacgtgtcagcctgcctgtctgaaccgggtccgaccagtaaaaccagacatccac
agaggcaagaaccccctcctcacacctttgctgtatgatttcagacgcatgacaggacgc
cgtaaagtcaatcggaagatgtctttccacgtgatctacaaggctccatgtggactttgt
ctgcgcaacatgccagagattcagaactacctcttccagacccgctgtgactttatcttc
ttggagatgttctgcctcgatccctatgtgctggtggaccgccctttccagccgcagagg
cccttttattacattccagatatcactggtgggaaggaggacatccctctttcatgcgtg
aacgagatcgataacactccgcctcctaaagtcaaatacagtaaagagcgtattccagaa
gatggagtattcatcaacaccagcgatgacttcctagttgggtgcgattgcaccgatggc
tgtcgagacaagtccaaatgttcctgccaccagctgactcttcaagccacagcttgcaca
ccaggggcgcagatcaacccaaacgctggatatttgcacaagcgattagaggagtgtctg
cctacagggatctacgagtgtaataagaggtgcaaatgttgtgctcagatgtgcaccaac
aggctggtgcagcacggcctgcaggttcgtcttcaactcttcaaaacgcagaacaaaggc
tggggcatccggtgtctggatgatgtggccaaaggctcattcgtctgcatttatgctggt
aaaatcctgacggacgattttgccgacaaagaaggtctggaaatgggcgatgagtatttc
gccaacctagaccacattgagagcgtggagaacttcaaggagggctacgagagcgaggcc
cactgctcagacagcgagggaagtggcgttgacctttccaggatgaaaatccagccatcc
gcgtggtattcctgctcaccgcactcattccaccgtggttttgtcccgacagctcgcaac
tcaagctcaaccactgatagcaatgatgacgaggacaaagattcaaagagtgaagacgaa
agtgacagttcagatgacacttttgtcaaagaaaacttctacacttccagttccgtgtgg
aggagctacacaacacgcggccagctgaaaggcaacaaagaagggagtcaggacagtaaa
gatggattgagcctcacatgcagagagaaaggtgatgataaccccccagccatgcctgag
gagacgggcaaaagcaaagtagctttttggctaacgagccaggggctcaagaaggtgagt
tacagagcagcaaatagatgctccgatgatgatgatggaaagaagcaggatgtgatgact
ctctcagacagtgatgatgtccaaaccatcagctctggatcagaagacaacaaagagaag
gagaaagttcctacaggtgtgccaaagaagcaggtggcagtaaagtccactcgaggcatc
gccttgaaaaacagccacagtatgatggtaaaaaccggttcaggcggaggaggaggagga
ggaggagcaggaggccagggggggaaagctgggacgtcaggacaaaccacaggaggcgga
gaaaatgctcccaaaaacactcggctgttcttcgatggcgaagagtcctgctacatcatt
gatgccaagttagaaggaaatctcggacgttatctgaaccatagctgcagtccaaaccta
tttgtccagaatgtgtttgtggacactcatgacttgcggttcccctgggtggctttcttt
gccagcaaacgaatccgggccggtaccgagctgacatgggactacaactatgaagtgggc
agcgtggagggaaaagagctgctctgctgctgcggctccacagaatgcagaggaagattg
ctgtga

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 (3)   
   Pfam (3)   
All databases (21)   

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