KEGG   Prunus persica (peach): 18783386
Entry
18783386          CDS       T03092                                 
Name
(RefSeq) histone-lysine N-methyltransferase ATXR3
  KO
K22748  [histone H3]-lysine4 N-trimethyltransferase ATXR3 [EC:2.1.1.354]
Organism
pper  Prunus persica (peach)
Pathway
pper00310  Lysine degradation
pper01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:pper00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    18783386
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:pper03036]
    18783386
Enzymes [BR:pper01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     18783386
Chromosome and associated proteins [BR:pper03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     18783386
SSDB
Motif
Pfam: SDG2_C SET GYF_2 F-box-like F-box
Other DBs
NCBI-GeneID: 18783386
NCBI-ProteinID: XP_020416287
Position
G3:complement(22286599..22299139)
AA seq 2437 aa
MGDGGVACMPLQHNIMDRFPIQDKTTLCGGKTANNGFNSKPVKKKKIVKVMKPKKKVVKK
PGFSKNVESEGSELGLDKGGNCVSKEAENGENAEEKKEEVEEGELGTLKWPKVEVENGEF
VPEKSRRIEIEKGEIVGEKWRRSEVEKGESFSGKWRRGDIEKGEIVPERTRKGEAEFGSW
RPPKDEIEKGEFIPDRWQKGEVARDDYVHSKMRRYDMGKDKGWKFERERTPPSGKYSNDD
AFRRKEFNRSGSQQSKSTARWETGSERNIRISSKIVDEDGVYKNEYSNGKYYPREYPPVN
RLKRYGTDSSISERKHYGDYGDYPGAKSRRVSDDTNRSAHPEHYSRRSVERSYRNPSSSR
VAADKYPSRHYESTLSSRVVYDRHGRSPGHSERSPRDRVRYYDHRDRSPMRRERSPYVHE
RSPYGREKSPYGREKSPYGRERSPYGRERSPYGRERSPLGQERSPYDRSRQYDHRNRSLS
PQDRPRFHDRRDHSPNYLERSPHDRSRPNNHRETSRKSGATERRSSHYGKRGQEDKLVQK
DPSGKDSYSSAKESQDRSTVPDINGSVETNANCESLKEEPSQIPSVNCKETSQISVAPPE
ELPSMEEDMDICDTPPHVPVVTDSSTGKWFYLDYYGVECGPSKLCELKTLVEEGALMSDH
MVKHSDSDRWVTVENAVSPLVTVNFPSIVSDSITRLVSPPEASGNLLADTGDAGQYDTQS
GKEAAITLLPPGFCADVGITASEPLKDLHIEERVGALMEGLTVIPGRELEAVGEVLQMSF
EHAQREGWGNTEGFTQGHDGEQYDQKTEEPGYSDNKIKEAAEIRLTAPSDKDSGFSCGDS
GDWFSGRWSCKGGDWKRNDEASQERSSRKKLVVNDGFPLCQMPKSGYEDPRWHRKDELYY
PSQSRRLDLPSWAFSCPDEMSDCSGVSRTTQIKTTVIKGVKGTMLPVVRINACVVKDHGS
FVSEPRMKVRGMERYTSRSARSYSAGSDGKRSSGEGDSQLKPVSDRGSQGSLKCITSINI
SKDRVCTVDDLQLHLGDWYYLDGAGHERGPSSFSELQVLVDQGVILNHSSVFRKFDKVWV
PVSSAAETSEATDMNQQEKNITSSDTSGLAPSQSQSAVFDESNTKLSWFHNLHPQFIGYT
CGKLHELVMKSYKSREFAAAINDVLDPWLNAKQPKKELEKHMYWKADVHARIAKRARLLV
DESEEEYDMGEDLQTVAKDESTFEDLCGDTSFNKEESVSYGSEMGSWGLLDGQVLARVFH
FLRLDMKSLALASLTCKHWRAAVRFYKDISRQLDMSSLGPRCTDSMIVNIMSGYGKEKIN
SMVLIGCTNITPHTLEEILGALPCLSTVDIRGCNQLGELVSKFQNLNWIKTRSSHGTKIF
EESHSKLRSLKHITEKSSSVSKSKVLGNDMDDFSELKEYFDSVDKRETANQSFRGSLYKR
SKLFDARRSSSILSRDARMRRLSIKKSEHGYKKMEEFVASSLKDIMKENTFDFFVPKVAE
IQDRMRNGHYIRRGLSSVKEDISRMCRDAIKAKNRGDAGDMNHVITLFIQLATRLEGASK
SSHERDELIKSWEDDKFSGFSSASKYKKKLNKVATEKKYSNRSNGTSFLNGGLDYGEYAS
DREIRRRLSRLNKKSMDSESETSDDLDRSSGGSKSNSESTASDTESDLELRSQSQTGQSR
ADGSFTSDEGFDSMTDDREWGARMTKSSLVPPVTRKYEVIEEYVIVSNEEDVRRKMQVSL
PDDYVEKFNSQKNGIEEADMELPEVKDYKPRKMLGDEVIEQEVYGIDPYSHNLLLDSMPE
ELDWPLSEKHLFIEDVLLCTLNKQVRQYTGSGNTPMIYPLRPVVEEILNAAEENGDVRTM
KMCQGILKAIDSRRDDKYVAYRKGLGVVCNKEGGFGEEDFVVEFLGEVYPVWKWFEKQDG
IRSLQKNNKDPAPEFYNIYLERPKGDADGYDLVVVDAMHKANYASRICHSCRPNCEAKVT
AVDGRYQIGIYTVRGIQYGEEITFDYNSVTESKEEYEASVCLCGSQVCRGSYLNLTGEGA
FQKVLKDWHGILDRHQLMLEACESNSVSEEDYLDLGRAGLGSCLLGGLPDWVIAYSARLV
RFINFERTKLPEEILKHNLEEKRKYFSDICLEVEKSDAEVQAEGVYNQRLQNLAVTLDKV
RYVMRCVFGNPKNAPPPLERLSPEAAVSFLWKGEGSLVQELLQSMAPHVEEHLLNDLKTK
MLAHDPSSSDDIWNELKKSLLWLRDEVRNLPCTYKSRHDAAADLIHIYAYTRCFIRIREY
KTVTSPPVYISPLDLGPKYTDKLGSSFQEYCKTYGENYCLGQLIFWYNQTSAEPDCSLAR
ASRGCLSLPDFGSFYAKVQKPSRQRVYGPRTVKFMLTRMEKQPQRPWPKDRIWCFNSSPK
VFGSPMLDAVVNNSQLDREMVHWLKHRPAIYQAMWDR
NT seq 7314 nt   +upstreamnt  +downstreamnt
atgggcgatggaggcgtcgcatgcatgcctttgcagcataatatcatggacaggtttcca
attcaggacaagactacgctttgcggaggcaagactgctaacaatggcttcaattccaag
ccggttaagaagaagaagatagtgaaggtaatgaagcccaagaagaaagtcgtcaagaag
cccgggttttctaagaacgtagaatctgaaggaagcgaattgggattggataaaggtggt
aactgtgtttcaaaagaagctgagaatggtgaaaatgctgaggaaaagaaggaggaagtg
gaagagggtgaattggggactttgaagtggcccaaagtggaagtggagaatggtgaattc
gtgccagagaaatcgagaagaattgagattgagaagggagagattgttggtgagaaatgg
aggagaagtgaggtggagaaaggagagtccttttctgggaaatggcgaagaggggacata
gaaaaaggagagatagttccggagaggaccagaaaaggggaagctgaattcgggtcgtgg
agaccacccaaggatgaaattgagaaaggtgagttcattccagatagatggcagaaaggg
gaagtggccagagatgactacgttcacagtaaaatgcgtaggtatgatatgggtaaggac
aaaggctggaaatttgagcgtgagaggacgccaccttctgggaagtattcaaacgatgat
gcttttagaaggaaagaatttaatagaagtggaagtcagcagagcaagagtacggccagg
tgggagactggttcagagaggaatataaggatcagttcaaaaattgttgatgaggacgga
gtgtacaaaaatgagtacagcaatggtaagtactaccccagggagtaccctcctgttaat
cggttaaaaaggtatggtaccgattcaagtatcagtgagcgcaagcactatggagactat
ggggattatccaggtgcaaaaagtcgcagggtttctgatgacaccaatcgctctgcccac
cctgagcattattcacgccgttctgtggagaggtcttatcggaatccttcttcgtcaaga
gttgcagcagacaagtacccctccaggcattatgaatctactttgtcttccagagtggtt
tatgacaggcatgggagaagtccaggtcattctgagcggtccccacgtgaccgggtccgg
tattatgatcaccgggataggagtccaatgcgccgggaaagatctccatatgtccatgag
aggtccccatatggtcgtgagaaatcaccatatggtcgtgagaaatcgccatatggtcgt
gagagatcaccgtatggacgtgagagatcaccatatggtcgtgagagatctccacttggc
caggaaagatctccatatgataggagtcgtcagtatgatcatagaaaccgcagtctgtct
ccacaagatcgacctcgattccatgaccgcagggatcactctccaaactatttggagcgg
tccccacatgatcggagtaggcctaataatcatcgagagacaagtcggaaaagtggagca
actgaaaggcggagctcccattatggtaagagagggcaagaagataagctggtgcagaag
gatcccagtggaaaagactcatattcatccgctaaagaatctcaagatagaagcactgtg
cctgacattaatggatctgtggagacaaatgccaactgtgaatctctcaaagaagagccg
tctcaaattccaagtgtaaattgcaaagaaacttctcaaatcagtgtagcccctcctgaa
gagctgccttctatggaagaagatatggatatatgtgacacgccaccacatgtcccagtg
gttacggattcatccacagggaaatggttttacctcgattattatggtgtggaatgtggg
ccttcaaagttatgtgaacttaaaacacttgttgaagaaggagctctgatgtctgatcac
atggtcaagcactcagatagtgataggtgggtaactgttgaaaatgcagtttcaccactg
gtaactgtaaatttcccatccattgtatcagactctataactcgactagtaagccctcca
gaagcttctggtaatctattggcagatactggagatgctgggcaatatgatactcagagt
ggaaaggaggcagcaatcactttgctgccgccaggattctgtgcagacgttggtataact
gcttctgagcctttaaaagatctccacattgaagaaagggttggagccctgatggagggt
ttaacagttattcctggcagggagcttgaagctgttggagaggttttgcaaatgtcattt
gaacatgcacaacgagaaggatggggaaacacagaaggcttcactcaaggtcatgatggt
gaacagtacgatcagaaaaccgaggaaccaggatattctgacaataaaataaaagaagct
gcagaaatcaggttgactgcaccctctgacaaggactctggtttttcttgtggtgattct
ggtgactggttctctggtcgatggtcatgcaagggtggtgattggaagaggaatgatgaa
gcttcacaagagaggtcttctaggaagaaacttgttgtcaatgatggtttcccattatgc
cagatgccgaagtctgggtatgaagaccctcgatggcatagaaaagatgaattgtattat
ccttcacagagcagaaggcttgatctacctagttgggctttttcatgtccagatgagatg
agtgattgtagtggtgtgagcagaacgactcaaattaagactactgtcataaaaggagta
aaaggaactatgcttccagtagtcaggataaatgcatgtgttgttaaagaccatggttca
tttgtttctgagcctcgcatgaaagttcggggaatggagaggtatacgtcaaggtctgct
cggtcatattctgcaggcagtgatgggaagagatcatcgggagaaggtgattctcagttg
aaaccagttagtgaccgaggttcacaaggctctttgaaatgcattacctccattaacatc
agcaaagaccgtgtttgcacagttgatgacttgcaattgcatttgggtgactggtactac
cttgatggtgctgggcatgaacgaggaccttcatcattttctgagctacaggtcttggtt
gatcaaggagtgattctaaatcatagcagtgttttccggaaatttgataaagtctgggtt
ccagttagttctgccgcagagacttctgaagctactgatatgaatcagcaggagaagaac
ataacatctagtgatacttcagggctagctccttcacaatctcaaagtgctgtatttgac
gaatcaaacacaaagttgagttggttccacaacctgcaccctcagttcattggctatacc
tgtggaaagcttcatgaattggtgatgaaatcttacaaaagccgggagtttgctgccgcc
ataaatgatgttttagacccatggcttaatgcaaagcagcccaaaaaagagttggagaag
cacatgtactggaaagcagatgtacatgcacgtattgccaaaagagcaaggttgctggtt
gatgaaagtgaagaagaatatgacatgggagaggacttgcaaaccgtagcaaaggatgaa
tctacatttgaggatttatgtggtgatacttctttcaacaaagaagagagtgtgagttat
ggctcagagatgggaagctggggtttattggatgggcaagtgctggcacgagtcttccat
ttcttgagactagacatgaaatctcttgcccttgcttctttaacctgtaagcactggaga
gctgccgtcaggttttacaaggatatttccagacagcttgacatgtcatccttgggccct
aggtgcactgattccatgattgtgaacattatgagtggttatggaaaagaaaagattaat
tctatggttctaattggttgcaccaacatcactccccacacacttgaagagattcttggt
gcacttccttgtttatctaccgtagatatcagaggctgcaaccagcttggcgagttggtc
agtaaatttcagaatctaaactggatcaagactcgaagttcacatggtacaaagatattt
gaggaatcccattcgaaactaaggagtctgaaacacatcaccgaaaaatcttcatctgtt
tccaaaagtaaggttctaggtaatgatatggatgattttagtgaactgaaagagtacttt
gatagtgtggataagagggagacggcaaatcaatcattccggggaagtttgtacaaacgt
tcaaaactgtttgatgctagacggtcctcatccattctatctagggatgctcgcatgagg
cgattatccattaagaaatccgaacatggttacaagaagatggaggaatttgttgcttca
agtctgaaggatattatgaaagagaatacctttgatttttttgtccccaaggttgcagaa
attcaggatagaatgagaaatggtcattacattcgccgaggattgagttctgtcaaggaa
gatatcagtcgaatgtgcagggatgcaataaaagcaaagaatcggggtgatgctggagac
atgaatcacgttataacattattcattcaacttgccacgcgtttagaaggtgcttctaag
tcgtctcatgaaagagatgagttgatcaagtcatgggaagatgataagttttcagggttc
tcttctgcctccaagtataaaaagaagctgaataaagtagcaactgaaaagaagtattcg
aataggagtaatggtacttcctttttgaatggtggtctggattatggagaatatgcatct
gatcgagaaatcagaaggcgtttatccagattgaataaaaaatctatggattcagaaagt
gaaacctctgatgatcttgacaggtcttctggaggtagcaagagcaatagtgagagtact
gcctcagatacagaaagtgacttggaattgaggtcacaaagtcaaactgggcagtcaaga
gcagatggaagctttacatctgatgagggttttgattctatgactgatgatcgtgagtgg
ggtgctcgcatgacaaaatcaagcttggttcctcctgttacgaggaaatatgaagtaatt
gaggaatatgttattgtatccaatgaggaggatgtgaggcggaaaatgcaggtttcttta
ccagatgactatgttgagaagtttaattctcagaagaatggaattgaggaggctgatatg
gagctccctgaagtaaaggattacaagccaaggaaaatgcttggagatgaagttatagag
caagaagtttacggaattgatccctatagtcacaaccttttactggattccatgccagag
gagttggattggcctctttcggagaagcatttgtttatcgaagatgtgctcctctgcaca
ttgaataagcaagttaggcagtacactgggagtggaaatacgcctatgatatatcctctg
cgccctgttgttgaagaaatccttaatgctgctgaggagaatggtgatgtgcgaactatg
aaaatgtgtcaaggtatattgaaagccatagacagtcgacgtgatgacaaatatgttgct
tatagaaaggggcttggtgtcgtttgtaacaaagaaggtggttttggagaagaagatttt
gttgtggaatttttgggggaggtttatcctgtttggaagtggtttgagaagcaagacggg
attcgatctttgcagaaaaataataaagatccagctcctgaattttacaacatttatctc
gagaggcccaagggtgacgccgatgggtatgatttagttgttgtggatgctatgcataaa
gcaaactatgcaagtagaatttgtcactcgtgccgacctaattgtgaagcaaaagttact
gctgtagatggtcgttaccagattggaatctacactgtacgaggaattcaatatggggag
gagatcacgttcgactacaattctgttacagagagtaaggaagaatacgaagcatcagtt
tgtttgtgtggcagccaagtttgccggggaagctacttgaatttgacaggcgaaggagct
tttcaaaaggtgctgaaggactggcatggaattcttgatcgtcatcagttaatgttggaa
gcttgcgagtccaattcagtatctgaggaggattatcttgacttgggaagggctggttta
ggcagttgtttgctgggtgggttgccagattgggtgattgcatattcggctcgcttggtg
aggtttataaattttgaaagaacaaagcttcctgaggagattttaaagcataatttggaa
gaaaaaaggaagtatttttcagatatttgtcttgaggttgagaagagtgatgctgaggtt
caggctgagggtgtgtacaaccaaaggcttcagaatttggctgttactcttgataaggtg
agatatgttatgcgatgcgtttttggcaacccaaagaatgctccacctccactggagagg
ttgagtcctgaagcagctgtttcctttctatggaagggagaaggatcacttgttcaggag
cttcttcagagcatggcccctcatgtggaggagcacttgcttaatgatctcaaaaccaag
atgcttgctcatgatccatcaagttcggatgacatatggaatgaacttaaaaaatcttta
ctttggttgagagatgaggtgcggaatctcccctgtacatacaagtctcggcacgatgct
gctgctgacttgatccatatttatgcttacacaaggtgcttcattagaatacgggaatac
aaaacagtaacttcgccaccagtatacattagtccacttgacctaggccccaagtacact
gataaactgggatcgagttttcaggagtattgcaagacgtatggggagaattattgttta
gggcagctgattttttggtataaccagacaagtgcagagccagattgtagcctggctaga
gcaagtaggggctgcttgtcattacctgacttcggttccttttatgcgaaggttcagaaa
ccttcacggcagcgtgtttatggcccaaggactgtgaaatttatgcttacgaggatggag
aagcagccccagagaccttggcccaaggatcgaatatggtgtttcaatagttctccgaaa
gtttttggcagtccgatgctagatgccgttgtgaataattctcagttggacagggaaatg
gtgcactggttgaagcacagacctgcgatatatcaggctatgtgggatcggtga

  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 (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 (5)   
   Pfam (5)   
All databases (27)   

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