KEGG   Glycine soja (wild soybean): 114379448
Entry
114379448         CDS       T06057                                 
Name
(RefSeq) histone-lysine N-methyltransferase ATXR3-like
  KO
K22748  [histone H3]-lysine4 N-trimethyltransferase ATXR3 [EC:2.1.1.354]
Organism
gsj  Glycine soja (wild soybean)
Pathway
gsj00310  Lysine degradation
gsj01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:gsj00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    114379448
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:gsj03036]
    114379448
Enzymes [BR:gsj01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     114379448
Chromosome and associated proteins [BR:gsj03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     114379448
SSDB
Motif
Pfam: SDG2_C SET GYF_2 Choline_bind_1
Other DBs
NCBI-GeneID: 114379448
NCBI-ProteinID: XP_028193910
Position
12:9124603..9142310
AA seq 2394 aa
MGDGGVACMPLQQQHVIERLPNAAAEKALCGGKSGNGFDSGLLKVAGKRKKKVKVKKKVS
PAAKKVVKSELTVDGVGSRGGNDVESGEVCGEMDEVEEGELGTLGCELENGEFVPEKPVM
LMRRSEIENGEIVSERWKKGEVERGEFVSGKWRKEEDVEKGEIVPEKGRKGETEKWEYGS
WRGGMKDDIEKGEFIPDRWHRGDMGRDDYGYARIRRYQPGRDKGWKNEREHTPPSGRYYT
GDEHFRKKELNRSGSQHAKSAPRWESGQERNIRISSKIVDEEKNEHSNSRTHMRDYSSGN
RLKRHGNESEGCERKNYGDYAGSKSRRLSDDSPRLAYSEHYSRLSVERSYRNSSSKSSAD
KYSSRHHESLPTRSVYDKHGRSPGNSERSPHDRARYYDHKDRTPVRPSPYSCDRSPYSSE
KSPHGRERSPYNRNWDRSRHHDHKMRSPTHAERSPQDRGRHHDRRDPTPNLIEQSPHDRT
RSNMHREINSKISSSEKHNSQHSCKDYEDKHVQKEANLSDVESQGERNVHNASKSFEIDV
CSEPEKEQQSSNPTVSCKGSPCLEPLPEELASMEEDMDICDTPPHVPVVVDSSSGKWFYL
DYNGVEHGPSKLSDIKVLVDDGVLMSDHFIKHIDSDRWLTVENAVSPVTAQSFLSVVSET
ITQLVNPPEAPGNLLADTGDILQSGPENYLGIPTPILQPMLCSEDSGIASVLLEDLHIDE
RVGVLLEGYDVIPGREFEAIKESLQMNFEYAKWEGLEECEGFPGHDTCLRMEHDSRIDSS
REYESQVSIPSGKENGFTLGVPGDWFSAQWSCKGGDWKRNDDAQDRYCNKKLVLNDGFSL
CQMPKSGCEDPRWTRKDDLYYPSHSRRLDLPVWAFCTDERGDCSTLSKPVQTKLASVRGV
KGNILSVVRINACVVKDQGSLVSESCHKTRSKDRYPSRSTWSFSSTSYSKRSSTEEDSQS
KASNDQGSLGSCRSMEFINIPKDYCRTVHDLQLHSGNWYYLDGSGRERGPSSFSELQRLV
DQGIVKKYSSVFRKCDKLWVPVTSSAETYDFDVSLRSHQESSTLSGECSGLPSKQIHGAS
VGEHDSKSNLFNSLQPQFVGYTRGKLHELVMRSYKSREFAAVINEVLDPWINTRQPKKET
EKQTYWKSEGDGHASKRARMLVDYSEEDSDFEDGSLPNWKDESTFEALCGDATFSGEGSD
ITDPNVGSWGLLDGCMLSRVFHCLRSDLKSLAFASMTCKHWRATVRFYKKVSRHVNLSSL
GHSCTDSIMWNILNAYEKDKIESIVLIGCTNITAGMLEKILLLFPGLSTVDIRGCSQFGE
LTLKFTNVKWIKSHSSHITKIASESHKIRSVKQFAEQTSSVSKVSILGIRDDFGELKDYF
DSVDKRDTAKQLFRQNLYKRSKLYDARNSSSILSRDARTRRWSIKKSESGYKRMEQFLAS
RLREIMKANSCDFFMPKVAEIEAKMKNGYYSGHGLSYVKEDISRMCRDAIKAKTRGDGGD
MNHVITLFIQLARRLEENSKYVNSRDALMKLWGNDPPSSLCSTSSKYKKSKENRLLSERK
HRNNETHGGLDNGEYASDREIRRRLSKLNKKYFNSESETSDDFDRSSEDGKSDSDTTTTD
TESDQDVHSESRIGDSRGDGYFTPDDGLHFITDEREWGARMTKASLVPPVTRKYDVIDQY
IIVADEEDVRRKMRVSLPDDYAEKLSAQKNGIEESDMELPEVKDYKPRKQLENEVVEQEV
YGIDPYTHNLLLDSMPKELDWSLQEKHLFIEDKLLRMLNKQVKHFTGTGNTPMSYPLQPA
IEEIERYAEEHCDARTVRMCQGILKAIKSRSDDKYVAYRKGLGVVCNKEEGFGEDDFVVE
FLGEVYPVWKWFEKQDGIRSLQKNSDDPAPEFYNIYLERPKGDADGYDLVVVDAMHKANY
ASRICHSCRPNCEAKVTAVDGHYQIGIYSVREIQHGEEITFDYNSVTESKEEYEASVCLC
GSQVCRGSYLNLTGEGAFEKVLKEWHGILDRHYLMLEACELNSVSEEDYNDLGRAGLGSC
LLGGLPDWLVSYAARLVRFINFERTKLPEEILKHNLEEKRKYFSDICLEVERSDAEVQAE
GVYNQRLQNLAVTLDKVRYVMRCIFGDPLKAPPPLEKLSPEAVVSFLWKGEDSFVEELLQ
CLAPYVEESTLNDLKSKIHAHDPSSSGDIQKAVQKSLLWLRDEVRNLPCTYKCRHDAAAD
LIHIYAYTKYFFRIQDYQTITSPPVYISPLDLGPKYADKLGAGFQEYRKIYGENYCLGQL
IFWHNQSNAEPDCTLARISRGCLSLPDISSFYAKAQKPSRHRVYGPRTVRSMLARMEKQP
QKPWPKDRIWSFKNSPKYFGSPMLDAVINNSPLDREMVHWLKHRPAIFQALWDQ
NT seq 7185 nt   +upstreamnt  +downstreamnt
atgggagatggaggcgtggcatgtatgcctctgcagcagcagcatgttattgagaggttg
ccgaatgcggcggcggagaaggcgctctgcggaggcaagagtgggaacgggttcgattct
gggttgctcaaggtagctggcaagaggaagaagaaggtaaaggtgaagaagaaagtgtcg
cctgcggcaaagaaggtggtgaagagtgaattgacagtggacggagtgggcagcaggggt
gggaatgatgttgagagtggggaagtgtgcggggagatggatgaagtggaagagggtgag
ctggggaccttggggtgtgagctggagaatggagagtttgtaccagagaagccggtgatg
ctgatgcggagaagtgaaattgagaatggggagattgtcagtgagagatggaagaaaggg
gaggtggaaaggggggagtttgtttcaggaaaatggagaaaggaggaggatgtggagaaa
ggggagatagttcctgagaagggtaggaaaggagaaactgagaaatgggaatatgggtcg
tggagaggtggaatgaaggatgatattgagaagggagaattcattccagataggtggcat
aggggagacatggggagggatgattatggctatgctagaatccgcaggtaccagccaggt
agggataaaggctggaaaaatgaacgggagcatacaccaccttctgggagatattataca
ggtgatgagcattttagaaagaaggaattgaatagaagtggaagtcagcatgctaaaagt
gctcccaggtgggagagtggacaagagagaaatataaggatcagttcaaagattgtggac
gaggagaaaaatgaacacagtaatagtaggacccatatgcgggattactcttctggaaat
cggttgaaaaggcatggtaatgaatcagaaggctgtgagcggaagaactatggagattat
gccggctcaaaaagtcggaggctttctgatgatagtccccgccttgcttattctgagcac
tattctcgcctctccgtggaaagatcttatagaaatagttcttctaaatcatcagcagac
aagtattcttccaggcatcatgagtctttgcctaccagatcagtttatgacaagcatgga
cgaagccctggtaattctgagcgatccccacatgaccgagccaggtattatgatcataaa
gatcgcactccagtgcgtccttcaccctacagttgtgacagatctccatatagcagtgag
aaatccccacatggtcgggagagatccccatataataggaattgggatagaagtcgtcac
catgatcataaaatgagaagtcctactcatgctgagcggtccccacaagatcgaggtcga
catcatgatcggagggaccccactccaaatttaatagagcaatccccacatgatcgaact
aggtcaaacatgcatcgagaaataaatagtaaaatctcatcaagtgaaaaacataactca
caacatagttgtaaggattatgaagataagcatgtccaaaaggaggcaaatctttctgat
gtagaatctcaaggtgaaagaaatgtgcataatgccagtaagtcttttgagatagatgtc
tgcagtgaacctgaaaaggaacaacaatcctctaatccaactgtaagctgcaaaggctct
ccttgcttggagccattacccgaggagctagcttctatggaagaagatatggacatatgt
gacactcctccacatgtccctgtggtggtggattcgtcatctggcaaatggttttacctt
gattataacggtgtagaacatgggccttctaagttatctgacatcaaggtccttgttgat
gatggtgtacttatgtcagatcactttattaagcacatagatagtgacaggtggctaact
gttgaaaatgcagtatcccctgtgacagctcagagttttctatcagttgtgtcagaaacc
ataacccagttggtaaaccctccagaagcccctggtaatcttttggctgatactggagat
attcttcaatctggtcctgagaattatctgggaatcccgacgcctattctgcagccaatg
ttatgctctgaagacagtgggattgcatctgtattgttggaggacctccacattgatgaa
agggttggagttctgttagagggttatgatgtcattccaggaagggaatttgaggcaata
aaagaatctttgcaaatgaattttgaatatgcaaaatgggagggattggaggagtgtgaa
ggttttcctggccatgatacttgcctgaggatggaacatgattcaagaattgattcatct
agagaatatgagtctcaagtaagtataccctctggcaaggaaaatggatttacccttggt
gttcctggtgactggttttctgctcaatggtcatgcaaaggtggtgattggaagaggaac
gatgatgcccaagatagatattgtaataaaaaacttgtccttaatgatgggttttcacta
tgtcaaatgcctaaatctggatgtgaagatcctcgttggactcgaaaagatgacttgtat
tatccttctcatagcaggaggcttgatcttcctgtttgggctttttgtactgatgagagg
ggtgattgcagtactttgagcaaacctgttcaaaccaagcttgcttctgttagaggagtg
aaaggaaatattctttcagtggtaaggataaatgcatgtgtagttaaggaccagggatca
ttggtctctgagtcatgccacaagacccgaagcaaggataggtatccttcaaggtcaact
tggtctttctcttcaaccagttatagcaagagatcctcaactgaagaagattctcagtca
aaagcttctaatgatcaaggttctctaggctcttgcaggagcatggaatttattaatatt
cctaaagactattgtcgtactgtccatgacttacaattacattcaggcaactggtattat
cttgatggttctgggcgtgaaagagggccttcatcattttcagagctacagcgtttagta
gaccaaggaattgtaaaaaagtatagcagtgtgttcaggaaatgtgataaactctgggtt
cccgttacctcttctgctgaaacatatgatttcgatgttagtctacgaagtcatcaagaa
agtagtacattgtctggtgaatgttctggactaccatcaaagcaaattcatggtgcttct
gttggtgagcatgactcaaagtcaaatttgtttaacagcttacagcctcagtttgttggt
tatactcgtgggaagctacatgaattagtaatgagatcatataagagccgagaattcgcc
gctgttataaatgaggttttagatccctggattaatacaagacagccaaagaaagaaact
gagaaacaaacatattggaaatctgaaggcgatggacatgcttccaaaagagctaggatg
ctggttgattatagtgaagaagatagtgattttgaagatggcagcctgccaaattggaaa
gatgaatccacttttgaggctttatgtggtgatgctacattctctggggaaggaagtgac
attactgatcccaatgttggaagctggggtttattagatggttgtatgttgtcacgagtt
ttccactgtttaaggtctgatttgaaatcacttgcctttgcatcaatgacttgcaagcat
tggagagctactgtaaggttttacaaaaaggtctcaaggcatgttaatttgtcatccttg
ggtcattcttgcactgattccataatgtggaacattttgaatgcctatgaaaaagacaag
atagaatctattgttctaattggttgcaccaatattactgctggcatgcttgagaaaatt
cttcttttgtttcctggtttatctacagtagacattagagggtgcagccagtttggagag
ctgactctgaaatttaccaatgtgaaatggatcaagagccatagttcacatataaccaaa
attgcatcagagtcacataaaatcagaagtgttaaacaatttgctgagcaaacttcatct
gtttctaaggtcagcattttgggtattagggatgattttggtgagctgaaggactatttt
gatagtgtggataagagagacacagcgaagcaattattccgtcaaaacttgtacaagcgg
tcaaaattatatgatgctcggaactcctcgtctattctctctagagatgctcgtacaaga
cgatggtcaattaagaaatctgaaagtggttacaagaggatggaacaatttcttgcttca
agactgagggaaattatgaaggcaaactcctgtgacttttttatgcccaaggttgcagaa
attgaggctaaaatgaaaaatggttattacagtgggcatgggttgagctatgtcaaggag
gacatcagtagaatgtgccgggatgcaataaaagcaaagactcggggtgatggtggtgat
atgaatcatgttatcacattatttattcagcttgcaagacggttggaggagaattccaag
tatgtgaatagcagagatgcactaatgaagttgtggggaaatgatcccccatcgtcttta
tgttctacttcctctaagtacaagaagagtaaggagaatagattgttatctgagaggaag
cataggaataatgaaacacatggtggtttggataatggagaatatgcttctgatagagaa
atcaggaggcgtttatcaaagttgaataagaaatatttcaactcggagagtgagacatct
gatgactttgatagatcttctgaagatggcaagagtgatagtgatactaccaccactgac
actgaaagcgaccaagatgtccattcagaaagtcgaattggggactcgagaggagatggg
tatttcacacctgatgatgggttgcatttcattactgatgagcgtgaatggggggctcgc
atgacgaaagcaagtttggttcctcctgttactcggaagtatgatgtcattgatcaatat
atcattgtagctgatgaagaggatgtgcgaaggaagatgcgggtttcattaccagatgac
tatgcagagaagctgagtgcgcaaaagaatggcattgaggagtctgacatggaactgcct
gaagtcaaggattacaaacctagaaaacagcttgaaaatgaggttgttgagcaagaagtt
tatggcattgatccctatacccacaatcttttactggattctatgccaaaggagttggat
tggtctctacaagagaaacatttgtttatagaagacaagctccttcggatgttgaataag
caagttaagcattttactggaactggaaacactccaatgagctaccctttgcagcctgct
attgaagaaattgaaaggtatgcagaggagcactgtgatgcgaggacagtaagaatgtgt
caaggtatattaaaagccataaaaagtcgttcggatgacaaatatgtagcttacagaaag
gggcttggtgttgtttgcaacaaggaagaaggctttggtgaagatgattttgttgtggag
tttttaggagaggtctatcctgtgtggaagtggtttgagaaacaagatgggattcgatct
ctgcagaagaatagtgatgatccagcaccggagttctataacatctaccttgaaaggcca
aagggtgatgctgatgggtatgacttagttgtcgtcgatgccatgcataaggctaactat
gccagtcggatatgtcattcatgccgaccgaattgtgaagcaaaagttactgctgttgat
ggtcattatcaaattggtatttatagtgttcgtgaaatccaacatggtgaggagatcact
tttgattacaattctgttacagagagcaaggaggaatatgaagcttcagtttgtttgtgt
ggaagccaagtttgccgtgggagctatctgaatctaactggcgaaggggctttcgaaaag
gtactgaaggagtggcatggaattcttgatcgtcattatttgatgctagaagcttgtgaa
ttaaactctgtttctgaagaggactataatgacctgggaagagctggtttaggcagttgt
ttgcttggaggcctgccagattggctagtttcctatgcagctcgccttgtgagatttatc
aattttgaacgaactaaacttcctgaggaaattttaaagcataatcttgaagagaaaaga
aaatatttttcagatatctgtcttgaagttgaaaggagtgatgcagaggttcaggctgaa
ggtgtatacaatcagaggcttcaaaatcttgctgtcactcttgataaggtaaggtatgtt
atgcgatgtatttttggtgatccactgaaagctccacctcctcttgagaagctcagtcct
gaagcagttgtttccttcctctggaaaggagaggattcatttgttgaagagcttcttcag
tgcctggccccttatgttgaagagtctacattgaatgatcttaagtccaaaattcatgct
catgatccttcaagttctggagatattcaaaaggcagttcaaaaatctcttttgtggttg
agggatgaggttcgaaaccttccttgtacatacaaatgccggcatgatgctgctgctgac
ttaattcatatttatgcttataccaagtacttctttagaatacaggattatcaaactata
acatcaccacccgtctatattagtccacttgacttaggtcccaagtatgctgacaaattg
ggagcaggatttcaggagtatcgaaagatatacggtgaaaattattgtttagggcaactg
attttttggcataatcagagtaacgcggagccagattgcaccctggctagaataagcagg
ggttgcttgtcattaccagacatcagttccttttatgccaaagctcagaagccttcacga
catcgtgtttatggtccaaggactgtcagatctatgctggcaaggatggagaagcagccc
caaaaaccttggcccaaagatcggatttggtcattcaaaaattctccgaaatattttggc
agcccaatgttagacgctgtaattaataactctccacttgacagagagatggttcattgg
ttgaagcacagacctgcaatattccaggccttgtgggaccagtga

  All links  
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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (25)   

Download RDF
DBGET integrated database retrieval system