KEGG   Anas platyrhynchos (mallard): 101805084
Entry
101805084         CDS       T02816                                 
Symbol
KMT2E
Name
(RefSeq) inactive histone-lysine N-methyltransferase 2E isoform X1
  KO
K09189  [histone H3]-lysine4 N-trimethyltransferase MLL5 [EC:2.1.1.354]
Organism
apla  Anas platyrhynchos (mallard)
Pathway
apla00310  Lysine degradation
apla01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:apla00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    101805084 (KMT2E)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:apla03036]
    101805084 (KMT2E)
Enzymes [BR:apla01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     101805084 (KMT2E)
Chromosome and associated proteins [BR:apla03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     101805084 (KMT2E)
SSDB
Motif
Pfam: SET PHD_5 PHD PHD_2
Other DBs
NCBI-GeneID: 101805084
NCBI-ProteinID: XP_027319487
Ensembl: ENSAPLG00000003236
EnsemblRapid: ENSAPLG00030011332
Position
1:13944193..14017636
AA seq 1916 aa
MSIVIPLGVDTADTSYLEMAAGSEPESVEASPVVVEKSNSYPHQLYTSSSHSHSYIGLPY
ADHNYGARPPPTPPASPPPSVLINKNEVGIFTTPNFDETSSATTISTSEDGSYGTDITRC
ICGFTHDDGYMICCDKCSVWQHIDCMGIDRQHIPDIYLCERCQPRNLDKERAVLLQQRKR
ENMSDGDTSATESGDEVPVELYTAFQHTPTTITLTATRVTKVNDKKRKKSGEKEQNIAKC
KKAFREGSRKSSRVKGSAPEIDPADSSNFGWETKIKAWMDRYEEASNNQYSEGVQREAQK
LALRLGNGNDKKEVSTSNLIFKPPVESYVQKNKKILKAAKDLPPDALIIEYRGKFMLREQ
FEANGYFFKRPYPFVLFYSKFHGLEMCVDARTFGNEARFIRRSCTPNAEVRHVIEDGTIH
LYIYSIHNIPKGAEITIAFDFDYGNCKYKVDCACLKENPECPVLRRSEPTENINTGYETR
RKKGKKEKDVSREKETQNQNITLDCEGGATKMKITDNKQRKLSPLRLSISNNQEPDFIDD
IEEKTPISNEVEMESEEQIAERKRKMTREERKMEAILQAFARLEKREKRREQALERISTA
KTEVKSECKEAQILNDTEFIQEPAKEETATKPTPAKVNRAKQRKSFSRSRTHIGQQRRRH
RTVSMCSDIQPSSPDVEVTSQHNETENAALVAEPETETVVTEMVTETEAPALNKCPTKYP
KTKKHLVNEWLSEKSDKTGKPADSVSERPLRITTDPEVLATQLNSLPGLTYSPHVYSTPK
HYIRFTSPFLSEKRRKKEPVENITGSCKKRWLKQALEEENSSVIDRFSSPSQERSRSPAI
NGENKSPLLLNDGCSLTDLTTPLKKRRLYQLLESAFSETSTPTPSPYATPTHADITASEP
SLFATPPRVKTEDETCRNGYKPIYSPVTPVTPCIHGNTMHFENISSPDSSPEIKRRAYSQ
EGYDRASILALNSFRNSNLTEMGLQEIKTIGYSSPRNRTDVTRQCTGEMESVSDLQLGLE
VIEQSALHKNLEAPTHDRTDSNSQLETAHCGRGTIYSSWVKSPDRTGVNFSMNSNLRDLT
PSHQLEVGGGFRISESKCLIQDDARGMFMEASVFCTSEDGIASGFGRTVNNDNLMDGNCT
PQNPPQKKKVSLLEYRKRQREARKSGSKTENFPLVTVSPHAAGGGNISSNNGANDGYNNS
GENGEQTENAASLPAPLPTTVYNAAPEDAGNNCAIKETSSEKSEPEVQWTASTSVEQVRE
RSYQRALLLSDHRKDKDNGGESPCSPCSPSHVQSPSSSHSNLISQLQLKVHSFTECMEEP
DSENPEPTSECPSPDTSQKTCKSPSKASKVCMQPSSPSPVVSTQSLGKTPAKPDSHWETA
ANAPEAECANHSKPELQQKQLTNNVQALSKNHPSQSHLRSSAEHSQKLPSAPLKLHCPPS
PHVENPPKSSTPHAPMQHGYLSPKPHSQQLGSPYRPHHPQSPQVGTPQRETHRSFYPAAP
PLQPGNQQQPSGPLFTQTTSGQSSASYSQFNQQNLNSNAPPPPPPPPPSSTYYQNQQPSG
NFQSYSQLKGSIPQQTVFSSGPNQALPGSAGQQTVPGHHVTAGHFLPSQNPSIHHQASAS
AAPPPPPPPPAPGPHLVQQPSTHQQHSVAHVVGPVHAVAVAPGSHLHSQAAGHHLPPPPP
PPGPIPHHQPPHPPTGHQGLQAQHQHVVSSAPPPPPPPPSNVMGSGHHPASAQGLHHPSH
QGPPHFPSTAHTGVSSYSSQAPHHTTLGPGPQHQPAGTGPHCPLPGQGPHIQPQGPNSLA
TPPASGFCPHPGSVTLPHGVQGPQQASPVPGQIPIHRAQTPEEKTSVQLPLLWPLENLKE
DRMGSSNSCPVKRENAPQRDMLQPATATPLLSASRHLSKRRGTTSAIEEFPRIFSR
NT seq 5751 nt   +upstreamnt  +downstreamnt
atgagcatagtgatcccattgggggttgacacagcagatacttcttatttggaaatggct
gcaggctcagaaccagaatctgtagaagctagccctgtggtagttgaaaaatcgaacagt
tatccacaccagttgtataccagcagctcgcattcacacagttacattggtttgccctat
gcagaccataactatggtgctcggcctcctccaacgcctccagcttctcctcctccatca
gtgcttataaacaagaatgaagtaggcatatttaccactcccaactttgatgaaacctcc
agtgctaccaccatcagtacgtcagaggatggaagctatggaactgatattaccagatgc
atttgtggctttacacatgatgatggatatatgatctgttgtgacaaatgcagtgtctgg
cagcacattgactgcatgggaattgaccggcagcatattcctgacatatatctgtgtgaa
cgttgtcaaccaaggaatttggataaagaaagggcagtgctgttacagcaaaggaaaagg
gaaaatatgtcagatggggataccagtgcaacagagagtggtgatgaggttcctgtggaa
ctatatactgcttttcaacatacaccaaccacaattacattaactgctacaagagttaca
aaggtcaatgataagaaaaggaaaaaaagtggggagaaagagcagaacatagcaaaatgt
aaaaaagcatttcgagaaggatccaggaaatcttcaagagtaaagggctcggctccagag
atagatccagctgacagttcgaactttggatgggaaactaaaatcaaggcatggatggat
cgttatgaagaagcaagtaacaaccagtacagtgagggtgttcagagggaggcacaaaaa
ctagctctgagattaggcaatggaaatgacaaaaaagaagtcagcaccagcaatctgatt
ttcaaacctccagtagagagttacgtgcaaaaaaacaagaaaattttaaaagctgccaaa
gacttgcctcctgatgcacttattattgaatacagaggaaagttcatgctgagagaacaa
tttgaagctaatggatatttctttaaaaggccatacccatttgttttgttttattccaaa
ttccatgggctagaaatgtgtgtcgatgcaaggacttttggaaatgaagctcgattcatc
aggcgttcatgtacaccaaatgcagaggtgaggcatgtaattgaagatggaacgattcat
ctttatatttactccatccataacattccaaagggagcagagattacaatagcatttgat
tttgattatggaaattgtaaatacaaagtggactgtgcttgcctcaaagaaaatcctgaa
tgtccagttctcagacgctctgagcctactgaaaacatcaatactggatatgaaaccaga
aggaaaaagggaaagaaagagaaagatgtttcaagagaaaaggagactcaaaatcagaac
atcacgttggactgtgaaggaggagccaccaaaatgaaaatcacagataataagcagagg
aagctctctcccctcaggctctccatttctaataatcaggagccagattttattgatgat
atagaagaaaaaactcccattagcaatgaagtagaaatggaatcagaggagcagattgca
gaaaggaaaaggaagatgacaagagaagaacggaaaatggaagctatcctgcaagctttt
gccagactagaaaaaagagaaaaaagaagagaacaggctttggaaaggatcagcacagca
aaaactgaagttaaatcagaatgcaaggaagcacagatactcaatgacaccgagtttatt
caggaaccagcaaaagaagaaactgccaccaagcctaccccagccaaggttaatagagct
aaacagagaaaaagcttttctcggagtagaactcacattggacaacagcgtagacgacac
agaactgtgagcatgtgttcggatatccagccatcttctcctgatgtggaagtaacttca
cagcataatgaaactgagaatgctgcactggtagctgagcccgaaacagaaactgttgtt
acagaaatggttactgaaacagaagctccagcacttaataaatgccctactaagtatcct
aaaacaaagaagcacttggtcaatgaatggttaagtgaaaaaagcgataagacggggaag
cctgcagacagtgtttcagaacggcctctgcgcataactaccgaccctgaagttctggct
actcagctgaattctctaccaggtctcacgtacagcccacatgtgtattctactccaaag
cactatattcgttttacttcaccattcctttcagaaaagaggaggaaaaaagaacccgtg
gaaaacattactggctcttgtaagaagcgttggttgaagcaagctttggaagaagaaaac
tcctcagtgattgatagattcagttcaccatcacaggagagatctagaagtccagccatc
aatggtgaaaataaaagccctctattactgaacgacggctgttccttaacagatctaaca
acaccgctaaaaaaacgaagactgtatcagctgttggagtctgcattctcagaaacatcc
acacctactccttctccatacgccacaccaactcacgctgacatcactgcctcagagcca
tcgctgttcgctactcctccgagggtaaaaacagaagatgaaacctgtagaaatggttac
aaacccatttattcaccagttactcctgtaactccatgtatccatgggaataccatgcac
tttgagaatatttcctcacctgacagttccccagaaataaaaaggcgagcttacagtcaa
gagggatatgacagagcatcgattctagcactgaattctttcagaaattccaacctgaca
gaaatgggtctgcaagaaataaagactattggatattccagtccaaggaataggactgat
gtcacacggcagtgcactggcgaaatggaatctgtgtcagacctccagctgggactcgaa
gttattgagcaaagtgcactgcataaaaacctggaagcccccacacatgataggactgat
tcaaacagccaattagaaactgctcattgtggacggggcacaatttattcttcctgggta
aaaagtcccgacaggacaggtgtaaatttctcaatgaattctaatttgagggacttgacc
ccttcacatcagttggaggtaggaggtggattcagaataagcgagtcaaagtgcctgatt
caagacgatgctagaggcatgttcatggaagcatctgttttttgtacttcagaagatgga
attgcatctggctttggaaggactgtcaataacgacaacttgatggatggaaattgcaca
ccccagaatcctccacaaaagaaaaaggtatccttattagaataccgtaagagacaacga
gaagctagaaaaagtggctcaaagacagaaaactttccacttgttaccgtatctcctcat
gcagctggtggagggaatataagtagtaacaacggtgctaacgatgggtacaacaacagt
ggtgaaaatggggagcaaacagagaacgctgcgagcctacctgcgccactgccaactact
gtttataacgcagctccagaagacgctggtaacaactgtgcaattaaggagacatcaagt
gagaagagtgagccagaggttcagtggactgcatcaacctctgtggaacaagtgagagaa
cgaagttaccagagagcattgcttctcagtgatcataggaaagacaaggacaatggggga
gaatcaccctgtagcccctgctcaccgtctcatgttcagtctccatcttcatctcattca
aatctcatttcccagttgcagcttaaggtccattctttcactgaatgtatggaagaacct
gattctgaaaatccagagcctacttctgaatgtccgtccccagatacttcacagaagact
tgtaagagtccttcaaaagcaagcaaggtgtgtatgcagccctcctcaccaagtcctgta
gtttcaacacagtcacttgggaaaacaccggcaaaaccagattcgcactgggaaactgca
gcaaatgcaccagaggccgagtgtgcgaatcactcaaaacctgagctgcaacaaaaacag
ctgacaaacaatgtccaagcactttcaaaaaatcatccatctcagtcacatctgcgcagt
tctgctgagcactcgcagaagttgccttctgcacctttgaagcttcattgccccccctct
cctcacgtagaaaatcctcccaagtcatcgacgcctcacgcgcccatgcagcacggttac
ctgtcaccaaagccccactcacagcagctgggctctccctacagacctcatcacccccag
tcacctcaagtcgggacgccccagagggaaacgcaccgcagcttttatccagcagcacca
cccctccagcctgggaatcagcagcagccgagtgggccgctgttcactcagaccacttca
ggacaatcttcagcttcttacagccaatttaaccaacaaaatttgaacagcaacgctccc
cctccccctccccctccgcccccctcttctacttactatcaaaaccagcagccctctgga
aactttcagagctacagtcagctgaagggcagcatcccccaacagactgtgttttcatcc
ggaccaaaccaagcacttcctggctctgcgggtcagcagacggtgccaggacaccacgtc
acggcggggcattttttgccctcccagaaccccagtattcatcaccaggcttcggcctcc
gctgccccacctcctcctccgcccccgcctgccccgggccctcaccttgtccagcagcca
agtactcatcagcagcattctgtagcacacgtggtcggtccggttcacgccgtggcagta
gctcccggatcccaccttcactctcaggctgctggccaccacctgccgccaccccctccg
ccaccaggccccattccccaccaccagcccccccaccctcccacgggacaccaaggtttg
caagcacaacaccagcacgtcgtcagctccgcgccgccgccccctccgcccccaccatcc
aacgtaatgggctcggggcaccacccggcatcagcacaagggttgcaccacccctcgcac
caaggacccccacacttcccctccaccgcccacacgggcgtctcctcctactcctctcaa
gccccccaccacacgacgttagggcctggacctcaacatcagcctgctggaacaggacct
cattgcccgctccccggtcaggggcctcacatccaacctcaaggaccaaacagtctcgcg
acgccccccgcgtcaggcttctgcccccaccccggctccgtaaccctcccccacggcgtg
caaggaccgcagcaggcgtcaccggtgcctggacagatccccattcacagagcacagacc
ccagaggagaaaaccagcgtgcagcttcctctgctctggccgctagaaaacctgaaagag
gacaggatgggaagcagcaattcctgcccagtgaaacgtgaaaatgctcctcagcgggac
atgctacaaccagcaacagcaactccacttctgtctgcatcacggcacctttcaaaaaga
agaggtactacctctgcgattgaagaattcccgagaatattttccagatag

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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 (54)   
   KEGG ORTHOLOGY (1)   
   RefGene (48)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   ENSEMBLRAPID (1)   
   OC (1)   
Protein sequence (18)   
   RefSeq(pep) (18)   
DNA sequence (18)   
   RefSeq(nuc) (18)   
Protein domain (4)   
   Pfam (4)   
All databases (110)   

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