KEGG   Oncorhynchus tshawytscha (Chinook salmon): 112243644
Entry
112243644         CDS       T05605                                 
Symbol
setd2
Name
(RefSeq) LOW QUALITY PROTEIN: histone-lysine N-methyltransferase SETD2
  KO
K11423  [histone H3]-lysine36 N-trimethyltransferase [EC:2.1.1.359]
Organism
otw  Oncorhynchus tshawytscha (Chinook salmon)
Pathway
otw00310  Lysine degradation
otw01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:otw00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    112243644 (setd2)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:otw03036]
    112243644 (setd2)
Enzymes [BR:otw01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.359  [histone H3]-lysine36 N-trimethyltransferase
     112243644 (setd2)
Chromosome and associated proteins [BR:otw03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     112243644 (setd2)
SSDB
Motif
Pfam: SET SRI WW AWS
Other DBs
NCBI-GeneID: 112243644
NCBI-ProteinID: XP_042170601
Position
Unknown
AA seq 2952 aa
MDALVNSEIREEGGDTSVKVEGLTKAALLKGLSPRVMLSSHLLPKGTKRKVNLDDQGRQK
VSFSFSLTKKPLQNLFLAPPSQEKSLAELPSVLSPTTSLPQDRAGQHTESPNEQMQPPLL
VPTPVAEILAPQTAVSSVPKPKVDLGKMHFKKQILSASVIEESPITSVVLQDPPPSEQQV
LTESSGKIETVTPTRTPQSQNNLQNMDNDGPSENALTRVSDVKLDLSLKEPTDSSHKGKV
DVNTSSITEQQDTSENIQIRSRSDSTLPGSESDADSVQTSSSYKSGEPKATAKLESRSND
TKNMSSSRSKLEETERSSNHSRSEKDERTSSYSKSDRELRSTADRELRSTADRELRSTAD
RELRSTADRESKHTPSRSSRSDKGRRRTKSRSRSRSRGPRTSSRSETRSRSERSRSERGS
GSRSDRSYYDSERRSGGHRSSPYRERRGSSRSRTDSSRVRGDSSDSEDDHRRTRTRTSDS
SRSSTHSSLQRDSKSHLSHSKSERDSKSERDSEMDKITQSSKSERASKRTVDSSSLQKCS
TDVEPNHRKSNTHYKPDIGVRSTRSSPHALSQTSDKRLQKSSYSESEVAHKGKSQSQGSD
RSSGSEGAWTSSTSKSDSKQMSATMSSVKTNRQSKDTFHSPNKVQTPSDAHPQSKNDKAG
ADSHLADTCQREDVGNMNDITSQDKGLQKPTLSLPSHCDPTDRLQEPALDLVNEKIHHCI
EVQNDSAATLPNNSSGDQLCEKFALGDIDNVNKSLCSEQTKDAQCVDPQIESTEKWIDVT
NSSFSCSNDRVIPSQDKTVFQDLVGSKSLPSTVDVSIRDYLSRTLNQKILCVLVEMCINM
KSCKNLPLKSEPSSPEPQFSNQTEQQNSSLRKNRGKTKQSRWDIVGQDTSDSDNPQKLSS
QESKPAVKKVISVKRIEFSQDVSQEDPSLKGQLKWEAELHSKTIKQEIITQEHSSAPITF
GNDQSESANPTAQPGTCETSSDHLDIKPHVSQMDGDPSLLNNTSHVDRARREQCRNDDGN
EEKPKDGPHKSKPLTTLVSSQDAVGQSEDSDTDDSESDSDCGVAVKRMHSVVVVPKNSTL
THSDTTDKPASPCTPSTSPGRQQHANRASGQEGDLDRNEIPSRVSPQQRHRGFPAMCEST
RQASNPCVDGSLSAHDIMIYQSQSNMVDSTSQLEGSNATDAQPSKDPYSSARERPKIGDA
TVSQIAAHSLENSFRQSDTGHPQHYGSGRGGRMLSRYQHGDFASSDDFNSSLGWDFTQSE
QPSSTYQQPDSSYGASQQHPNTQQPGNSSLGKVYRTNNGAYWTQLPTTTQPTCRPVYLHV
PATHYQEPVGQVHPDSLTNDCDEDSEGKPAGLSRLDVECNGPKLPGSLAFVQAHEISSNC
RGSVNATPENISIVEPPRDKDNSRPHRGRGPPKKRRPEMESDSDSEAEPVLASKRERLAE
RELPKVSKESREIPGQAEVQRPLLSLRDFRDASNWREMARSKKMPPYFDLIEENLYLTER
KKNKSHRDIKRMQCECSMLSREERSRGMMACGEDCLNRLLMIECSSRCLNEGYCSNRRFQ
MKLHADFEVILTEDKGWGLRAARDLIPNTFVLEYCGEVLDHKEFKTRVKKYASMKNIHYY
FMALKNNEIIDATLKGNCSRFMNHSCEPNCETQKWTVNGQLRVGFFTSKTVTAGTELTFD
YQFQRYGKEAQKCFCGAPSCRGFLGGENRVSVRAAAGKMKKERPRKKDTSVSNALTTVSV
WVRFGNGTPPKSPRLLYCVEDVLYWGCLCTVLLCGGFLYHNVDLVVVYEQDTQSPSCLKQ
FLDHHGLSLLWIFMVELSEAKGNSVNNIKLQFQIMKTLSALPISTKNMLEESHVLSLIQR
WAQTHSLPQAPGAEQDGYSSENMSRAQTPLNTPDGSSASVAKLGPELDSDTPKRAVYRRL
KISENSLDSAMSDASKASDGKEEEEEDEEEMEEEEVSRSEPPVESSKRSKTELVVEVQAQ
TPTKDELTEEPVTELVVEVQAQTLTTEELTEEPVTELVVEVQAQTPTTEELPEEPVTELV
VEVQAQTLTTEELPEEPVTELVVEVQAQTLTTEELTVEPVTELKETPEEVVETMEITEPQ
AESQDATDQEEVNEKGGDEEVKDEWSEGQKENREEEEQQQASRSVEEREVVAGEQANVEV
QESSHIQTEVTETPSAEQPAEEKEEETTTAETGTGDTEKAPGSQEHLGQVAPEGPPEVAP
GTEDPAQVVTPASEAPPPPSPVVPVEPAAVGTPSQDEEEGVSDVESERSQEALLSAVDIG
DMAARLLDSWKDLKEVYRIPKKSQVEKEIHDRSRDRDAAPARTPSGSRERERERERERDR
DRERDRERDRERERDRERDRERERERDRDWERDRERDRERDWDRDSEKTPRSTERRRRRA
STSPPPSAYERSSRRQEDRFDLANSSKKTRSITKERTKLSTEERRKLFEQEVAQREVQKQ
QQLQQHQQQQLHQQQQLQQHQLQQHQQQHQQHQQLQQHQQRQQQLQTLAYDAALTYNASP
AGFIHYPPGYPLQTYVDPINPNAGKVLLPTPPVEPLVPATLVLEQTPPQALITELGMTSP
SSTSQPPPVSNLSSISQHIHQPTTPLELHPGTAQQYAQQPSVAGQDPGVGVLSAVSVPPQ
VSAGQGSYATLWDPTTQQAVTVQTQVAPQYQVVPAPPPTQTAIYYQGQPCQTIYSIPTAY
PQANTPVLQAYADPAANYLHGQPVYTGHQQGVVVQQGGTVTTIVTSQTVQQEMPNTLLVP
NSMIDLPPPSPPKPKTIVLPPSWKVARDGEGKIYYYHVITRQTQWDPPSSWDGVSEDSHS
LDHEAEMDLGTPTYDENPSKFSTKTAEADTSSELAKRSKETFRKEMSQFIVTCLNPFRKP
DCKLGRIVNTEDFKHLARKLTHGVMNKELKSCKNPEDLECNENVKHKTKEYIKKYMQKFG
NIYRPKEDTELD
NT seq 8859 nt   +upstreamnt  +downstreamnt
atggatgctctggtgaactcagagatcagggaagagggaggcgatacctcggtcaaggtt
gaaggtctcaccaaggcagctttactcaaagggctctctcctcgagtgatgttgtccagc
catctcctgcctaaaggaaccaagaggaaggtgaacctggatgatcagggtcgccagaaa
gtgtctttcagcttctctctgacaaagaaaccgctgcagaacttattccttgcccctccc
agtcaggaaaaatctcttgctgaactcccctctgtcctgtcacctacaacctcactccct
caggacagagcagggcagcatacggaaagcccaaatgagcaaatgcagccaccattgttg
gtgcccacaccagtagcagagatccttgcacctcagacggcagtctcctccgtccccaaa
cctaaagtggacttgggaaagatgcacttcaagaaacagatcctcagtgcatctgttatt
gaagagagtcccataaccagtgttgtcttacaggatccacccccttccgagcaacaggtt
ttaacggaatcttcaggtaaaattgaaactgtcaccccaacacgaacgccccagtctcag
aacaatcttcagaacatggacaatgacggcccctctgagaatgctctaactcgtgtatct
gatgtgaagctggacctcagtctcaaggaacccactgactcctcccacaaagggaaagtg
gatgtaaacacttccagtataacagagcagcaagacacctcagaaaacatacaaatccgt
tccaggtcggacagcacactccctggctcagaatctgatgctgattcagtgcagacgtct
tctagctacaagtcaggtgaacccaaggccacagcaaagttggagagtagaagtaacgat
acaaaaaatatgtcgtcttctcgctccaaattagaggaaacagaaagaagttctaaccat
tcacgttctgagaaggacgaaagaacctcgagttactcaaaatctgaccgagaattaagg
tcaaccgctgaccgagaattaaggtcaaccgctgaccgagaattaaggtcaaccgctgac
cgagaattaaggtcaaccgctgaccgagaatcaaagcacacaccctcgcggtcatcccgc
tctgataaaggccgcagaaggactaagagtcggtcgaggtccagatcaagagggccccgg
acgagttccagatctgagacacgctccagatctgagagatctagaagcgagagagggtca
ggatcacggtctgatcggtcatattacgactctgagcggaggtcagggggtcacagaagt
tctccgtacagagagagaagaggcagctctcgctctcggaccgatagcagcagagtccgc
ggcgacagctctgactctgaagatgaccacagaagaactcggactcgaacaagtgattcc
agcaggtcatccacccattctagcttgcagagagattcaaagtcacacttatctcactcg
aaatctgagcgagactcgaaatctgaacgagattcagagatggataaaataacacaatct
tctaagtctgagagggcctcaaagagaactgttgactccagttccctccaaaagtgctct
actgatgtagaacctaatcacaggaaatccaacacccactacaagccagacatcggtgtt
cgatccactcgttccagtccacatgccctctctcaaacatcggacaaacgtctccagaaa
agtagctatagtgaatctgaggtagctcacaaagggaagtctcagtcacagggctctgac
cgctcttctggctctgaaggggcatggacatcttccaccagtaaatcagactctaagcaa
atgtctgccaccatgtcatccgtgaaaactaatagacaatcaaaggacacatttcacagt
cccaataaggtacaaaccccttctgatgctcaccctcagagcaaaaatgacaaagcagga
gcagattcccatctagcagacacttgccaaagggaggatgttggcaacatgaatgacatc
acatcccaagataaaggcttacaaaaaccaactctgtcgttaccgtcacattgtgatcca
actgacagattgcaagaaccagcgttggatctagttaatgagaagatccatcattgcatt
gaggttcagaatgactcggcagcaactctaccgaacaactctagtggagaccaattatgt
gaaaaatttgccttaggggacattgacaatgttaataaaagcctttgctctgaacaaacg
aaagatgcacagtgtgtagacccccaaatagaatccactgagaagtggattgatgtaacc
aactctagcttttcctgcagtaatgacagagtaatacccagccaggataagactgttttt
caagatttagttgggtcaaagtcattaccatctacagtagatgtgtctatcagagactac
ctaagcagaacactaaaccagaaaatactgtgtgttctagtagaaatgtgtatcaacatg
aagtcttgcaaaaacctccctctcaaatctgaaccatctagtcctgaacctcagttttcc
aaccagactgaacaacagaactctagtttaaggaaaaacagagggaaaacaaaacaatca
cgttgggatattgttggacaagacacctcagacagtgataatcctcagaaattgtcttcc
caagaaagtaaacctgctgtgaaaaaggtcatctctgtcaagagaattgagttttctcaa
gacgtcagccaggaagatccgtctctgaagggtcaactgaaatgggaagctgagttgcat
tccaagacgattaagcaagaaattatcacacaagaacacagctcagcaccaataactttt
gggaacgaccaatcagagtccgcaaacccaactgcacaaccaggcacctgtgaaaccagc
agtgaccatttagacatcaaaccccacgtcagccaaatggatggagatccctcactttta
aataatacctcacatgtagaccgagctagaagggagcagtgtaggaatgacgatggtaat
gaagagaaacctaaagatggccctcacaagagcaaaccgctgacgacactagtgtcgagc
caggacgctgtaggccaaagcgaggacagtgacactgacgattcagagtcggattcagac
tgcggtgttgccgtgaaacggatgcactctgtggtggttgtaccaaagaattccaccctg
actcactcggacacaacagacaagcctgcgtctccctgcactccaagcactagcccagga
cgtcaacaacacgctaacagggccagtggccaagagggtgatctggacaggaatgagatc
ccaagcagagtaagccctcagcagagacatagaggctttcccgccatgtgtgagagcact
aggcaggccagtaatccttgtgttgatggaagtctctctgcacatgacatcatgatatat
caatcgcagagcaacatggtcgatagcaccagccagctcgagggctccaacgccaccgat
gcccagccttctaaggatccttatagcagtgcccgtgagagaccaaagattggtgatgca
acggtgagccagattgctgcccatagccttgagaactccttcaggcagtctgacacaggg
catccacagcattatggaagtggcaggggtggcaggatgctttcccgttaccaacatgga
gactttgctagctctgatgacttcaacagcagtctgggctgggacttcacacagtcggag
cagcccagcagtacgtaccagcagcctgacagcagctatggggcatcccaacagcatcct
aacacacaacagccagggaactcttctttggggaaggtgtacaggacaaacaatggggcc
tactggacccaactaccaactacgactcaacccacctgcagaccggtctacctccatgtg
cctgcaacacattatcaggagcctgttggtcaagtccatcctgactccttgactaatgac
tgtgatgaggacagtgaagggaaaccagcaggccttagtagactagatgttgaatgcaat
ggtcccaagcttccaggctcgctagcctttgtacaagcccatgaaataagtagcaactgt
agaggctctgtcaacgcgactccagagaatatttccatagttgaaccccccagagacaag
gacaactcaaggccccacagaggcaggggtcctcccaagaaaaggcgtccagaaatggag
tccgattcggacagcgaggcagaacctgtgctggctagcaaaagggagcgactggcagag
agggagctccccaaggtctccaaagaatccagggagattccaggtcaggctgaggtgcaa
cgccctttgctcagtctgagggacttccgggacgccagcaactggagggagatggcaagg
tctaagaagatgccaccatactttgacctgattgaggaaaacctgtatctgactgaacgg
aagaagaacaagtctcaccgagacatcaagcgaatgcagtgtgagtgctctatgctctcg
agggaggagaggtctcgtggaatgatggcttgtggggaggactgccttaaccgtctgctg
atgatcgagtgctcgtcacgctgcctgaatgaaggctactgctccaaccggcgcttccag
atgaaactgcatgcagactttgaggtcatcctgactgaagataagggctggggactgagg
gcggccagggacctgataccaaacacttttgtgctggagtactgcggagaggtgttggac
cacaaggagttcaagacacgggtgaaaaaatacgctagcatgaagaacatccactactat
ttcatggccttgaagaataacgagatcatagatgccacactgaaggggaactgctctcgc
ttcatgaaccacagctgtgagcccaactgtgagacccagaagtggactgtgaacggccag
ctgagagttgggttcttcacctccaagaccgtcacagctggtacagagcttaccttcgat
taccagttccagagatatgggaaagaggcccagaagtgcttctgtggggctcccagctgc
cgaggcttcctgggcggggagaacagggtcagtgtaagagcagcggcagggaagatgaag
aaagagcgccctcgcaagaaggacacctccgtgagcaatgcactcactacggtgagtgtg
tgggtcaggtttggtaatggcactccccccaagagtcccaggttgttatattgtgtggag
gatgtattgtattggggatgtctgtgtactgtgttattgtgtggagggtttctctaccat
aatgttgacttggtggttgtgtatgaacaggatacccagagcccatcctgtctgaagcag
ttcctggaccatcacggtctgtctctactgtggatcttcatggtggagctctctgaagcc
aagggcaacagtgtcaacaacatcaaactgcagtttcagatcatgaagaccctgtcagcg
ctgcctatctccactaagaacatgttggaggagagtcatgtcctgagcctcatccagcgc
tgggcccaaacacactccctcccccaggcccccggggccgaacaggacggctactccagt
gagaacatgtctcgcgcccagacccctctcaacactcccgacggctcctctgcttccgtc
gccaaactgggccctgagttggacagcgacactcccaaacgggctgtttaccgtcgcctc
aagatcagcgagaacagcctggacagcgccatgtcggacgccagcaaggcctcggacggt
aaggaggaggaagaggaggatgaagaggagatggaggaagaggaggtctcgcgatctgag
cctccagtggagagcagcaaacggtccaagacagagctggtggttgaggtccaggctcag
actcccacaaaggatgagctgacagaagagccagtcacagagctggtggttgaggtccag
gctcagactctcacaacggaggagctgacagaagagccagtcacagagctggtggttgag
gtccaggctcagactcccacaacggaggagctgccagaagagccagtcacagagctggtg
gttgaggtccaggctcagactctcacaacggaggagctgccagaagagccagtcacagag
ctggtggttgaggtccaggcacagactctcacaacggaggagctgacagtagagccagtc
acagagctgaaggagacaccagaggaggtggtggagaccatggagatcacagaaccccaa
gcggagagccaagacgctacagatcaggaggaggtgaatgagaagggcggtgacgaggag
gtgaaagacgagtggagtgagggacagaaggagaacagggaggaggaggagcagcagcag
gcaagtcggtcagtcgaggagagggaggttgtggcaggagagcaggccaacgtggaggtc
caggaatcatcacatattcagacggaagttactgagaccccttcagcggagcagcctgcc
gaggagaaggaagaggagaccaccacagcagagactgggactggagatacagaaaaggct
ccaggcagccaggaacatctaggccaggtggcccccgagggtcccccggaggtggcccct
ggcactgaggaccctgcccaggtagtgacccctgcctcagaggcccctccacctccctct
ccagtggtccccgtggagcctgcagcggtggggacgccctcgcaggatgaggaggagggt
gtgtctgatgtagagagcgagaggagccaggaagccctgctcagtgctgtggatatagga
gacatggctgctaggctgctggacagctggaaggacctgaaggaggtgtacaggatcccc
aagaagagccaggtggagaaagagatacacgatcgtagtcgagaccgagacgctgccccg
gctcgcaccccctccggcagccgagaacgtgagagggaacgtgagagggagcgggacagg
gacagggagagggacagggaacgagatcgagaacgagaacgggacagggaacgtgaccgg
gagagagagagagaaagggacagggattgggagagagaccgggagagagatagagagaga
gactgggacagagactctgagaagacaccccgcagcacagagagacgtcggcgacgtgcc
tccacctccccaccgccctcagcatacgagaggagcagcaggagacaggaggaccggttt
gacctggctaacagcagtaagaagacccgttccatcaccaaggaacgcaccaagctgtcc
acagaggagcgcaggaagctgtttgagcaggaggtggcccagcgcgaggtccagaaacaa
caacagttacaacaacatcaacaacaacagttacatcaacaacaacagttacaacaacat
caactacaacaacatcaacaacaacatcaacaacatcaacagttacaacaacatcaacag
cggcagcagcaactccagactctagcctacgatgcagccctgacctacaatgccagccca
gctggcttcatccactacccccccggctaccccctccagacctacgtggaccccatcaac
cccaacgcaggcaaggtgctgctgcctacccctcccgtggagcccctggtcccagccact
ctggtcttggagcagacccctccccaggctctgatcaccgagctgggcatgacctctccc
tcctctacctcccagccccctccagtctccaacctctccagcatctcccaacacatccac
caacccactacgcctctggagctccaccccggcaccgcccagcagtatgcccagcagccc
agcgtggcgggccaggacccgggtgtaggcgtgctgtcagccgtgtcagtgccccctcag
gtgtcggcgggccaggggagttacgccacgctgtgggaccctaccacccagcaggctgtg
acggtacagacccaggtagcaccacagtaccaggttgtcccagcaccacctcccacccag
acagccatctactaccagggccagccctgtcagaccatctacagtatccccacggcctat
ccacaggctaacacacctgtcctgcaggcctacgctgatccggctgccaactacctccat
ggtcagccggtgtacacaggtcaccagcaaggagtggtggttcagcaggggggtacggtc
actaccatcgtcacctcacagactgtccagcaggagatgcccaacactctgttagtcccc
aacagtatgatagacctgccccctccctctcctcccaaacccaaaaccattgtcctgccc
cccagctggaaggtagcacgggacggagagggaaagatctactattatcacgtcatcacc
aggcagactcagtgggatcctcccagcagctgggacggggtcagtgaagactctcacagt
ttagaccacgaggctgagatggacctggggacgcccacctacgacgagaacccctccaag
ttctctactaagacagcagaggcagacacatccagtgagctggccaagaggagcaaggag
acgttccggaaagagatgtcacagttcattgtgacctgcttgaatccgttccggaaacca
gactgcaaactgggacgcattgtcaacaccgaggatttcaaacaccttgccagaaagcta
actcacggcgtgatgaacaaggagctgaagtcctgtaagaacccagaggacctggagtgc
aacgagaacgtcaagcacaagaccaaggagtacatcaagaaatacatgcagaagttcggc
aacatctaccggcccaaagaggacactgagctggactaa

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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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (26)   

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