KEGG   Cajanus cajan (pigeon pea): 109817031
Entry
109817031         CDS       T04868                                 
Name
(RefSeq) histone-lysine N-methyltransferase ATXR3 isoform X1
  KO
K22748  [histone H3]-lysine4 N-trimethyltransferase ATXR3 [EC:2.1.1.354]
Organism
ccaj  Cajanus cajan (pigeon pea)
Pathway
ccaj00310  Lysine degradation
ccaj01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:ccaj00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    109817031
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:ccaj03036]
    109817031
Enzymes [BR:ccaj01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     109817031
Chromosome and associated proteins [BR:ccaj03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     109817031
SSDB
Motif
Pfam: SDG2_C SET GYF_2 GYF F-box-like
Other DBs
NCBI-GeneID: 109817031
NCBI-ProteinID: XP_020237817
Position
Unknown
AA seq 2397 aa
MGDGGVACMPLQYIMDRLPSAEKTVVCGGKSGNNGFNSKLLKFVDGERRKMKARKSELGL
DRVSKRSSNEVENGEVCGGTGEKVQKEEVEEGELGTLKWPRTDLENGEFVPEMMMPLPRR
GEIENGEIVSGKWKARELEKGEIASGKWRKEDVERGEIIPEKGGRKGEAERGEYGSWRGI
KDEIEKGEFIPDRWYKGDYDNSRIRRYHSSRDKGWKTERESTPSSGRYTGDDFFRKKELN
RSGGQHVKSSPRWDGQQRNVRISSKIVDDEKNVHSNGKDHTRDYSSGSRLKRLGNDTDSC
ERKHSSDYAGLKSRRLSDDSCRHAYSENYSRRSVERSYRNNNASKLPADKYSSRNHESSL
STRAAYDKHGRSPGHSERSPRDRGKYYDHRERTPVRRSPCGRDRSPYNREKSPHGRERSP
YMRNWDRTRQHDHKLRSPMRAEQSPPERSRRHELSPPDRSRRHEPSPPDRSRRHDRRDCT
PNLVEASPLDRTRKDRRQESSCKTLSIEKHNSQNSCKDHEDKQIQRESNCSSTESQSDKN
VQDTIKSVEKDICSQPIKEQHNCSPTVSHKESPHSEPPPEELPSMEEDMDICDTPPHVPV
VTDLSSGKWYYLDYGGVENGPAKLCDIKVLVDEGVLMPDHFIKHLDSDRWLTVENAVSPL
APQIFPSIASDTITQLVNPPEAPGNILSDTTDILQSAPENLQEMLPPLPQPPVCPNDSVF
TPELFEDLRIDERVRNLLEGYDVTPGMELEAIKEALQMNFENAKGEGLGDYEGFPWSVSC
LKEDCDSSTDLASRDSESQLSMSCDMDNGLAFGVSSDWFSTHWSCKGGDWKRNDDAQDRY
CRKKLVLNNGFQLCQMPKSGCEDPRWPQKDDLYFPSQSRRLDLPLWAFCADERDDCSVAS
RSVQSKPASVRGVKGNVLSVVRINACVVKDQGSLVSESRHKTRGKERHHSRSSRPFSSTS
DSRRSSTEQDSQSKAVSDQGSYRIMEFINVPKDHLCSIHELQLHLGDWYYLDGSGRERGP
SSFSELQYLVDQGIIKKHCSVFRKRDKLWVPITSATETSDGSLTSQQESSSISGACSGLP
SKQTQGVSSGDPYTNSSLFNSLHPQFVGYTRGKLHELVMKSYKSREFAAAINEVLDPWIN
ARQPKKEIEKQIYWKSEGDVHASKRARMLVDDSEDNSDFEDGDVTVEKDESTFEDLCGDA
TFPEEEIGITDNDVGSWGLLDGCVLARVFHFLRSDLKSLGFAAMTCKRWRAAVGFYKEVS
IQVNLSSLGHSCTDTMLWNILNAYDNDKINSIILRGCVNITAEMLEKIILSFPGLFTIDI
RGCNQFGDLTLKFSNVKWIKSRSSHLTKLAEEPYKIRSLKHITEQTLYVSKSSSLGLDDF
GQLKDYFDSVDKRDTKQLFRQNLYKRSKLYDARKSSSILSRDARTRRWAIKKSESGYKRM
EEFLASRLREIMKTNTCDFFVPKVAEIEVKMKSGYYSNRGLNSVKEDISRMCRDAIKVKN
RGDASDMNHIITLFIQLATRLEESSKSVHDRNALLKSWDNDLPAVSCSTLSKYKKHRLVN
ERKYRSNGTHGLDNVEYTSDREIRRRLSRLNKKSMDSESETSDDDLDKSCEDGKSDSDTT
TSDSGSDREVHSESLIRESRGDGYFTSEEELGFITDDREWGARMTKASLVPPVTRKYKVI
DQYCIVADEEDVQRKMRVSLPDDYAEKLNAQKNGTEESDMELPEVKDYKPRKQLGNEVIE
QEVYGIDPYTHNLLLDSMPEELDWSLQDKHVFIEDILLRTLNMQVRNFTGTGSTPMSYPL
RSVIEDIKRLAEENCDVRMVKMCQGILKAMDSRPDDKYVAYRKGLGVVCNKEEGFAEDDF
VVEFLGEVYPVWKWFEKQDGIRSLQKDSKDPAPEFYNIYLERPKGDAYGYDLVVVDAMHM
ANYASRICHSCRPNCEAKVTAVDGQYQIGIYSVRKIQHGEEITFDYNSVTESKEEYEASV
CLCGSQVCRGSYLNLTGEGAFQKVLKDSHGILDRHYLMLEACELNSVSEEDYYDLGRAGL
GSCLLGGLPDWLVAYAARLVRFINFERTKLPEEILKHNLEEKRKYFSDICLEVERSDAEV
QAEGVYNQRLQNLAVTLDKVRYVMRCIFGDPRKAPPPLEKLSPEATVSFLWKGEGSFVEE
LLQCIAPHVEEDVLNDLKFKIHAHDPSNSGDIQKELRKSLLWLRDEVRNLSCTYKCRHDA
AADLIHIYAYTKYFFSIRNYQTITSPPVYISPLDLGPKYTNKLGAEFQEYRKIYGENYCL
GQLIFWHNQSNADPDRNLARASRGCLSLPDISSFYAKAQKPSRHCVYGPRTVRSMLAKME
KQPQRSWPKDRIWSFKSFPKFFGSPMLDAVVNNSPLDREMIHWLKHRPAIFQAMWDR
NT seq 7194 nt   +upstreamnt  +downstreamnt
atgggcgatggaggcgtcgcatgcatgcctttgcagtatattatggataggttgccgagt
gccgagaagactgttgtttgcggaggcaagagtgggaacaatggtttcaattcaaagttg
ctcaagtttgttgacggtgagaggaggaagatgaaagccaggaagagcgaattggggttg
gacagagtgagcaagaggagcagcaacgaagttgagaatggtgaagtttgcggtggtact
ggggagaaggtgcagaaagaggaagtggaggagggtgaattgggtactttgaagtggccc
agaactgacctggagaatggggagttcgtgccggagatgatgatgccgctgccgaggaga
ggcgagattgaaaacggagagattgtgagtgggaagtggaaggcaagggagctggagaag
ggagagattgcttctggcaagtggaggaaggaagatgtggaaagaggggagataattcct
gagaagggtggtaggaaaggagaagccgagagaggggagtatgggtcgtggagaggaatt
aaggatgaaattgagaagggagagttcattccagatagatggtacaagggcgattacgat
aacagcagaatccgcaggtaccattcaagcagggacaaagggtggaaaactgaacgtgaa
agtacaccttcttctggcagatatacaggcgatgacttttttagaaagaaggaattgaat
agaagtgggggtcagcatgttaaaagttctcccaggtgggatgggcaacagcggaacgta
aggatcagttcaaagattgtggatgatgagaagaatgtacacagtaatggtaaggatcat
acacgggattactcttctggaagtcgcttgaagaggcttggcaatgatactgacagctgt
gagcggaagcattcttcagattatgctggtttgaaaagccggaggctttctgatgatagt
tgtcgccatgcttattccgagaactattcacgtcgctctgtagagcggtcttacagaaat
aataatgcttcaaaattaccagcagacaagtattctagtaggaatcatgaatcttctttg
tccaccagagcagcttatgacaagcatgggcgcagccctggtcattctgagcggtccccc
cgagaccgagggaagtattatgatcatagagaacgcactccagtgcggcggtctccctgt
ggtcgtgacagatcaccgtataacagggagaaatctccccatggtcgtgagaggtctcca
tatatgaggaactgggatagaactcgtcagcatgatcataaattgaggagtccaatgcgt
gctgagcagtcgccaccagagcgcagtcggcggcatgagctgtcacccccagatcgaagc
cggcggcatgagccgtctccgccagatcgaagtcggcgtcatgatcgtagggactgtacc
ccaaatttagtggaagcatctccccttgaccgaacaaggaaagatagacgccaggaatca
agttgtaaaaccttatcaattgaaaaacacaactcccaaaatagttgtaaggatcatgaa
gataagcagattcaaagggagtcaaattgttcaagtacagaatctcaaagtgataaaaat
gtgcaagataccattaagtctgttgagaaagacatctgcagtcaacctataaaggaacag
cataattgcagcccaactgttagccacaaagaatctcctcactccgagccacctcctgag
gaactgccttcaatggaggaagatatggacatttgtgatacccctccccatgtgcctgtg
gtgacagatttgtcatcagggaaatggtattacctcgactatggtggtgtagaaaacggg
cctgctaaattgtgtgacatcaaggtccttgttgatgaaggtgttctaatgcccgatcac
tttatcaagcacttggatagtgacaggtggttaacagttgaaaatgccgtgtcacctttg
gcacctcagatatttccatcaattgcgtctgataccataacccaactggtaaatcctcct
gaagctcctggtaatattttgtcagatacaacagatattcttcaatctgctcctgagaat
cttcaggaaatgctaccccccttgccacagccaccagtatgccctaatgacagtgtgttt
acacctgaactttttgaggacctccgcattgatgaaagagttagaaatctgttagagggt
tatgatgtcactcctgggatggaacttgaggcaataaaagaagcattgcaaatgaatttt
gaaaatgcaaaaggggagggactgggagactatgaaggttttccttggagtgtttcctgc
cttaaggaagattgtgattcaagtactgatttagcgtcaagagattctgaatctcagtta
agtatgtcctgtgatatggataatggacttgcctttggtgtttctagtgactggttttcc
acccattggtcatgtaaaggtggtgactggaaaaggaatgatgatgcccaagatagatat
tgtaggaagaaacttgtcctgaataatggttttcagttatgtcaaatgccaaagtctggt
tgtgaagatcctcgttggcctcaaaaagatgacttgtattttccttcccaaagcaggagg
cttgatctccctctatgggctttctgtgctgatgagcgggatgattgcagtgttgcgagc
agatcagtccaaagtaagcctgcttctgtgagaggagtgaaaggcaatgttctttctgtg
gtcaggataaatgcatgtgttgttaaagaccagggatcattggtctctgagtcacgccac
aagacccggggtaaggaaagacatcattcaaggtcatctcggcccttctcttcaaccagt
gatagtaggagatcatcaactgaacaagattctcagtcaaaagctgttagtgatcaaggt
tcttaccggatcatggaattcattaatgtccctaaagatcatctctgttctatccatgag
ttacaattacatttgggtgactggtattatcttgatggttctgggcgtgaaaggggcccc
tcatcattttcggagctacagtatttagtagatcaaggaatcataaaaaagcattgcagt
gtgtttaggaaaagagataaactctgggttcctattacctctgcaacagaaacttctgat
ggaagtctcacgagccagcaagaaagcagttcaatctctggtgcatgttctggtcttcca
tcaaagcaaactcagggtgtttcatctggtgacccttacactaattcaagtttgtttaac
agcttacatcctcagtttgttggttatactcgtgggaagctacatgaactggtaatgaaa
tcatataaaagccgggagtttgctgcagctataaatgaggttttggatccctggatcaat
gcaagacaaccaaagaaagaaatcgaaaaacaaatatattggaaatcagaaggtgatgta
catgcttccaaaagggcccgaatgctggttgatgatagtgaagacaacagtgattttgaa
gatggtgatgttactgtcgagaaggatgaatccacttttgaggatctatgtggtgatgct
actttccctgaagaagaaattggtattactgataatgatgtgggaagctggggccttttg
gatggttgtgtgttagcacgggttttccattttttgagatctgatttgaagtcccttggt
tttgctgcaatgacttgcaagcgctggagagctgctgtagggttttataaagaagtgtca
atacaggtcaatttgtcatccttaggtcattcctgcaccgataccatgttgtggaacatt
ttgaatgcttatgataatgacaagatcaattctattattctaaggggttgtgtcaatatt
acggctgaaatgcttgagaaaattattctttcatttcctggtttatttacaatagacatt
agaggctgcaaccagtttggagatctgactcttaaattttccaatgtgaaatggatcaag
agccgaagttcacacttgactaaacttgcagaggagccttataaaattagaagtcttaaa
catattacagagcaaaccttgtatgtttccaaatccagcagtttaggtttagatgatttt
ggtcaattgaaggattactttgatagtgtggataagagagataccaagcaattattccgt
caaaacttgtacaagcggtcaaaactatatgatgctagaaagtcctcctccattctctct
agggatgctcggacaagacgttgggcaatcaagaaatctgaaagcggttataagaggatg
gaagaattccttgcttcaaggcttagggaaattatgaagacaaacacttgtgactttttt
gtgcccaaggttgcagaaattgaggttaaaatgaaaagtggttattacagtaaccgtggg
ttgaattctgtgaaagaggacataagtagaatgtgccgtgatgcaataaaagtgaagaat
cggggtgatgccagcgacatgaatcatatcatcacattgtttattcagcttgcaacacgg
ctggaagagagttctaaatctgtgcatgacagaaatgcgttactgaaatcatgggacaat
gacttgcctgctgtatcatgctctactttgtcaaagtataagaagcatagattggtgaat
gaaaggaagtataggagtaatggaacacatggtttggataatgtggaatatacctctgat
cgagaaattaggaggcgcttatcaaggttgaacaagaaatctatggactcagagagtgaa
acatctgatgatgatctggacaagtcttgtgaagatggcaagagtgacagtgatactaca
acctccgacagtggaagtgatcgagaagtacattcagaaagtctaattagggagtcaaga
ggggatggatactttacgtctgaggaagagttgggttttataactgatgatcgagagtgg
ggtgctcgcatgacaaaagcaagtctggttcctccggttaccaggaagtataaagtcatt
gatcagtattgcattgtagctgatgaggaggatgtacaaagaaagatgagggtttcatta
ccagatgactatgctgagaagctgaacgcacaaaagaatggcactgaggagtcagatatg
gaacttcctgaagtaaaagattacaaacctagaaagcagctaggaaacgaggttattgag
caagaagtttatggaattgatccttatacgcacaatcttttacttgattctatgccagag
gagttagattggtctctgcaggataagcatgtctttatagaagacatacttcttcgaaca
ttgaatatgcaagttaggaattttactggaactggaagcactccaatgagctacccattg
cgatctgttattgaagatattaaaagacttgctgaggagaattgtgatgtgagaatggtt
aaaatgtgtcaaggtattctaaaggccatggacagtcgtccagatgacaaatatgtagcg
tataggaagggacttggtgttgtttgcaacaaggaagaaggctttgccgaagatgatttt
gttgtggagtttctgggagaggtttatcctgtttggaagtggtttgagaaacaagatggg
attcgatctctgcagaaagatagtaaagatccagcgccagagttctataacatctacctt
gagaggccaaagggtgatgcttacgggtatgatttagttgttgttgatgccatgcacatg
gctaattatgccagtcgaatatgtcattcttgccgacccaattgtgaagccaaggttact
gctgttgatggtcaatatcaaattggtatttatagtgttcgtaaaattcagcatggtgag
gagatcactttcgactacaactctgtaacagagagcaaggaggagtatgaagcatcagtt
tgtttgtgtggaagccaagtatgccgtgggagctatttgaatctgactggtgaaggggct
ttccaaaaggttctgaaggactctcatggaattcttgatcggcattatttgatgctagaa
gcttgtgaattaaattccgtgtctgaagaggactattatgacctgggaagagctggttta
ggcagttgtttgcttggaggcctgccagattggcttgttgcttatgcggctcgccttgtg
agattcatcaattttgaaagaacaaaacttcctgaagaaattctaaagcataatctggaa
gaaaaaagaaaatatttttcagatatatgtcttgaagttgaaaggagtgatgctgaggtt
caggctgagggtgtatacaaccaaaggcttcagaatcttgctgtcactcttgataaggta
aggtatgttatgagatgtatttttggtgatccccggaaagcaccacctcctcttgagaag
ctcagtcctgaagcaactgtttccttcctctggaaaggagagggttcatttgttgaagag
cttcttcagtgcatagctcctcatgttgaagaagacgtcttgaatgatctcaagtttaaa
attcatgctcatgatccttcaaattctggagatattcaaaaagagcttcggaaatctctg
ttatggttgagggatgaggtccgaaatctttcttgtacatataaatgtcggcatgatgct
gctgctgacttaatccatatttatgcttataccaagtacttctttagtatacggaattat
caaaccattacgtcaccccctgtctatattagtccacttgacttaggtcccaagtacact
aacaagttgggagcagaatttcaagagtaccgaaagatatatggtgaaaattattgttta
gggcagctgatattttggcataaccagagtaatgcagatccagatcgtaacttggctaga
gccagcaggggttgcttgtctttaccagacatcagttccttttatgccaaggctcagaag
ccatcacggcattgtgtttatggtccaaggacagtcagatctatgctggctaaaatggag
aagcagccgcagaggtcttggcccaaagatcggatatggtcattcaaaagttttcctaaa
ttctttggtagcccaatgctagatgctgtagtaaataactctccactggacagggagatg
attcattggttgaagcacagacctgccatattccaggccatgtgggatcgttaa

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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 (2)   
   RefSeq(pep) (2)   
DNA sequence (6)   
   RefSeq(nuc) (2)   
   GenBank (2)   
   EMBL (2)   
Protein domain (5)   
   Pfam (5)   
All databases (33)   

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