KEGG T01003: 316013

Rattus norvegicus (rat): 316013

Entry

316013 CDS T01003

Gene name

Setd2, Kif9

Definition

SET domain containing 2 (EC:2.1.1.43)

Orthology

K11423

histone-lysine N-methyltransferase SETD2 [EC:2.1.1.43]

Organism

rno Rattus norvegicus (rat)

Pathway

rno00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:rno00310]

SSDB

Motif

Pfam:

SRI SET WW

Other DBs

NCBI-GI:

NCBI-GeneID:

RGD:

Ensembl:

UniProt:

Position

8q32

AA seq 2294 aa
MKSVPESLELDMKQDIVSNSLEEHTNQTLKEQADNALQKEDSHIGKEEEVSDGSKISLSS
KKASSKKKSSQFEGTFLGSESDEDSVRTSSSQRSHDLKSSTSIEKERDFKKSSAPSKSED
LGKSSRSKTERDDKYFSYSKLERDTRYVSTRCRSERDRRRSRSRSRSDRVSRTSLSYSRS
ERSHYYDSERRYHRSSPYRERTRYSRPYTDNRARESSDSEDEYKKTYPRRTSAHSYRDLR
TSSSYSKFDRDCKTETSYLEMERRGKYSSKLERESKRTSEHEAIKRCCSPPNELGFRRGS
SYSKHDNNSTSRYKSALSKSISKSDKFKNSFCCTELNEENKQSHSFSLQTPCSKGSELRT
INKIPEREKTGSPSPSNQLNDSPTFKKLDESPILKPEFIGHDSHESIKELELPKMKNDQL
RNFCSIELNVNGSPETETDVATFRTSKPDAISMTSDDSVTGSEVSPLIKGCVLSSNGFQS
VGRCRERDADDACRQHNKSKSPFRETEPLLSPHHDKVMSLPVKTIDYSKTLIKEPVDKRH
SCCKTKDSDRYCSPNESSEAENREISSNCFVNVHLDSKTVVCDNRELTDQHSEFTCDGYK
QSIGSTSSASLNHFDDLYESVGSSGISSLQSLPSGIRCEENTSPALDTVQSKKGIDFLKY
VGKETDVVSALPDSGKAFSSWENRHNMLSGQSLQESQEEGSSTLHERRGRSEVSLDEEEQ
RGHTHISDDSEVVFPYDLNLTMEDSDGVTYTLKCDSSGNAPEIVSTVHGDYSASSASSSD
ESDSEDTESDDSSIPRNRLQSVVVVPKNSTLPMEETSPCSSRSSQSYRHYSDHWEDGLES
RRHAYEEKFESMASKGCSQTEKFFLHKGTERNPETSYSQFSRKIDNHLPEIAHSQSDGVD
STSHTDVKSDSVGHLNSEDAIRAKMSRPQELPVYCDDFEDLPNTSRQQMIFSNRPDSSRL
GKAELSFSSSCDISRMDGLHSSEELRNLGWDFSQQERPTTTYQQPDSSYGTCGTHKYQQS
AEHYGGTHDYWQGNGYWDPRSAGRPPGTGVVYDRIQGQVPDSLTDDREEEENWDQRSGSH
FSSPSNKFFFHQKDKGSVQAPEISSNSIKDSLVINERKDFSKNFEKNDIKERGPPKKRRQ
ELESDSESDGELQARKKVRVEIEQGQSSVPQHSELVGPSCAMDDFRDPQRWKEFAKLGKM
PCYFDLIEENVYLTERKKNKSHRDIKRMQCECTPLSKDERAQGEVACGEDCLNRLLMIEC
SSRCPNGDYCSNRRFQRKQHADVEVILTEKKGWGLRAAKDLPSNTFVLEYCGEVLDHKEF
KARVKEYARNKNIHYYFMALKNDEIIDATQKGNCSRFMNHSCEPNCETQKWTVNGQLRVG
FFTTKLVPSGSELTFDYQFQRYGKEAQKCFCGSANCRGYLGGENRVSIRAAGGKMKKERS
RKKDSVDGELEALMENGEGLSDKNQVLSLSRLMVRIETLEQKLTCLKLIQNTHSQSCLKS
FLERHGLSLLWIWMAELGDGRESNQKLQEEIIKTLEHLPIPTKNMLEESKVLPIIQRWSQ
TKTAVPQLSEGDGYSSENTSRAHTPLNTPDPSAKPSTEVDTDTPKKLIFRRLKIISENSM
DSAVSDVTSELECKDGKEDLDQLETVTVEEDEELQSQQLLPSQLCESKVESESTIDVSKL
PISEPEADTETEPKDSNGTKLEETIAEETPSQDEEEGVSDVESERSQEPPDKTVDISDLA
TKLLDSWKDLKEVYRIPKKSQTEKESTVTERGRDTAAFRDQTAPKTPNRSREREPDKQSQ
NKEKRKRRGSLSPPSSAYERGTKRPDDRYDTPTSKKKVRIKDRNKLSTEERRKLFEQEVA
QREAQKQQQQMQNLGMTSPLPFDSLGYNASHHPFAGYPPGYPMQAYVDPSNPNAGKVLLP
TPSMDPVCSPAPYDHAQPLVGHSTESLAAPPSVPVVPHGAASVEVSSSQYAAQSESVVHQ
DSSVPGMPVQTPGPVQGQNYSVWDSNQQSVSVQPQYSPAQSQATIYYQGQTCSTVYGVTS
PYSQTTPPIVQSYAQPSLQYIQGQQIFTAHPQGVVVQPAAAVTTIVAPGQPQPLQPPEMV
VTNNLLDLPPPSPPKPKTIVLPPNWKTARDPEGKIYYYHVITRQTQWDPPTWESPGDDAS
LEHEAEMDLGTPTYDENPMKTSKKPKTAEADTSSELAKKSKEVFRKEMSQFIVQCLNPYR
KPDCKVGRITTTEDFKHLARKLTHGVMNKELKYCKNPEDLECNENVKHKTKEYIKKYMQK
FGAVYKPKEDTELE

NT seq 6885 nt +upstreamnt +downstreamnt
atgaaaagtgtaccagaatctttagagttggatatgaagcaagatattgtatctaacagt
ttggaagaacacacaaatcaaactttgaaggaacaagcagataatgccctgcaaaaagaa
gattcccatattgggaaggaagaagaggtttcagatggctctaagataagcctcagttct
aaaaaagcaagttctaagaagaaatcttcacaatttgaaggtacatttcttggttcagaa
tctgatgaagattctgtacggacttcctccagtcaaagatcacatgatttaaaatcttca
acaagcattgagaaagaaagagattttaagaagagctcagcaccttcaaaaagtgaggat
ttgggaaaatcatcaagatctaaaacagagagagatgataaatactttagctactcaaaa
cttgaaagagacactcggtatgtatctactcgatgtaggtctgaaagagatcgaaggcga
agccgatctcgttctagatctgacagagtctctagaactagtttgtcttattctcggtca
gaaagatctcattattatgattctgaacgccgttaccataggagttccccttatcgtgag
aggacacgctattctcggccatatacagataacagggcacgggagagctcagactctgaa
gacgagtataagaagacatatccaaggcgtacctcagcccactcctacagagacctaagg
acatcatcatcttactctaaatttgatcgggactgtaaaactgagacctcttacttagaa
atggagagaagaggaaagtattcttcaaaactagaaagagaatccaaacggacttcagag
catgaagccataaaaagatgttgttctcccccaaatgaattgggattccgacggggatca
tcatattccaagcatgataacaacagtacttcccgttataaatctgccctttcaaaatct
atatctaagtctgataaatttaaaaattctttctgttgtacagaattaaatgaggaaaac
aaacaatctcattcttttagtttgcagacgccttgttcaaaaggtagtgaattaagaaca
attaataaaattcctgaaagagaaaagactgggtctccatctccatcaaatcaattaaat
gattcacctacttttaaaaagctagatgaatctcctattcttaagcctgaatttatagga
catgatagccatgagagtattaaagaattggagttaccaaaaatgaaaaatgatcaattg
agaaatttttgttccattgaattaaatgtaaacggatctccagagacagaaactgatgtg
gcaacatttcgaacttctaaaccagatgctatctcaatgacttctgatgatagtgtgact
ggatcagaggtatcccctttgatcaagggttgcgtgctttcatcaaatggatttcagagt
gttggtagatgcagagaaagggatgcagatgatgcttgtaggcagcataataaatcaaaa
agtccatttagggaaacggaacctttgttgtcaccacaccatgataaagtcatgtctttg
ccagttaagactatagattattccaaaacgttaattaaagagccagttgataagagacat
tcttgctgcaaaaccaaagattcagatagatactgttctccaaatgaaagctctgaagct
gaaaatagggagatttcttcaaattgctttgtgaatgtgcatttggattccaaaacagtt
gtctgtgataatagggagctgacagaccagcactcagaatttacgtgtgacggatataag
cagagcattggtagcactagctcggcctctcttaaccattttgatgacttgtatgagtct
gtagggagttcaggtatttcatctctccagagtcttccatcaggaataagatgtgaagag
aacacgtctccagctctagacacagtgcagagtaaaaaaggtatagattttttaaagtat
gtagggaaagagacagatgttgttagtgcccttcccgattcaggaaaagcattttcttct
tgggaaaacaggcataatatgttgtctgggcagtctttgcaagagtctcaagaagaaggg
agttccacattgcatgagagaagaggaagatcagaagtctccttagatgaggaagaacaa
aggggtcatacacatatttctgatgattcggaagttgtatttccttatgatttgaactta
accatggaagacagtgatggtgtaacttacaccttaaaatgtgacagcagtggtaatgct
cccgagattgtatcaactgtccatggagattactctgcgtcttctgcaagttcaagcgat
gagagtgattcagaagatacagagtctgatgacagcagtattccgagaaaccgtctccag
tctgttgtggttgtgccaaagaattctactttgcccatggaagagacaagtccctgctct
tctcggagcagtcagagctacagacattattccgaccactgggaggatgggttagagtcg
aggagacatgcgtatgaggaaaagtttgagagtatggcaagtaaaggctgttcccaaact
gaaaagttctttcttcataaaggaacagagaggaatccagaaacatcttattcacaattc
agcaggaagatagataatcacctgcctgaaattgctcattctcagagtgatggggttgat
agtacaagtcatacagacgtgaagtctgactctgtaggtcacctgaattcagaagacgca
ataagagccaaaatgtccaggccacaagagctcccagtctattgtgatgactttgaagac
ctcccaaatacgtctcggcagcagatgattttctccaatcggccagatagtagtagacta
ggaaaagccgagctgagtttttcttcctcttgtgacatttcccgaatggatggcttgcac
tcatcagaagagctcagaaacctagggtgggacttttcccaacaagaaaggcccaccacc
acataccagcagcctgacagcagctatggaacttgtggtacacacaagtatcaacagagt
gccgagcattacggtgggacccatgattactggcaaggcaatggctattgggatccaagg
tcagcaggtagacctccaggaactggggttgtttatgatcgaatccaagggcaagtacca
gattctctaacagatgatcgtgaagaagaggaaaattgggatcaacgaagtggatcacat
ttttcaagcccatccaataaatttttcttccatcagaaggacaagggatcagtgcaagca
ccagaaataagcagcaattcaattaaagactctttagttataaacgaaaggaaagatttt
tcaaaaaacttcgaaaaaaatgatataaaagagcgaggacctcctaaaaaacgaaggcaa
gaattggagagtgattctgaaagtgatggtgagctacaggctagaaagaaagttagagtg
gagatagaacagggacagtcgtctgtgccccagcactcagagctggtggggccttcgtgt
gctatggatgacttcagggacccgcagcggtggaaagagtttgccaagctggggaagatg
ccttgttactttgatctgattgaagaaaatgtttatttaacagaaaggaagaagaacaaa
tcccatcgggatattaagcggatgcagtgtgagtgcacacctctttctaaagatgaacga
gctcaaggtgaagttgcctgtggagaggattgccttaatcgtctcctcatgattgaatgt
tcctctcgatgtccaaatggagattattgttcgaacagacggtttcagagaaaacagcac
gcagatgtagaagtcatacttacagaaaagaaaggctggggcttaagggccgccaaggat
cttccttcgaacacctttgtcctggaatactgcggagaggtacttgatcataaagagttt
aaagctcgggtgaaggaatatgcgcggaacaaaaacatccactactatttcatggccctg
aagaatgatgagataatagatgccactcagaaagggaactgctctcgttttatgaatcat
agctgtgaaccaaactgtgaaacccaaaaatggactgtgaatggacagctgagggttgga
ttttttaccaccaaattagttccttcaggctcagaattaacgtttgattaccagttccaa
cgatatggcaaggaggctcagaagtgtttctgtggatcagcgaactgtcggggttacttg
ggaggagaaaacagagtcagtatcagagctgcaggggggaagatgaaaaaggaacgctct
cgaaagaaggattcagtggatggagaacttgaagcactgatggaaaatggtgaaggcctc
tctgataagaaccaagttcttagtttatcccggctcatggttagaatcgaaactttggaa
cagaagcttacctgtctcaagcttattcagaacacacactcacagtcctgtctcaagtca
tttctggaacggcatgggttgtcactgttgtggatctggatggcagagctcggcgatggc
cgggaaagtaaccagaagcttcaggaagagattataaagactttggagcatttgcccatt
cctactaaaaatatgttggaagaaagcaaagtacttccaattattcaacgctggtctcag
actaagactgctgttcctcagttaagtgaaggagacgggtattctagtgagaatacatca
cgtgctcacacaccgcttaatacaccggacccttctgccaagccgagcacagaggtggat
acagatactcccaagaaactcatatttcgcagactaaagattataagtgaaaatagcatg
gacagtgcagtctcagacgtcaccagtgagctagaatgcaaggatggcaaagaggacctg
gatcagttagagactgtcactgtggaggaagatgaagaactgcagtcccaacagctcctg
ccatcacaactctgcgagtccaaagttgagagtgaaagcaccatcgacgtcagtaaatta
cccatatctgaaccggaggctgacactgagaccgagcccaaagacagcaatggcacaaaa
ctagaagaaactattgccgaggaaacaccatcccaagatgaggaagagggtgtgtctgat
gttgagagtgagagaagccaggaaccaccagataaaacagtggatataagtgatttggct
accaagctactagacagttggaaagatctaaaggaggtatatcgaattccaaagaaaagt
caaaccgaaaaggagagcacagtaactgaacgagggagggacactgctgccttcagagat
caaacagctccaaagacccctaacaggtcgagagagagagagccagacaagcagtctcaa
aataaagagaaaaggaaacgccggggctcgctgtcaccaccttcttctgcgtatgaacgg
ggaacaaaaaggccagatgacaggtatgatacaccaacttctaaaaagaaagtacgaatt
aaagaccgaaacaaactttctacagaggagcgcaggaagttgtttgaacaagaggtagca
caaagggaggctcagaagcaacagcaacagatgcagaacttggggatgacatcaccacta
ccctttgactctctgggttataatgcctctcatcacccctttgctgggtacccaccaggt
tatcccatgcaagcctatgtggatcccagcaaccctaatgctggaaaggtgcttctgcct
acacctagcatggaccctgtgtgctcccctgcgccttatgatcacgctcagcccttggta
ggacattctacagagtctcttgctgcccctccgtctgtgccagtggtaccacacggggca
gcctccgtggaagtttctagttcacagtatgcagctcagagtgaaagtgtggtgcatcaa
gactccagtgtccctggaatgccagtacaaactccaggcccagtccaaggacagaattac
agtgtctgggattcaaaccaacagtctgtcagtgtacagccccagtattctcctgcccaa
tctcaagcaaccatatattaccaaggacagacatgttcaactgtctacggtgtgacctct
ccttattcacagacaactcctccaattgtgcagagttatgcccagccaagtcttcagtat
atccagggacagcagattttcacagctcacccacaaggagtggtggtacagccagctgca
gccgtgactacaatagttgcaccagggcagcctcagcccttacagccacctgaaatggtt
gtaacaaataatctactggatctgccaccgccctcccctccaaaaccaaaaacgattgtt
ttacctcccaactggaagacagcccgagatcctgaagggaagatctattactaccacgta
atcacgagacagactcagtgggatcctcctacctgggaaagcccaggagatgatgccagc
cttgagcatgaagctgagatggacctgggaaccccaacctatgatgaaaaccccatgaag
acatcaaaaaagcccaagacagcagaagcagacacctccagtgagctggcaaagaaaagc
aaagaagtattcagaaaagagatgtctcagttcattgtccagtgcctgaatccttaccgg
aaacctgactgcaaggtggggaggatcacgacgactgaagatttcaagcacctcgcgcga
aagctgactcatggagtcatgaacaaggagctgaagtactgtaagaaccctgaggacctg
gagtgcaacgagaatgtgaaacacaaaaccaaggagtacatcaagaagtacatgcagaag
tttggggctgtttacaaacctaaagaggacactgaactagagtga

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 (7)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   UniGene (1)   
   ENSEMBL-RNO (1)   
   OC (1)   
   RGD (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (25)   

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