Pomacea canaliculata (golden apple snail): 112571801
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Entry
112571801 CDS
T05881
Name
(RefSeq) inactive histone-lysine N-methyltransferase 2E-like isoform X1
KO
K09189
[histone H3]-lysine4 N-trimethyltransferase MLL5 [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
112571801
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
pcan03036
]
112571801
Enzymes [BR:
pcan01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.354 [histone H3]-lysine4 N-trimethyltransferase
112571801
Chromosome and associated proteins [BR:
pcan03036
]
Eukaryotic type
Histone modification proteins
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
112571801
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
SET
PHD_5
PHD
PHD_2
Motif
Other DBs
NCBI-GeneID:
112571801
NCBI-ProteinID:
XP_025106884
LinkDB
All DBs
Position
LG9:15035452..15061705
Genome browser
AA seq
2092 aa
AA seq
DB search
MSIVLRIGAVRTSSFGVDHLSSGQDAANSDSDVLDLPASEEAYHRPSQTYSGCFGLPYQD
HNYGAPPPLSPTPPKSPPASAPKINGVVELEEEAKVPVMCNEEVVEDSITRCICGFLHDD
GYMICCDKCSVWQHIDCMGVDRNNIPESYCCELCEPRTLDAERAKMIQLRKREEIDTSAT
DTDPEEPANALASLGKKAVQVKPKAAKQRRITKSASREKGMFKTAKLSRPSQHKKDKKIK
VIKKEKENMKDASKKQRMGKTCVQKQKKLNKKLSSTLSQNKADLWDVANGPWLNIAETKE
NEYSPEVLELLSHAKSNGIHSPHTIGVFPEELLVQLYKVSEVKPNTNCLEATDLIVPGRA
IIEFKGKVMLQQHYQPSPVSNQEQQYVLLYSKFEGLDLCIDSTAYGGDARFIRRSCTPNA
EMCHIIDNGNLHFIVQAKKEIMKGTEITIPFDFDYQNVWVECACGRNSCPVTKFWKRKLA
QKSPDKTKRKRQASEEGHVRRNSQSKSSPVKASSKVPAKVSPLKVSPGITPPHQPLEDST
SQDGFPNIDIVQHTPVVKPAPISRRSSRAASDGKEDRESKPAKQIDPHYTEDMAVHVASN
HQESVQEMMSPSDAVPASAEADIDSGGECPRKLTREERKMEAIMKAFEKMARREERRKEA
LARLDKKHDVKKEEITADSYATSTIESNVEKAIEQTVSHPPASSTVASMSTTVSGNVLDL
EGRAVIKVEDSSPTTVVESPHKAQRRKTKRQRRRSRVQSASAVEHVLVPQSLTPVALPGG
IETCTQGGEDVKEEPGEHILSLPATPVTGVADTASSSSCPSSAPTSFIFHKTKKHLYSEW
SVSRTPDGRISGRMDPLEVQVGDEEMFVSYTPSPRNAMEHLQRRNSTSAGCYARGPDPSI
GNAKKRWLRQAMHETGPPGVESGSLSPVHGDSSSPTFFSSSMPSPGGSPPGDFLTPLKKR
RLARESLSQDQPSFAPPTLMPSVTLHEPLDFTGIQDSPISCSSPLMATPATPATVTLPAI
AHIRTRNGLLNSRNGSCDAKTLENRTAGTSRQLDLRQSSGSSTSETEGAAVARETSFIHD
ELSMDELRPHSVETATVQSSVPNTQFDGSGYSKVPDLPENISECQSAEPSSFSESSSMNE
TMCMEVSAVDSSAEVSEEGSENFTVGCSDEASLMNTGRGSSVAGRSWPEQERVVECSSAS
SEVEERLQQVEADVSEGTLQEEEAVDDDIGGNEATSKVCDTGHSGLGLPVLFPHSTPAEC
LVNSSQDVAWTSSVEARTSSISCSPSQGEAECYNSSDCIREVFNQGTSGERDRGRVSSAQ
DSSLLDFSCVIAADPEGLGLSDTEYGPSSSTQVVPCASMRTDPGWRREHGADDMVCNSSD
ASAPCLPPRHAEDSNVDSTTQNGLHVTHTEAGPQPGCAEEGMVITSPSFGENDVGIFCDS
NSDRGAFSEASDETVGVTSGPADSQSSEVLHTDPLISIADSSLAGPLRHDSREEEPDIDH
AHGSRQVSSASVNQLPLPASISDQLSVQVTPSASSDVYNLSPSLDSCCPDQLVSMSSCCT
PASTEGSQDVTVSSRHSVDSSRQCLEHIVEASTSSQSTTMQQEGVEVQMPESSVVPGSGT
SEDCEGLVCRVHSQGITSMFFGEDSVASACSSQPSTSMSVSSSEAQPALSATPALKKKVS
LLEYRKRLKDKTGPTCNSSNNATSLKSSPRAGNPGHRSTLDNPVTLAPLPLFEPLSVTRE
MREKERREKHMSLTERLRFEFGLEDSEEEEKTTSSDSAAHSSWDIPPPPPCPPNGMPRAP
IPGLPTSVSQRVSEDEKESSHAVTSGHPATGSPANVIPAAAAVSNTGTGNNHSPAVQLPL
GSTAPHSHTQLPVGLAWPSKLHDLQHGSLGLGLGGVAAATPHQHLSSSSTFSHSVTQHSS
IPHFQDGLVCHVSGQLGGTHLPNGAHSQPAPTSFQQSSLVGVPSTFPLTSHQPYSLAGKQ
QPPPPPPPPPPPPPATAYPSFLAQSRTLPPPPHLHPTQTSAQQPARHGRSSSFSVLSTTT
SSSHGNSIRARHSSGDHASGRMHGHYHFDQFSQTSKHKGHHGNHSSSDRKRH
NT seq
6279 nt
NT seq
+upstream
nt +downstream
nt
atgagcattgtgttgcgcattggggcggtgagaacaagttcttttggtgtggaccatctt
tcctcagggcaggatgcagctaactcggattcagacgtccttgacctgccagcttctgaa
gaggcataccatcgtccatctcaaacatactctgggtgttttggactcccatatcaggac
cacaattatggagctccaccacctttgtcacctactcctccaaagtctccaccagcatca
gcaccaaagatcaatggtgttgtggaactggaagaggaagcgaaagtcccagttatgtgc
aatgaagaagtagtggaagatagtatcacacgatgcatttgtgggtttttgcatgacgat
ggttatatgatctgctgtgataaatgcagtgtctggcagcatattgattgcatgggggtg
gaccggaataatataccagagagttactgctgtgaactatgtgaaccgaggactctagat
gccgaacgtgcaaaaatgatccagcttcgcaagagagaagaaatagatacaagtgctaca
gatacagaccctgaagagcctgcaaatgctttagcatctttaggtaaaaaggcagtgcaa
gtcaagcctaaagctgcaaagcaaaggcgaattacaaaatcagcctcaagagagaaagga
atgtttaaaacagcaaagctttccaggccaagtcagcataaaaaagacaaaaagataaag
gtcattaagaaagaaaaggaaaacatgaaagatgcttctaagaagcaacggatggggaaa
acctgtgtgcagaagcaaaagaagttgaacaagaagctgagttctaccctgagtcagaat
aaagctgacctgtgggatgttgcaaatggaccctggttgaacatagcagaaacaaaggaa
aatgagtacagccctgaggtcttggaattattatctcatgccaagtcaaatggcatacat
tctccgcacacaattggtgtgtttccagaagagctgctggttcagctttacaaggtatca
gaagtgaaaccaaatacaaattgtttggaagcaacagacctaattgtgccaggcagagcc
atcatcgaatttaagggcaaggtgatgctgcagcagcactatcagccaagtccagtcagc
aatcaggagcaacaatatgttctactctactccaagttcgaaggcttagatttgtgtata
gactccactgcctatggaggagatgctcgattcattcgcagatcatgtactccaaatgct
gagatgtgccatatcattgacaatggaaaccttcacttcattgttcaagcaaagaaagag
atcatgaagggtaccgagatcaccataccttttgattttgattaccagaatgtgtgggtg
gagtgtgcctgtggaagaaatagctgccctgtaaccaaattttggaagaggaagcttgca
cagaaatctccagacaaaacaaaacgcaagcgtcaggcatctgaggaaggtcatgtgcgc
aggaattctcaaagtaaaagcagtccagtgaaagcatcaagcaaagtgcctgctaaagtt
agcccccttaaggtcagtcctggcatcacaccacctcaccagccacttgaggacagcact
tctcaagatggatttccaaacattgatatagtgcagcacacacctgtggtaaaaccagca
ccaatttcacgaagatcaagtcgagctgcctctgatggtaaagaggaccgtgagagtaaa
cctgccaaacagattgatccccactacacagaggatatggctgttcatgtggcttctaat
catcaggagtctgttcaggagatgatgtcaccatcagatgctgtaccagcatctgctgaa
gccgatattgactctggaggagaatgtcccaggaaactgacccgggaagagcgaaagatg
gaggctattatgaaagcttttgaaaagatggctagaagagaggagcggcggaaagaagct
ttagcacgccttgataaaaagcacgatgtgaagaaggaagaaatcactgcggacagttat
gcaaccagcaccattgagtccaacgtggaaaaggccatagagcaaactgtgtctcatccg
cctgcatcgtcaacagttgctagcatgtcaactactgtcagtggcaatgtacttgatctt
gaaggccgagctgtgataaaagtggaagattcaagtcctactactgttgttgaatctcca
cacaaagcacaaaggagaaagacaaagcgacaaagaagacgaagccgagtgcagagtgct
agtgctgtagagcatgtgcttgtgccccagagtcttacaccagtggctttacctggaggc
attgagacttgcactcagggaggagaggatgttaaggaggagcctggggagcacatcctc
agtctaccagccactcctgtgactggtgttgctgatacagcatcttcatcttcctgtccc
agctctgctcctacttcctttatcttccacaagacgaaaaagcacctgtacagtgagtgg
tcagtgtcaagaacacctgatgggcgtataagtggacgaatggatcctcttgaggtgcag
gtgggtgatgaagagatgtttgtctcctacacaccaagtccacgcaatgccatggagcac
ttacagcgccgaaacagcacctctgctggctgctatgcccgtgggccagacccatccatt
ggtaatgcaaaaaagagatggttgcgacaagcaatgcatgaaactggaccacctggggta
gaaagtggatctttgtcaccagtacatggagacagctcaagtcccaccttcttcagctct
tcaatgcctagtccagggggatcaccaccaggagattttttgacacctttgaaaaagcgc
cggctagcaagagaatccctgtcacaggatcagccatcctttgctccacccactctaatg
ccatctgttacactacatgagcccttagacttcacaggcattcaagacagccccatcagc
tgctcttcgcctctcatggcaacaccagccactcctgccactgtgacattgcctgcaata
gctcacattcgtactcgaaatggccttttaaattcaagaaatggctcatgcgatgctaaa
actttggagaatagaacagcaggaacatcaaggcagcttgacctccgccaaagttcagga
agcagtacatcagaaacagaaggtgctgcagtggcaagagagacatctttcattcatgat
gaactgtccatggatgagctcagaccccactctgtggaaacagccactgttcagagttca
gtaccaaacacacagtttgatggttctggatattctaaagttcctgacctgccagagaat
atttctgaatgccaaagtgcagaaccatcttctttttcagaatctagctcaatgaatgaa
acaatgtgcatggaggtttctgcagtggatagttcagctgaggtttcagaagaaggaagt
gagaatttcacagttggatgctcggatgaggcttccctcatgaacactggtagggggtct
tctgtggcagggagaagttggcctgaacaagagagggttgtagaatgcagttctgcttca
tcggaggtagaagagagactacaacaagtggaagcagatgtaagtgaagggactttgcaa
gaagaggaagcagtagatgatgacattggtggcaatgaagcaacaagcaaagtgtgtgat
acaggccatagtggcttagggctaccagtgttatttcctcattcaactccagctgagtgc
ctagtaaacagctcacaggatgtagcctggaccagcagtgttgaggccagaaccagtagc
attagttgtagtcccagccagggagaagctgagtgttacaactctagtgattgtattaga
gaagtcttcaatcagggtaccagtggtgagagagacaggggtcgtgtaagttctgcccaa
gattcctcactgctggacttctcttgtgtgatagcagcagacccagagggtttaggttta
tctgacacagagtatgggccatcatctagcacacaggtggtgccttgtgcaagcatgaga
actgacccagggtggaggagagagcacggagctgatgacatggtctgtaatagctctgat
gcttcagcaccttgtttaccccctcgccatgctgaagacagtaatgtggactcaacaaca
cagaatgggttgcatgtgacacacacagaggctggtcctcaacctggttgtgctgaggaa
ggcatggtgataacatcaccctcttttggggaaaatgatgttggcatcttttgtgatagt
aactcagatcggggggccttctctgaggcttctgatgaaacagttggtgttacttctggt
ccagcagattcacagtccagtgaagttttacacacagacccattgattagcattgcagac
tctagccttgctggcccgttgcggcatgattcccgggaggaggagccagatattgatcat
gcacatggcagcaggcaagtgtctagcgcttctgtaaatcagctgcctcttcctgccagc
atttcagaccagctatctgttcaggtgacacccagtgcttcttcagatgtgtacaatttg
tctccaagtctagacagttgctgtccagaccaactagtttccatgtctagctgctgcacg
ccggctagcacagagggtagccaggatgttacagtgtcatcgcggcattcggtggatagt
tcacggcagtgtttggagcacatagtggaagccagcacttcctctcagagcactaccatg
cagcaggaaggtgtggaggttcagatgccagagtccagtgtggtacctgggtctggcaca
tcagaagactgtgaaggtctggtgtgcagggtccattcccaaggaatcaccagcatgttt
tttggagaggacagtgtggcaagcgcctgtagttcacagccttcaacatctatgtctgtt
tcctcctcagaagctcaacctgcactatctgctacacctgctttgaagaaaaaggttagc
ttgctggaatatcgaaagcgtcttaaggataaaacgggacctacctgtaactccagtaat
aatgccacctctctcaagagctctcctagagcaggcaaccctggtcacagatccaccttg
gacaaccccgtcactttagcccctctgcctttatttgagcccctttctgtcaccagagaa
atgagagagaaagaaaggagggaaaagcatatgagcctgacagaacgcttacgattcgaa
tttggtttggaagacagcgaagaagaagaaaagacaaccagttcagattcggctgctcat
tcatcatgggacatacctccaccaccaccatgtccacctaatggtatgccacgagcacca
ataccaggtttacctactagtgtcagtcaaagagtatctgaagatgaaaaagaaagtagc
catgctgtcacctctgggcacccagcaaccggttccccagcaaatgtgatcccagctgct
gcagccgtatcgaacacaggcacagggaataaccacagccctgctgtacagctgcctctt
gggagcacagcacctcacagtcatacccagttgccagttggccttgcctggccttccaag
cttcatgatttgcagcatggctctcttgggctaggtctgggaggagtagctgcagccacc
ccacaccaacatctctcctcttcatcaacatttagtcacagtgtaacacagcattcttca
atcccacattttcaagatggtcttgtttgtcatgtttcaggacaacttggaggtacacat
ttaccaaatggagctcacagtcagccagcacccacatcctttcagcagtcaagcctggtg
ggggtgccttctacatttcctctaacaagccaccaaccttactccctggcaggaaagcag
cagcctcctccgccacccccaccgccacctccaccaccgccagccactgcctacccatct
ttccttgctcagtctcgaactcttcctcctccaccacacctacatcctacacagacatcc
gctcagcaacctgctcgtcatgggcgaagttcaagtttttctgttctgtccaccaccacc
tcttcatcacatgggaacagcattcgagccagacactcctctggtgaccatgcttcggga
cgcatgcacggccactatcattttgaccagtttagccaaacttccaaacataaaggtcac
catggcaatcattcaagctctgacagaaaacgacactga
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integrated database retrieval system
