KEGG   Aphis gossypii (cotton aphid): 114132828
Entry
114132828         CDS       T05869                                 
Name
(RefSeq) LOW QUALITY PROTEIN: uncharacterized protein LOC114132828
  KO
K09189  [histone H3]-lysine4 N-trimethyltransferase MLL5 [EC:2.1.1.354]
Organism
ags  Aphis gossypii (cotton aphid)
Pathway
ags00310  Lysine degradation
ags01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:ags00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    114132828
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:ags03036]
    114132828
Enzymes [BR:ags01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     114132828
Chromosome and associated proteins [BR:ags03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     114132828
SSDB
Motif
Pfam: PHD_5 SET PHD G2BR PHD_2 zf-CW zf-HC5HC2H
Other DBs
NCBI-GeneID: 114132828
NCBI-ProteinID: XP_027854217
Position
Unknown
AA seq 1513 aa
MESDGNVRTPGSAAYFLVGSSRVPCGPAVSGQLTIPVGRPMSNQDVSGPSLIVQMTPSRS
QAQDHHARATVVRTTNQPVTMHRFPLQLNHTSANHILSPNQHFKQIPVYQRNPSSIQMES
VRKNVFVSTQVASPQLPYSRVGLTPHMLMTYMPPRNRHSNNQRPRVVPVNRPNPMLRRDH
CPSDDELLEVTEHRPVYDAKNPAELIKVEHNYCFVPRVSPQRTNQINGLTSTINVTSGQS
CIVSPTVSQIQPQTQYNVVNNNNNNNNKVIQKSASIPNNVPISTSESLQSLQSLVKHEPQ
VQVESELSASDHDLDGQGEETDTAPEAVAEGKDNIKSEEPAVTRCICEMEHDDGFMISCD
KCLVWQHVDCVLESRNNLPEEYLCERCSPRPFNKEAAAALQHMKLAKRIAMASASHLRHS
SDSDLSSELDMPIERSNIQNKRKKYKSRQKNTPKRKTNGLPSSQLKQRRKSGPSPGPRKK
GSMTPEKKALAEERKKMLIKRKEMLLEKKRLAAMDKKKKVNQEKKIIQKKKTIDYSSDDE
PKVFKTDKLNKQHTKSNTEQPVDQLRNWIDKYEEAVTNHYSQELRARLSAIKPNGSVTSG
ELRTPVKIPISRTKMSLLPSGIKMLVSSSVLTNNQPIVEVRGKFTWTGSLAYKDPIPNRT
DPYVFFYVVRFSTDCDIEVCVDCRTYGNDARFVRRSCKPNAELKHYIEKGSIHLYIVANR
YIEKNTEITINHQAAVPFKRCNCGDPSTCTASISPSPHITTPPIPVVPKSSSSSPLIDPT
VSNSSDDENKPQRNKRTRQQRNMKKPNKKIVKRTLPKVETPPPPPPPPLPSLLPHPLTPV
KSKEPNGPGRPKSPVKKVETSPEPDLKSNNNDNKLVKRMNEMSREERKMVAIMKAFERME
KKEARKQESRSHKDTDSFNNSSSHNLNRNRVRKSVVKRKQRPSNKNSRSKSTRTNRPQRR
AAAISSRSYNSSSDEDDNNNDDDDDDEEEDRKGRLLSKKRVQNRCKFSVRFQHRPSALSS
IPRSMLRRSPHSSLLNTPSKMDSEEASGSEGTPPAPLSNTCMLVAAAVGPLAPGFKFPNT
KKDFVNSWVKSEGNSPTGSEDFKLGESGCAKKRWLQQAISEQDSVGISNGDQQVGPLKKR
RMARESMSDCPSPTVPGSGHMNFADDDVIEDEEVEQASRNIASIDSKLAIFENKSIPLID
LQKSSNTVALVESFLVEFKPDDEGTAELVTQDKSNVKIMVEIKNEAVVDPQPTQETLTNK
TIPIKHENKVSNEVTDQPDTTDVXSPVNKSNDTAKETIKESVIPIVEQPPSSPPPPPPPP
PPPVKRKLSLSEYRRRKESQATVTKEKDVETGASDTRPSPSVSPNTTLAAYEEITQQVIA
KSLELESKLALQSSPSLFETTISKEEPKQWENLNDRLRRQFGVNITEDLPKRHPRLSPPP
EFIPTPIESSRYSYYHRSDEQLYSCAKEDLLLPSTTVHDNGPPKLFSPPSQAYFSTMFFR
QPPPPPPPPPPPV
NT seq 4542 nt   +upstreamnt  +downstreamnt
atggaatctgatggtaacgtcaggacaccgggaagcgccgcttactttcttgtaggttcg
agtcgcgtaccatgtggtccagctgtctctggtcagttgaccattcctgttgggcgtccc
atgtccaatcaggatgtatcaggacccagtctcatcgttcagatgacaccatcccgcagt
caagcacaagatcatcatgcacgtgccactgtggtgcgtaccacaaatcaaccagtcacc
atgcatcgtttccctttgcagctcaatcataccagcgccaatcatatactatcaccaaac
caacacttcaaacaaataccggtttatcaaagaaatcccagttccattcaaatggaatct
gttcgaaaaaacgtttttgtttcaactcaagttgcctcaccgcaactaccttacagccga
gtaggcttaacccctcatatgttaatgacatatatgccacctcgtaatcgtcattcaaat
aaccaacgaccccgtgttgttccagtaaatcggcctaaccctatgttaagacgagatcat
tgccctagtgatgatgaattattggaagtgactgaacacagaccagtatatgatgcaaaa
aaccctgcagagttaattaaagtggaacacaactattgttttgttccaagggtgtcacct
caaagaacaaaccaaattaatggtttgacatcaacaataaatgttacttctggtcaatct
tgtatagtatcacctacagtatcacagatacagccacaaactcaatataatgttgtaaat
aataataataataataataataaagttatccaaaagtcagcaagtattccaaataatgtg
ccaatatcaacatctgaatccttacagtcattgcaatcattggtgaagcatgaaccgcag
gttcaggtggaaagtgaattaagcgcaagtgatcatgatctcgatggccaaggggaagaa
actgataccgcaccagaggctgttgccgaaggcaaagataatattaagtcagaagaacct
gcagtaacaagatgtatctgtgaaatggaacatgatgatggatttatgataagctgtgac
aaatgcttagtttggcaacatgtggactgtgtattagaaagtagaaataatctgcctgaa
gaatatttatgtgaacgttgttcaccaagaccttttaataaagaagcagcagctgctcta
caacatatgaaactagctaaaagaatagcgatggcttcagcatcacacttaagacattct
agtgactctgatctctcttcagaactagatatgcccatagagcgtagcaatattcaaaac
aaaagaaaaaagtataagagtagacaaaaaaatactcctaaacgaaaaacaaatggtttg
ccatcatctcaattaaagcaacgtcgaaagagtggtccatcacctggcccaagaaaaaag
ggttcaatgactcctgaaaaaaaggcattagctgaagaacgcaaaaaaatgttaattaaa
cgtaaagaaatgttattggaaaaaaaacgattagctgcaatggataaaaaaaagaaagta
aatcaagaaaagaaaataatacaaaaaaagaagacaattgattactcttctgatgatgag
ccaaaagtatttaaaactgacaaacttaataaacagcacactaaatctaatactgagcaa
cctgttgatcaattacgaaactggattgacaaatatgaagaagctgttactaatcattat
tcacaagaattacgtgctcgtttatctgcaattaagccaaatggtagtgtaacatctgga
gaacttcgtacacctgtcaaaattcccattagtagaacaaaaatgtccttacttcctagt
gggataaaaatgttagtcagtagttcagtattgactaacaatcagcctatagttgaagtt
cgaggaaaatttacttggactggttcattagcatacaaagatccaatacctaatcgaact
gacccttatgtatttttttatgttgttcgattttctactgattgtgatatagaagtttgt
gttgattgtcgtacatatggtaatgatgcacgttttgttcgacgctcatgtaaaccaaac
gcagagctaaaacattatattgaaaaaggctctattcatttatacatagtggcaaataga
tatattgaaaaaaatacagaaattaccataaatcatcaggctgcagttccatttaaacga
tgtaactgtggtgatccatcaacgtgtacagcttctataagcccatcacctcatataaca
acaccacctattcctgttgtaccaaaaagttcttcttcatcgccattaatagacccaact
gttagtaattcttcagatgatgaaaataaacctcaaagaaacaaaagaactagacaacaa
agaaatatgaagaagccaaataaaaaaatagttaaaagaacattacctaaggttgaaaca
ccccctccacctccacctcctccactaccatcactactaccacatcctctgacgccagtt
aaaagcaaagaacccaatggaccaggtaggccaaaaagtcctgtcaaaaaagtggaaaca
agccctgagcctgaccttaaatctaataacaatgataacaaactggtgaaaagaatgaat
gagatgtcaagagaagagagaaaaatggtagctattatgaaagcttttgaaagaatggaa
aaaaaagaagctcgaaaacaagaatctaggtcacataaagatacagattctttcaataat
tcttcatctcataatctaaatagaaacagagttcgaaaaagtgttgtgaaaaggaaacaa
cggccatctaataaaaatagtcgctctaagtcaactagaacaaatagaccacaacgtaga
gcagctgcaatttcatctcgttcctataacagttcatcagatgaagatgacaataataat
gatgatgatgatgatgatgaggaagaggatagaaaaggtcgtttattgtccaaaaaacgt
gttcagaaccgttgtaaattttcagtacgcttccaacacaggccgtcagctctttcctct
attcctcggtctatgttacggcgatcaccacacagtagtctactcaatactcccagtaag
atggatagtgaagaagctagtggtagtgaaggaactcctccagccccgttatctaataca
tgtatgttagtggctgctgcagtaggacctctcgcaccaggcttcaaatttcccaataca
aaaaaagattttgttaactcatgggtgaagtctgaaggaaactctccaactggaagtgaa
gatttcaaactaggcgagtcaggttgtgcaaaaaaaagatggttacaacaagctattagt
gaacaagattcagtcggaatcagtaatggagatcaacaggtaggtccattgaaaaaacga
cgaatggcacgagaatctatgtctgattgtccatcaccaacagttcctggttcaggacat
atgaattttgctgatgatgatgttattgaagatgaagaagttgagcaagcatctcgtaat
attgcttctattgactccaaattagctatattcgagaataagagtataccgttaattgat
ttgcaaaaatcatctaatacagtagccttggtagaatcatttttggtagaatttaaacct
gatgatgaaggtacagcagaacttgtaacacaagacaagtctaacgttaaaataatggtt
gaaattaagaacgaagcagttgttgatccacagccaacccaagaaactttaaccaataaa
acaatacctataaaacatgaaaacaaagtttcaaatgaagtcactgatcaaccagatact
actgatgtctagtcaccagttaataaatctaacgatactgcaaaagaaactattaaagaa
agcgtgatacctattgtagaacaaccaccttcttctccaccccctcctccaccaccgcca
ccaccaccagtcaagcgaaagctttcattatctgaatatagaaggcgtaaagaatcacaa
gcaactgtcaccaaagaaaaagatgttgaaactggagccagtgacactcgaccatcgcca
tctgtatctcctaatacaactctcgcagcttatgaagagattacccaacaagttatagct
aaatcacttgaattagagtcaaaattggcactgcaatccagtccatctttgtttgaaacc
actatatctaaagaagaaccaaaacaatgggaaaacctaaatgataggttaaggagacaa
tttggagtcaatatcactgaagacttaccaaaaagacatccaagattgtcacctccgcct
gaattcatacccacaccaattgagtcttcacgatattcatattaccatcgctcagatgag
caactttattcttgcgcgaaagaggatttattgttaccatcaaccactgtccatgacaat
ggtcctccaaagctttttagtccaccatcacaagcgtacttttcaactatgttttttaga
cagccaccgcccccaccacctccaccgccgccccctgtatga

  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 (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (7)   
   Pfam (7)   
All databases (30)   

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