KEGG   Arabidopsis thaliana (thale cress): AT4G15180
Entry
AT4G15180         CDS       T00041                                 
Symbol
SDG2
Name
(RefSeq) SET domain protein 2
  KO
K22748  [histone H3]-lysine4 N-trimethyltransferase ATXR3 [EC:2.1.1.354]
Organism
ath  Arabidopsis thaliana (thale cress)
Pathway
ath00310  Lysine degradation
ath01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:ath00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    AT4G15180 (SDG2)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:ath03036]
    AT4G15180 (SDG2)
Enzymes [BR:ath01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     AT4G15180 (SDG2)
Chromosome and associated proteins [BR:ath03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     AT4G15180 (SDG2)
SSDB
Motif
Pfam: SDG2_C SET GYF_2 GYF
Other DBs
NCBI-GeneID: 827183
NCBI-ProteinID: NP_193253
TAIR: AT4G15180
UniProt: O23372
Position
4:8651406..8662587
AA seq 2335 aa
MSDGGVACMPLLNIMEKLPIVEKTTLCGGNESKTAATTENGHTSIATKVPESQPANKPSA
SSQPVKKKRIVKVIRKVVKRRPKQPQKQADEQLKDQPPSQVVQLPAESQLQIKEQDKKSE
FKGGTSGVKEVENGGDSGFKDEVEEGELGTLKLHEDLENGEISPVKSLQKSEIEKGEIVG
ESWKKDEPTKGEFSHLKYHKGYVERRDFSADKNWKGGKEEREFRSWRDPSDEIEKGEFIP
DRWQKMDTGKDDHSYIRSRRNGVDREKTWKYEYEYERTPPGGRFVNEDIYHQREFRSGLD
RTTRISSKIVIEENLHKNEYNNSSNFVKEYSSTGNRLKRHGAEPDSIERKHSYADYGDYG
SSKCRKLSDDCSRSLHSDHYSQHSAERLYRDSYPSKNSSLEKYPRKHQDASFPAKAFSDK
HGHSPSRSDWSPHDRSRYHENRDRSPYARERSPYIFEKSSHARKRSPRDRRHHDYRRSPS
YSEWSPHDRSRPSDRRDYIPNFMEDTQSDRNRRNGHREISRKSGVRERRDCQTGTELEIK
HKYKESNGKESTSSSKELQGKNILYNNSLLVEKNSVCDSSKIPVPCATGKEPVQVGEAPT
EELPSMEVDMDICDTPPHEPMASDSSLGKWFYLDYYGTEHGPARLSDLKALMEQGILFSD
HMIKHSDNNRWLVNPPEAPGNLLEDIADTTEAVCIEQGAGDSLPELVSVRTLPDGKEIFV
ENREDFQIDMRVENLLDGRTITPGREFETLGEALKVNVEFEETRRCVTSEGVVGMFRPMK
RAIEEFKSDDAYGSESDEIGSWFSGRWSCKGGDWIRQDEASQDRYYKKKIVLNDGFPLCL
MQKSGHEDPRWHHKDDLYYPLSSSRLELPLWAFSVVDERNQTRGVKASLLSVVRLNSLVV
NDQVPPIPDPRAKVRSKERCPSRPARPSPASSDSKRESVESHSQSTASTGQDSQGLWKTD
TSVNTPRDRLCTVDDLQLHIGDWFYTDGAGQEQGPLSFSELQKLVEKGFIKSHSSVFRKS
DKIWVPVTSITKSPETIAMLRGKTPALPSACQGLVVSETQDFKYSEMDTSLNSFHGVHPQ
FLGYFRGKLHQLVMKTFKSRDFSAAINDVVDSWIHARQPKKESEKYMYQSSELNSCYTKR
ARLMAGESGEDSEMEDTQMFQKDELTFEDLCGDLTFNIEGNRSAGTVGIYWGLLDGHALA
RVFHMLRYDVKSLAFASMTCRHWKATINSYKDISRQVDLSSLGPSCTDSRLRSIMNTYNK
EKIDSIILVGCTNVTASMLEEILRLHPRISSVDITGCSQFGDLTVNYKNVSWLRCQNTRS
GELHSRIRSLKQTTDVAKSKGLGGDTDDFGNLKDYFDRVEKRDSANQLFRRSLYKRSKLY
DARRSSAILSRDARIRRWAIKKSEHGYKRVEEFLASSLRGIMKQNTFDFFALKVSQIEEK
MKNGYYVSHGLRSVKEDISRMCREAIKDELMKSWQDGSGLSSATKYNKKLSKTVAEKKYM
SRTSDTFGVNGASDYGEYASDREIKRRLSKLNRKSFSSESDTSSELSDNGKSDNYSSASA
SESESDIRSEGRSQDLRIEKYFTADDSFDSVTEEREWGARMTKASLVPPVTRKYEVIEKY
AIVADEEEVQRKMRVSLPEDYGEKLNAQRNGIEELDMELPEVKEYKPRKLLGDEVLEQEV
YGIDPYTHNLLLDSMPGELDWSLQDKHSFIEDVVLRTLNRQVRLFTGSGSTPMVFPLRPV
IEELKESAREECDIRTMKMCQGVLKEIESRSDDKYVSYRKGLGVVCNKEGGFGEEDFVVE
FLGEVYPVWKWFEKQDGIRSLQENKTDPAPEFYNIYLERPKGDADGYDLVVVDAMHMANY
ASRICHSCRPNCEAKVTAVDGHYQIGIYSVRAIEYGEEITFDYNSVTESKEEYEASVCLC
GSQVCRGSYLNLTGEGAFQKVLKDWHGLLERHRLMLEACVLNSVSEEDYLELGRAGLGSC
LLGGLPDWMIAYSARLVRFINFERTKLPEEILKHNLEEKRKYFSDIHLDVEKSDAEVQAE
GVYNQRLQNLAVTLDKVRYVMRHVFGDPKNAPPPLERLTPEETVSFVWNGDGSLVDELLQ
SLSPHLEEGPLNELRSKIHGHDPSGSADVLKELQRSLLWLRDEIRDLPCTYKCRNDAAAD
LIHIYAYTKCFFKVREYQSFISSPVHISPLDLGAKYADKLGESIKEYRKTYGENYCLGQL
IYWYNQTNTDPDLTLVKATRGCLSLPDVASFYAKAQKPSKHRVYGPKTVKTMVSQMSKQP
QRPWPKDKIWTFKSTPRVFGSPMFDAVLNNSSSLDRELLQWLRNRRHVFQATWDS
NT seq 7008 nt   +upstreamnt  +downstreamnt
atgagcgatgggggtgtcgcatgcatgcctctactgaatatcatggaaaagcttccaatt
gtggagaagacgactctttgtggaggcaatgaaagcaagactgctgctactacggaaaat
ggtcacacatctatcgcaaccaaggttccggagtctcagccagctaataaaccttcagcg
tcgtctcagccagttaagaagaagagaattgttaaggtaattcgtaaagtggttaagagg
agaccaaagcagccgcagaaacaagctgatgagcagctgaaagaccagccaccttcccag
gtagtgcaactccctgcagaatcacagttgcagattaaagagcaggataagaagagtgag
tttaaaggaggaactagtggggttaaagaagtggaaaacggtggagattctgggtttaag
gatgaagtggaagagggtgaattaggtacgttaaagcttcatgaggatttggagaacggt
gaaatctctccagtaaagtcattgcagaagagtgagattgaaaagggcgagattgttggg
gagagttggaagaaagatgaacctaccaagggtgagttcagtcatctaaaatatcataaa
gggtatgtggagagaagggatttttcagcagataagaactggaaaggaggtaaagaagaa
agagaattcagatcatggagagatcccagtgatgaaattgaaaagggggaattcatccca
gacagatggcaaaaaatggatacaggaaaagatgatcatagttatatcagatctcgtagg
aatggagtagacagagagaaaacgtggaaatatgaatatgaatatgaacgtaccccgcca
ggtggaaggtttgtgaatgaggatatctaccaccagagagagttcagaagtgggcttgac
aggactacgaggatcagttctaaaattgttatagaggaaaatttacataagaatgaatac
aacaattccagtaattttgtaaaggagtactcttctactgggaacagattgaagcgacat
ggagctgaaccagatagcattgagcgcaaacattcctatgctgattatggggattatggg
agttctaaatgtagaaaactttcagatgattgttcccgctctcttcactcggaccactac
tcacagcattctgctgagagactgtacagagattcatatccatcaaaaaattcatctctg
gaaaagtatcctagaaagcatcaagacgcatctttccctgccaaggctttttcagacaaa
catggacacagcccttcgcgatctgactggtccccacatgaccggtctaggtaccatgaa
aacagggatagaagtccatatgctcgggagagatcaccatacatctttgagaagtcttca
catgctcgtaaaagatctcctcgtgaccgccgtcaccatgattatagaagaagtccaagt
tactctgagtggtcacctcatgatcgctctaggcctagtgatcgcagggactatattcct
aactttatggaagatacccagagcgatcgtaacaggcgcaatgggcatagggaaataagc
aggaaaagtggagttagggagaggagggattgtcagactggtacggagcttgagattaag
cacaaatataaggaatctaatggaaaagagtcaacctcgtcaagcaaagaattgcaaggt
aaaaacattttgtacaacaatagtctgctggttgagaaaaattccgtctgtgattcatcc
aagattccagttccgtgtgcaacgggaaaagagcctgtgcaagttggtgaagccccaaca
gaagagttgccatcaatggaggtagatatggacatttgtgacacaccacctcacgagcct
atggcgtctgattcatccttggggaagtggttttatcttgattactatggcacagaacat
gggcctgcaaggttatccgatctcaaagctcttatggagcaaggcattctgttctccgat
catatgataaagcattcagataataataggtggctcgtaaatcctcctgaagctcctggt
aatttattagaagacattgcagatactactgaagcagtttgtattgagcaaggagctgga
gattccttgcctgaattagtgtccgtacggaccctaccagatggtaaagaaatttttgta
gagaatcgtgaagatttccagattgatatgagggtcgaaaatctcttggatggtcgtact
atcactcctggcagagaatttgaaacacttggagaagctctgaaggttaatgttgagttt
gaggagaccagaagatgtgtgacatctgaaggagttgttgggatgttccgccccatgaaa
agggcgatcgaagaatttaagtcagacgatgcttatggttccgagagtgatgagataggc
agctggttttcaggtcgttggtcttgcaaaggcggggattggataagacaagatgaagct
tctcaagatagatattacaaaaagaaaattgttctgaatgatggtttcccgttatgcctg
atgcagaaatctggtcatgaggatcctcggtggcatcacaaggatgacttgtattatcct
ctcagtagctctaggcttgaacttcctctgtgggctttttctgttgtagatgagagaaat
cagacgaggggagtaaaagctagtttgctgtccgtagttaggctgaactctttggttgtt
aatgaccaagttccaccaattcctgatcctcgagcaaaagttcgtagtaaggagaggtgc
ccttcaaggcctgctcgtccatcccctgcatctagtgattccaagagggaatcagtagaa
agtcattcccaatcaacagcttccactggtcaagattcacagggactttggaaaaccgac
acatctgtaaacactcctagggatcgtctgtgtacagtcgatgatttgcaattgcatata
ggtgattggttctacacggatggggctggacaagaacaaggacctctgtcattttcggag
ctccagaaattggtggagaaaggtttcattaagagccacagcagtgtcttcaggaaatct
gataaaatctgggtccctgttacttctatcacaaaatctcctgaaaccattgccatgctt
cgggggaaaaccccagctctgccttcagcttgtcaaggccttgttgtctcagagactcaa
gatttcaagtattctgaaatggacacaagtctaaactcgttccatggtgtgcaccctcag
tttcttggttatttccgtgggaaacttcatcaattggttatgaaaacattcaagagtcgg
gatttttctgctgccataaacgatgttgtagactcttggatccatgcaagacagcctaag
aaagagagtgaaaagtacatgtaccaatcatcagaattgaattcttgctatacgaaaaga
gctcgcttgatggctggtgaaagtggagaagattctgaaatggaagatacccaaatgttt
cagaaggatgagttgacatttgaggatttatgtggggacttaaccttcaatatcgaagga
aatagatctgctggcaccgtggggatttactggggtctgttggatggccatgcattagca
cgggtgtttcatatgttgagatatgatgtaaaatcacttgcatttgcttccatgacttgt
agacattggaaggccactattaattcatacaaagatatttcaagacaagttgacttatct
tctttgggtcccagctgcacagattctaggctcaggagtattatgaacacttacaacaag
gagaagatagactctataattctggttggttgtacaaacgtgactgccagcatgcttgag
gaaattcttcgtttacatccccgtatatcttctgtagacatcacaggctgctcccagttt
ggagatttgacagtgaactataaaaacgtaagttggctcagatgccagaatactcgatca
ggtgaattacattccaggataaggagtctgaaacagactacagatgttgctaagtctaag
ggtttagggggcgatacagatgattttggtaaccttaaggattactttgatcgagtagaa
aagcgagactcagccaatcagttattccggagaagcttatacaaacgctcaaaattgtac
gatgcaaggagatcatctgccatactatccagggatgctcgtatcaggcgatgggcaatt
aaaaagtcagaacatgggtataagcgagtggaggaattccttgcttcaagtcttcgaggc
ataatgaagcagaatacttttgacttctttgcattgaaggtttctcagatcgaggaaaaa
atgaaaaatggttactacgttagtcatggtttgagatctgtcaaggaggatatcagccgg
atgtgcagggaagcaattaaagatgaactaatgaaatcatggcaagatggctctgggctc
tcatcagccactaagtacaacaagaagttgagtaaaacagtagctgaaaagaagtacatg
agcaggactagtgacacatttggtgtaaatggtgcttctgactatggagagtatgcatct
gaccgagaaatcaaaaggcgtttgtctaaactgaatcgtaaatcgtttagttcggaaagt
gacacatcttctgaactttctgacaatggcaagagtgacaactatagctcagcttcggct
tcagaaagtgaatcggacatccgttcagaaggtcgatcacaagacttacgcatcgaaaaa
tacttcacagcagacgattcttttgattcggtgaccgaagagcgtgaatggggtgcacgc
atgaccaaagctagtcttgtgccacctgttactaggaaatatgaagtgattgaaaagtat
gcaattgttgcggatgaggaggaagtacaacgaaagatgcgggtttctttgccagaggac
tatggtgagaagcttaatgcacaaagaaatggcattgaagaattagatatggaactgcct
gaagtcaaggagtataaaccaagaaagcttcttggcgatgaggttttagagcaagaggtt
tatggaatcgatccttacacccataacctcttacttgattcaatgcctggagaattggac
tggtcactgcaggataaacattcatttatagaagatgtagtcttacggaccctgaacagg
caagttcggctgttcactggatctggaagcacccctatggtattccctttaaggcctgtg
attgaagagctcaaagagagtgctcgtgaagagtgtgatatacgaacaatgaagatgtgt
caaggcgtcttaaaggaaatagaaagtcgttctgatgataaatatgtttcttatcggaag
ggccttggtgttgtgtgcaacaaagaaggtggttttggagaagaagattttgttgttgaa
tttcttggagaggtttatcctgtttggaagtggtttgagaagcaagatgggatccgttcc
ttacaggaaaacaaaactgatcctgcaccagagttctacaatatatatcttgagagacca
aagggtgatgctgatggatatgatttagtcgttgttgatgccatgcacatggctaactac
gcaagtcgaatttgtcactcttgccgacctaattgtgaagctaaggttactgcggtggat
ggacactaccagattggcatctattcagtacgcgctattgaatatggcgaggagataact
ttcgattataattctgtaactgagagtaaggaagaatatgaagcgtctgtttgcttgtgt
ggtagccaagtatgtcgaggcagctacttgaatctcactggtgaaggtgcatttcagaag
gtgttgaaggattggcatggtctgctggaacgacacagactgatgctggaagcttgtgta
ttgaattcagtttcagaagaagattatcttgagttgggaagagctggactgggaagttgt
ttgcttggtgggttgccagattggatgattgcttattctgctcgtctggtccggttcatc
aatttcgagagaacaaagctacccgaggaaattcttaagcacaatctagaagaaaagaga
aaatacttttcagatatacaccttgatgttgagaaaagtgatgctgaggttcaggctgag
ggtgtctacaatcagaggcttcagaatttggctgttacacttgacaaggtgcgatatgtt
atgagacatgtgtttggggatccaaagaacgctcctcctccgctggagaggcttactcct
gaagaaacagtgtcttttgtttggaacggggatggctctttagttgatgagcttcttcag
agcctgtcaccgcaccttgaagaaggccctcttaatgaactcagatcaaagattcatggc
catgatccatctggatctgctgatgttttaaaggaacttcagagatcgttactttggttg
agagatgagatccgagatctcccatgtacatacaagtgtcggaatgatgctgcagctgat
ttaattcacatatatgcctataccaagtgctttttcaaagttcgggaataccagtccttt
atctcttctcctgtacacattagtccgttagatttgggggctaagtatgctgacaagtta
ggtgagagtataaaggagtaccggaagacttatggcgagaactattgtctcgggcagcta
atttactggtataaccagacaaatactgatccagatcttacattggtgaaagcaaccaga
ggttgcttgtctttacccgatgttgcttccttctatgcaaaggcccagaaaccatcgaag
catcgtgtatatggcccaaagacggtgaaaactatggtttcacagatgtctaagcaacct
caaagaccgtggccaaaggataaaatatggacgttcaaaagcaccccaagagtatttgga
agcccgatgttcgatgccgtccttaataactcatcatcactagatagagaactgttgcag
tggttaagaaatagacggcatgtcttccaagcgacatgggatagttag

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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 (58)   
   KEGG ORTHOLOGY (1)   
   RefGene (51)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   RIKEN BRC-EPD (1)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (82)   

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