KEGG   Pan paniscus (bonobo): 100982828
Entry
100982828         CDS       T02283                                 
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
pps  Pan paniscus (bonobo)
Pathway
pps00310  Lysine degradation
pps01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:pps00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    100982828 (KMT2E)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:pps03036]
    100982828 (KMT2E)
Enzymes [BR:pps01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     100982828 (KMT2E)
Chromosome and associated proteins [BR:pps03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     100982828 (KMT2E)
SSDB
Motif
Pfam: SET PHD_5 PHD PHD_2
Other DBs
NCBI-GeneID: 100982828
NCBI-ProteinID: XP_003811230
Ensembl: ENSPPAG00000034379
UniProt: A0A2R9AZ18
Position
7:97001250..97099956
AA seq 1858 aa
MSIVIPLGVDTAETSYLEMAAGSEPESVEASPVVVEKSNSYPHQLYTSSSHHSHSYIGLP
YADHNYGARPPPTPPASPPPSVLISKNEVGIFTTPNFDETSSATTISTSEDGSYGTDVTR
CICGFTHDDGYMICCDKCSVWQHIDCMGIDRQHIPDTYLCERCQPRNLDKERAVLLQRRK
RENMSDGDTSATESGDEVPVELYTAFQHTPTSITLTASRVSKVNDKRRKKSGEKEQHISK
CKKAFREGSRKSSRVKGSAPEIDPSSDGSSFGWETKIKAWMDRYEEANNNQYSEGVQREA
QRIALRLGNGNDKKEMNKSDLNTNNLLFKPPVESHIQKNKKILKSAKDLPPDALIIEYRG
KFMLREQFEANGYFFKRPYPFVLFYSKFHGLEMCVDARTFGNEARFIRRSCTPNAEVRHE
IQDGTIHLYIYSIHSIPKGTEITIAFDFDYGNCKYKVDCACLKENPECPVLKRSSESMEN
INSGYETRRKKGKKDKDISKEKDTQNQNITLDCEGTTNKMKSPETKQRKLSPLRLSVSNN
QEPDFIDDIEEKTPISNEVEMESEEQIAERKRKMTREERKMEAILQAFARLEKREKRREQ
ALERISTAKTEVKTECKDTQIVSDAEVIQEQAKEENASKPTPAKVNRTKQRKSFSRSRTH
IGQQRRRHRTVSMCSDIQPSSPDIEVTSQQNDIENTVLTIEPETETALAEIITETEVPAL
NKCPTKYPKTKKHLVNEWLSEKNEKTGKPSDGLSERPLRITTDPEVLATQLNSLPGLTYS
PHVYSTPKHYIRFTSPFLSEKRRRKEPTENISGSCKKRWLKQALEEENSAILHRFNSPCQ
ERSRSPAVNGENKSPLLLNDSCSLPDLTTPLKKRRFYQLLDSVYSETSTPTPSPYATPTH
TDITPMDPSFATPPRIKSDDETCRNGYKPIYSPVTPVTPGTPGNTMHFENISSPESSPEI
KRRTYSQEGYDRSSTMLTLGPFRNSNLTELGLQEIKTIGYTSPRSRTEVNRQCPGEKEPV
SDLQLGLDAVEPTALHKTLETPAHDRAEPNSQLDSTHSGRGTMYSSWVKSPDRTGVNFSV
NSNLRDLTPSHQLEVGGGFRISESKCLMQDDTRGMFMETTVFCTSEDGLVSGFGRTVNDN
LIDGNCTPQNPPQKKKVSLLEYRKRQREARKSGSKTENFPLISVSPHASGSLSNNGDGCA
SSNDNGEQVDHTASLPLPTPATVYNATSEETSNNCPVKDATASEKNEPEVQWTASTSVEQ
VRERSYQRALLLSDHRKDKDSGGESPCVSCSPSHVQSSPSSHSNHIPQLQAKGPVPSFSE
LMEDPDPENPEPTTTNECPSPDTSQNTCKSPPKMSKPGSPGSVIPAQAHGKIFTKPDPQW
DSTVSASEAENGVHLKTELQQKQLSNNNQALSKNHPPQTHVRNSSEQLSQKLPSAPTKLH
CPPSPHLENPPKSSTPHTPVQHGYLSPKPPSQQLGSPYRPHHSQSPQVGTPQREPQRNFY
PAAQNLQANTQQATSGTLFTQTPSGQSSATYSQFNQQSLNSTAPPPPPPPPPSSSYYQNQ
QPSANFQNYNQLKGSLSQQTVFTSGPNQALPGTTSQQTVPGHHVTPGHFLPSQNPTIHHQ
TAAAVIPPPPPPPPAPGPHLVQQPNSHQQHSVAHVVGPVHAVTPGSHIHSQTAGHHLPPP
PPPPGPAPHHHPPPHPSTGLQGLQAQHQHVVNSAPPPPPPPPPSSVLASGHHTTSAQALH
HPPHQGPPLFPSSAHPTVPPYPSQATHHTTLGPGPQHQPSGTGPHCPLPVTGPHLQPQGP
NSIPTPTASGFCPHPGSVALPHGVQGPQQASPVPGQIPIHRAQVPPTFQNNYHGSGWH
NT seq 5577 nt   +upstreamnt  +downstreamnt
atgagcatagtgatcccattgggggttgatacagcagagacgtcatacttggaaatggct
gcaggttcagaaccagaatccgtagaagctagccctgtggtagttgagaaatccaacagt
tatccccaccagttatataccagcagctcacatcattcacacagttacattggtttgccc
tatgcggaccataattatggtgctcgtcctcctccgacacctccggcttcccctcctcca
tcagtccttattagcaaaaatgaagtaggcatatttaccactcctaattttgatgaaact
tccagtgctactacaatcagcacatctgaggatggaagttatggtactgatgtaaccagg
tgcatatgtggttttacacatgatgatggatacatgatctgttgtgacaaatgcagcgtt
tggcaacatattgactgcatggggattgataggcagcatattcctgatacatatctatgt
gaacgttgtcagcctaggaatttggataaagagagggcagtgctactacaacgccggaaa
agggaaaatatgtcagatggtgataccagtgcaactgagagtggtgatgaggttcctgtg
gaattatatactgcatttcagcatactccaacatcaattactttaactgcttcaagagtt
tccaaagttaatgataaaagaaggaaaaaaagcggggagaaagaacaacacatttcaaaa
tgtaaaaaggcatttcgtgaaggatctaggaagtcatcaagagttaagggttcagctcca
gagattgatccttcatctgatggttcaagttttggatgggagacaaagatcaaagcatgg
atggatcgatatgaagaagcaaataacaaccagtatagtgagggtgttcagcgggaggca
caaagaatagctctgagattaggcaatggaaatgacaaaaaagagatgaataaatccgat
ttgaataccaacaatttgctcttcaaacctcctgtagagagccatatacaaaagaataag
aaaattcttaaatctgcaaaagatttgcctcctgatgcacttatcattgaatacagaggg
aagtttatgctgagagaacagtttgaagcaaatgggtatttctttaaaagaccataccct
tttgtgttattctactctaaatttcatgggctagaaatgtgtgttgatgcaaggactttt
gggaatgaggctcgattcatcaggcggtcttgtacacccaatgcagaggtgaggcatgaa
attcaagatggaaccatacatctttatatttattctatacacagtattccaaagggaact
gaaattactattgcctttgattttgactatggaaattgtaagtacaaggtggactgtgca
tgcctcaaagaaaacccagagtgccctgttctaaaacgtagttctgaatccatggaaaat
atcaatagtggttatgagaccagacggaaaaaaggaaaaaaagacaaagatatttcaaaa
gaaaaagatacacaaaatcagaatattactttggattgtgaaggaacgaccaacaaaatg
aagagcccagaaactaaacaaagaaagctttctccactgagactgtcagtatcaaataat
caggaaccagattttattgatgatatagaagaaaaaactcctattagtaatgaagtagaa
atggaatcagaggagcagattgcagaaaggaaaaggaagatgacaagagaagaaagaaaa
atggaagcaattttgcaagcttttgccagacttgaaaagagagagaaaagaagagaacaa
gctttggaaaggatcagcacagccaaaactgaagttaaaactgaatgtaaagatacacag
attgtcagtgatgctgaagttattcaggaacaagcaaaagaagaaaatgctagcaagcca
acccctgccaaagtaaatagaactaaacagagaaaaagtttttctcggagtaggactcac
attggacagcagcgtcggagacacagaactgtcagcatgtgttcagatatccagccatct
tctcctgatatagaagttacttcacaacaaaatgatattgaaaatactgtacttacaata
gaaccagaaactgaaactgcactagcagaaataattactgaaactgaagttccagcactt
aataaatgtcctacaaagtaccccaaaacaaagaagcacttggttaatgaatggttaagt
gagaagaatgagaagacaggaaaaccttcagatggcctttcagaaaggcctctacgcata
actacagatcctgaagtgttagctacacaactcaattctttaccaggtctcacttacagc
ccccatgtatactccactcctaagcattatattagatttacttcaccattcctttcagaa
aaaaggagaagaaaagaacctactgaaaacatttctggttcatgcaagaagcgatggttg
aaacaagctctggaagaagaaaattcagcaattttacatagatttaattcaccctgtcaa
gaaagatccagaagtcctgcagtcaatggtgaaaataaaagtccactactattaaatgac
agctgttcccttccagatttaactacaccactaaaaaaacgaagattttatcagttgcta
gattcggtttactcagaaacctccacacctactccttccccgtatgctacaccaactcac
accgatattactcctatggacccatcttttgccacgcctccacggataaaatcagatgat
gaaacttgtagaaatggttataaacccatatattcaccagttaccccagtaactcctggt
acaccaggaaataccatgcactttgagaatatttcttccccagaaagttctccagaaata
aagagacgcacttatagtcaagagggatatgacagatcttcaaccatgttaacattgggg
ccttttagaaattctaatttaactgaactgggtctgcaagaaataaagactattggttat
acgagccctaggagtaggactgaagtcaacaggcagtgtcctggagaaaaggaacctgtg
tcagaccttcagctaggactcgatgcagttgagccaactgccctacataaaaccctggaa
acgcctgcacatgacagggctgagcccaacagccaactggactcgactcactctggacgg
ggcacaatgtattcttcctgggtaaagagccctgacagaacaggagttaacttctcagtg
aactccaacttgagggacctgacaccctcgcatcagttggaggttggaggaggcttccga
ataagtgagtcaaagtgcctgatgcaggatgatactagaggcatgtttatggaaacaact
gtgttttgtacttccgaagatgggcttgtatctggtttcggacggactgttaatgacaat
ttgatcgacgggaattgcacaccccagaatccaccacaaaagaaaaaggtttctctatta
gaataccgtaagagacaacgtgaagctaggaaaagtggctctaagacagagaactttcca
ctcattagtgtatcaccccatgcaagtggaagcttgagcaacaatggtgatggctgtgcc
agcagtaatgacaatggggagcaggtggaccacactgctagcctacctttaccaacacca
gctacagtttataatgccacttctgaagaaactagcaataactgccctgttaaggatgct
actgctagtgagaagaatgaaccagaagttcaatggactgcctcaacttcagtggaacaa
gtcagagaaaggagttatcagagagctttacttctcagtgatcaccgaaaagataaagat
agtgggggagaatcaccatgtgtctcatgttcaccgagtcatgttcagtcttcaccttca
tctcattcaaatcacataccccagttgcaagctaagggcccagtcccttctttcagtgaa
cttatggaagaccctgatcctgaaaatccagaacccacaactacgaatgaatgtccatcc
ccagatacttctcaaaatacttgtaaaagtcctccaaaaatgagcaagcctggttcacct
ggatctgtaattcctgctcaagcacacgggaaaatattcacaaaaccagatccccaatgg
gactccacagttagtgcatccgaagctgaaaatggtgttcacctaaaaacagagctccaa
caaaaacagctatcaaataacaaccaagcactttcaaagaatcatcctcctcagacacac
gttcgtaattcatctgagcaactttcacaaaagctgccttctgcgccaacaaagttgcac
tgtcctccatcacctcacctagaaaatcctccaaagtcatccacacctcacacacctgta
cagcatggttatctttcaccaaagcctccttcacagcagttaggatctccctacaggcct
catcattcacagtcacctcaagttggaacacctcagcgagagcctcaaagaaacttttat
ccagcagcacagaaccttcaagccaatactcagcaggcaacttccggaacattatttaca
cagacaccctcaggacaatcttcagcaacatacagtcagtttaatcaacagagtctgaac
agcacggcaccaccccctccacctcctccacctccttcttcgtcttactatcaaaaccag
cagccctctgcaaactttcagaattataatcagctcaaaggtagtctttctcaacaaact
gtgtttacatcaggaccaaatcaagcacttcctggcaccacaagccagcaaacggttcca
ggacaccacgtgactccagggcattttttgccctctcagaaccctaccattcaccatcaa
actgctgctgccgtaatcccccctcctcctccaccaccacctgctccaggaccgcacctt
gtacaacagccgaattcccatcagcaacactctgtagcacacgtagtagggcctgttcat
gcggtcacccctgggtcgcatattcattctcaaactgctggacaccacttacccccaccc
ccaccccctcctggtcctgcccctcatcaccatccaccaccccatccatccacaggactc
caaggtctacaagcacaacaccagcatgttgtaaattcagcacccccaccaccccctccg
ccgccaccttccagtgttttggcttctgggcatcataccacatcagctcaagccttacac
cacccacctcatcaaggacctccactttttccttcgagtgctcatccaactgtaccaccg
tatccctcacaagctacacatcataccactttgggaccgggaccccagcaccagccttct
ggaacagggccacattgtccattacctgtcacaggtcctcatctccagccccaaggacca
aacagtattccaacacctactgcttcagggttctgtcctcatcctggctctgtggccctg
ccacatggggttcaaggacctcagcaggcatctccagtgcctggacagattccaattcac
agagcacaggtgccaccaacatttcaaaacaattaccatgggtcagggtggcattaa

  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 (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (6)   
   UniProt (1)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (4)   
   Pfam (4)   
All databases (36)   

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