KEGG   Pomacea canaliculata (golden apple snail): 112553748
Entry
112553748         CDS       T05881                                 
Name
(RefSeq) uncharacterized protein LOC112553748
  KO
K06101  [histone H3]-lysine4 N-trimethyltransferase ASH1L [EC:2.1.1.354]
Organism
pcan  Pomacea canaliculata (golden apple snail)
Pathway
pcan00310  Lysine degradation
pcan01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:pcan00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    112553748
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:pcan03036]
    112553748
Enzymes [BR:pcan01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     112553748
Chromosome and associated proteins [BR:pcan03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     112553748
SSDB
Motif
Pfam: SET BAH Bromodomain AWS PHD_5 PHD
Other DBs
NCBI-GeneID: 112553748
NCBI-ProteinID: XP_025076953
Position
LG1:complement(8122223..8160109)
AA seq 2087 aa
MSRTKGTLSSFKVSQAGQTEIVKRDESAARDVSQVDGLSPKEEAVRKENYDLPKEVGTDA
ELGKKCAVSPASAATSVLCYLSGGEDVDDKDHQQQLQHIQKHAVVPVLGDPPEALLRLDS
MSMPNVSPDSGIQSIAGSPSGNDSPGSVTSVSTGEPSGEPTMQLQAPPQQIHFSEQQRHA
GQPSPSLPEVESATTSCETILGEVESKSPGRNISETSDRDSDTEMTEITMPLKAPPMGRR
KRGRPPKRKKSQFLLHKKSTIYSNIYCSDKNVANEEASVCAEDATPLTVAKLEKSVNVVG
KKADKSEEVVESQESSSQSILDEHPDLSESQRSPTKVSSHSQVNTLPEELCSSDSNPGKG
LRVSDVKKRGRGRPKGSGKKHFFTNVKNRVQKSKNRQIQSSSSRLIRKYARKAEETLLAA
GSREETPRQFFTEKRKRGRPRKNASDLAGKLHHERWLAKSPRHESNVRSVRGVGDSELAS
LIQSIQHSIHSQFQSTDVDESSEFTMDNSNDISIIEPSLPSSLPVEATAKKPGKTAHKFR
KPKLHVMMRNPKRRKKKRLQQPQPKSESEFDSSLVAAKPVSLFRNAVSFKNTSWQPTGIF
GASYSRSLGFFARYQPSKILKESSFSLHSSSLTSALSAHREDTSGDEDRDGSEGKKRKKK
KKLLYFKSKHRNIIDPAFVAQLESLDSMMEGMTISEKAYIRVKPGEVPLPSIFKLTIIDV
KKKKKDRLILEPPVTSDKTKKAKQRKDSRDREPAMPELTKEKMKTIRKKSQSDDSRPPNL
EIQLAREQCLPPKKRHKMMKMFATEVSDTQMTVLSEPYPPEKRKVGRPRKNQALESTQKG
ASNEGSKPLCDRFLTPTSPPSKTSNREQNQRYQPTEGGHTKDTCCDLPVFCRSSHGGGQA
KEASVRSVLTCPRHCSFKSLLELASCPECTLLAESQPHTSSLHSPRSYSRQQTLQESGST
SSKASKLKPHLPRKKKLKLVKKMPKGNFSDGAGIDAFRDLPSASSSVQHKTTKWLGAELP
SAEVVINPLPVAAVSSVTCGASADKSCNSSSMSECSIDSESAVRTVCSEYEPLPLEHCLK
RKRILEDMASASKSKRFKGLSKNSGSYEEESSSEDNGSTSAVSYTSNSSTKRNDDSQPPR
KRYQRVGLFSDFYKDDEPKKRSENLLKNQSKTTYVKGEETSLLPPPIHFGKHFRETTVDF
QLPYDIWWLYSREQLPKREESRPKFRRIRTNIYVDVKLKKFEPHPCSCKMPVNQEEKGCL
DDCLNRVVFTECTVETCPCGEQCSNQRIQRHEFAPALEKFVTDDRGFGVRTLKPIVSGQF
ILEYLGEVVSEQEFRRRMTEEYSKERHHYCLNMDGRTVIDGYRMGNLTRFVNHSCEPNCE
MQKWNVNGLYRMVLLALRDIKPYEEISYDYNFHAFNQETQQLCRCGSSQCRGVIGGKWQR
SGQVGQYSLRATRASTTPTVLPTPPIGSHKPNSKNFSCTASGTRAQEKRQQQHTDGCFGR
LVPPMKPMSQRDRTYARKHAIFLIRNITRQERHHPEETQQEKSAKRGIDPTALEKVPDML
FMKELNDRSVKTRLVALAEENPELQRRHRLALILNKIYSAVAGHRDEDRKIMATQLMQLP
SRKRYPDYYRLISDPIDLSTIRNNIKRGHYTDLATFEADFLRLFKNVETYCGKKSEMGKV
IARLRKVYQTARAEAVPKVEDLAGEGAAVSSSCSEVDVIDMPETKDPAEEEEEEEVIRCI
CGVFRDEGLMIQCEKCLIWQHCDCVQVSGSEEHYLCEQCDLRAYDKEIKLIPQPEDAEKD
REYYMTLMREDLQIAIGDCVYLMRDFKRNSVRSSQRLVSSTSPDKMDIFRVEELWKNNKG
ERFVMGTPYVRPQETFHEPTRKFFCNEVFRMPTYEIAPLEQVAGKCVVMDLSTYCKGKPL
GVKPQDIYICEYRVDKTAHLFYKIVKHRYPISTKSYCFERYKTRLNPKRTFSPHEIPEEY
RKRATSERPSNTASSTANSRKSATLLSAAGGVDGSQEEAGKSGLCQEADEEASNACDEKQ
RNAKKERLNKLLVKMLAAIPGKQKVDLSYLLDGSLGKRPRKKTASFS
NT seq 6264 nt   +upstreamnt  +downstreamnt
atgagcaggacaaagggcactctctcctccttcaaagtcagccaggctgggcaaacagaa
attgtgaagagagatgaatctgctgccagggatgtaagtcaggtagatggactttcaccc
aaagaagaggcagttagaaaggaaaactatgacttgccaaaagaagtaggcactgatgct
gaattggggaaaaaatgtgctgtgagtccagcctcagcagcaacatcagttctttgctac
ttgtctggcggcgaagatgttgacgataaagaccaccagcaacagctgcagcatatccaa
aagcatgctgttgtaccagtgctgggtgacccacctgaagcactgttacggttggactcc
atgtccatgcctaatgtctctccagacagtggaatccagtctattgcaggctcgccatca
ggtaatgattctccaggctcggttacttctgtatcaactggagaaccaagtggtgaacca
acaatgcagcttcaggccccaccacaacagatccatttttcagagcagcaacggcatgct
ggacaaccttcaccttcccttccagaagttgagtctgctaccactagttgtgagacaatt
ctaggggaagtagaatccaaatctccaggaagaaacatcagtgaaacatctgacagagac
tcagatacagaaatgactgagataacaatgcccttgaaggctccaccaatgggaagaaga
aagcgtggtcgtccaccaaagaggaaaaagtctcagtttctgcttcacaaaaagagcaca
atttacagcaatatttattgcagtgacaagaatgtagcaaacgaggaagcatccgtttgt
gcagaagatgctacaccattaactgtagcaaagctagagaagtctgtaaatgtagttggc
aagaaagccgacaagtcagaagaagtggtagaatctcaggaaagctcttctcagagtatc
ttagatgagcatcctgatttgtcagaatctcaaagatcaccaactaaagtgtcaagtcat
agtcaggttaataccttgccagaagagctgtgttcctccgattcaaatcctggtaaaggt
ctcagagtttctgatgtcaaaaaacgtggtcgtggtagaccaaaggggtcaggaaagaag
cactttttcaccaatgttaaaaatagggtgcagaaatcaaaaaacagacagatacaaagc
agcagttctagactcattagaaaatatgccagaaaagctgaagaaacacttttagctgct
ggcagcagagaggagacaccaaggcaatttttcactgaaaaacggaagaggggacgcccc
agaaagaatgcatcagatcttgcaggaaaactgcatcatgaaagatggctggccaagtca
cctagacatgaatctaatgtgcgaagtgtgaggggtgttggtgacagtgaactggcttcc
ttgattcagagcattcagcactctatccattcacagtttcaaagtactgatgtagatgaa
tcaagtgagtttacaatggataacagcaatgatatcagcatcattgaaccatctttgcca
agttcactacctgttgaagcaactgcaaaaaagcctggcaaaactgctcacaagtttcgc
aaaccaaagcttcatgtcatgatgcgcaatcctaaacgaagaaaaaagaagcgcttgcag
cagccacagccgaagtctgagtctgaatttgattcttctcttgttgcagcaaagcctgtg
tctctattcagaaatgcagtctcattcaaaaacacctcatggcagccaacaggcatattt
ggagcttcttacagtagatctttaggattttttgccagatatcaaccctcaaaaatttta
aaggaaagttccttcagtctgcattcaagtagccttaccagtgctttgagtgctcataga
gaagacacatcaggagatgaagatagggatggcagtgaaggtaagaaaagaaaaaagaag
aagaagcttctttatttcaagtcaaagcacaggaatatcattgacccagcatttgtggcg
cagttagaatcccttgactctatgatggaaggcatgaccatttcagagaaggcttacata
agagttaaacctggtgaggtgcctttaccatcaatattcaaacttacaatcatagatgtt
aagaaaaagaagaaggatcgacttattcttgagccaccagtgacatcagataaaaccaaa
aaagctaaacaacggaaagacagtagggacagggaaccagctatgccagaactgactaaa
gaaaagatgaaaaccattcgcaagaaaagtcagtcagatgatagtcgaccgccaaatctt
gaaatccagcttgcacgggaacagtgtctgcctccaaagaagagacacaagatgatgaaa
atgtttgctacagaagtaagtgacacacaaatgactgttttaagtgagccatacccacca
gaaaagcgcaaagttggccgcccaagaaaaaatcaagcattggaatcaacacagaaagga
gccagcaatgaaggcagcaaaccactttgtgacagatttttgacaccaacttctcctccg
tccaaaacatcaaaccgggaacaaaaccagcgctaccagcctacagagggtggacacacc
aaagatacgtgttgtgacttacctgttttttgtcgatcctcccatggaggaggtcaggcc
aaagaagcatcagtgagatcagtattaacgtgccctcgtcattgctctttcaaatctttg
ttggaactggcttcctgtccagaatgtacccttcttgcagagagccagcctcacacctca
tctttacattcaccacgatcttactcaaggcagcaaactttgcaagaatcaggttcaaca
tcttcaaaagcttcaaaattgaaacctcacctacctagaaaaaaaaagttgaagttagta
aagaaaatgcccaaaggaaatttctctgatggtgctgggattgatgcatttagagatttg
ccttcagcttcatcttctgtgcaacataagactactaagtggttgggggcagaacttccc
agtgcagaggttgtgatcaatccactacctgttgctgctgtttcttctgtgacatgtggt
gcatctgcagataaatcgtgcaattcttccagcatgtcagaatgtagtattgacagtgaa
tctgctgttagaactgtgtgttcagaatatgaaccattacctttagagcactgtctcaaa
cgaaaacgcattctagaagacatggcttcagcaagtaaaagtaaacgctttaagggattg
tccaaaaacagtggctcgtatgaggaagagtcatctagtgaagataacggaagtacaagt
gcagttagctacactagcaattcctctacaaaaagaaatgatgactctcagccaccaagg
aagcggtaccagcgcgtaggacttttctcagacttttacaaggatgatgaacccaagaaa
cgaagtgaaaacttgctgaaaaatcaaagcaaaacaacatatgtcaagggagaagaaaca
agtcttttgccaccacctatccattttggcaaacacttccgagaaactacagttgacttc
caacttccatatgacatatggtggttgtattcccgtgaacagttacctaagagggaagaa
tctcgacccaaattcagaagaatacgaaccaatatttatgtagatgtgaaacttaaaaag
tttgagcctcatccatgcagctgcaaaatgccagttaatcaggaggagaaaggttgcctt
gatgactgccttaacagagttgtgttcacggaatgcactgttgaaacgtgtccgtgtgga
gagcagtgctcaaatcagcgcattcagcggcacgagtttgcaccagctctggaaaagttt
gtcacagatgacaggggtttcggtgttcgaacattaaaacccattgtgtctggccagttt
attttggagtacttaggagaagtggtcagtgaacaagaatttagacgccgaatgactgag
gaatactccaaggaacgccaccactactgccttaatatggatggtcgcactgtcattgat
ggctacagaatgggaaacttgacccgcttcgtcaaccactcatgtgaacccaactgtgag
atgcaaaaatggaatgtgaatggtctctatcgcatggtgctgctagcattgcgagatatc
aagccatatgaggagatcagctatgactacaatttccatgctttcaatcaggaaacacag
caactttgtcggtgtgggagcagtcagtgtcgtggagtgattggcggcaaatggcagcgc
agtgggcaggtcggacaatactctctccgcgcaacgcgggcctctaccactccaactgtc
cttcctactccacctataggcagtcacaaaccaaactccaaaaacttctcatgtacagct
agtggcacgcgggcacaagagaagaggcagcagcagcacacagatgggtgttttggtcgt
ctggtgccccccatgaagcctatgtcacagcgagaccgcacatacgcacgaaagcatgct
attttccttattcgtaatataacacgtcaagaacggcatcatccagaagagacacaacag
gagaagtctgcaaagcgaggtattgatccaacagctttggaaaaagttcctgatatgctg
tttatgaaagaactgaatgatagatccgtcaaaaccaggctagtggctttggcagaagag
aatcctgaactccagcgaagacatcgcttggcacttatcttaaataaaatctatagtgct
gttgccggtcacagagatgaagacagaaagattatggctacccagctaatgcagcttccc
tcacgaaagcggtacccagattattaccgcttgatctcagaccccattgacctgagcacc
attcgcaataacatcaagcgtggccactacacagatcttgcaacatttgaggccgatttt
cttcgtctcttcaaaaatgtagagacatattgcggaaagaaatccgagatgggaaaggtc
atagctcgtttgcggaaagtctaccaaaccgctcgggcagaagcggttccaaaggtagag
gatcttgctggggaaggggctgcagtatcatcgtcttgttcagaagttgatgtcatagac
atgccagaaaccaaagatcctgcagaagaagaggaggaagaggaagtaattcgttgcatt
tgtggggtcttccgtgatgagggcttaatgatccaatgtgaaaaatgcctgatctggcag
cactgtgactgtgtgcaagtcagtggctcagaagagcactacctgtgtgaacagtgtgat
cttcgagcatatgacaaggagatcaagctgataccacaacctgaagatgcagagaaagac
agagaatactacatgacgcttatgcgtgaggatctgcagatagccattggtgattgtgtc
tacctaatgcgggattttaaacgcaacagtgtacgatcatctcagcgtcttgtgtcctct
actagccctgacaaaatggatatcttccgtgtagaggagctgtggaaaaacaacaaggga
gagcggtttgtcatgggaactccttatgtccgacctcaagaaaccttccatgaacctaca
agaaaattcttctgcaatgaggtgttccggatgccaacgtacgagatagcaccactggag
caggtggctgggaaatgtgtggtgatggatctcagcacttactgcaagggcaagcctctg
ggtgttaagcctcaggacatctatatctgtgaataccgtgttgacaaaactgcacacctg
ttctacaagatagtcaaacataggtacccaataagtacaaagtcctactgctttgaaagg
tacaagacaaggctgaatccaaaaaggacattttcaccacatgaaataccagaggagtac
cgcaagcgtgccacaagtgagcggccaagtaacactgcctctagcactgccaactcccgc
aagtctgcaacattgttgtctgcagcaggtggtgtagatggcagtcaggaggaggctggg
aagagcgggctgtgtcaggaggctgatgaagaagcatcaaatgcctgtgatgagaagcag
aggaatgcaaagaaagagcgattaaacaagctgcttgtcaaaatgctggctgccatccca
gggaaacagaaagtagatctctcatatttgctggatggttcactgggaaagagaccccgc
aaaaagacagcctcattctcttga

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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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (27)   

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