Pomacea canaliculata (golden apple snail): 112575399
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Entry
112575399 CDS
T05881
Name
(RefSeq) uncharacterized protein LOC112575399
KO
K11420
[histone H3]-lysine9 N-trimethyltransferase EHMT [EC:
2.1.1.355
]
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
112575399
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
pcan03036
]
112575399
Enzymes [BR:
pcan01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.355 [histone H3]-lysine9 N-trimethyltransferase
112575399
Chromosome and associated proteins [BR:
pcan03036
]
Eukaryotic type
Histone modification proteins
HDAC complexes
REST complex
112575399
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
112575399
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Ank_2
Ank
EHMT1-2_CRR
Ank_4
Ank_5
Ank_3
SET
Pre-SET
Motif
Other DBs
NCBI-GeneID:
112575399
NCBI-ProteinID:
XP_025113036
LinkDB
All DBs
Position
LG11:16436636..16460991
Genome browser
AA seq
1650 aa
AA seq
DB search
METVEQSEGQSSLEVKETKMVTSHGVNGETEPHLPVKDACKRQSPPSSPSCNSPEALVNS
GTNNPLNVNLKESKASLLDADGDVEPNKSISVQPIEHDCVERFCLSEVTNSEKSDVSEKA
TIEKVISKGRCDTDNLDCAEERDASSTGFGEVLPKGGIASEVCSSDKNSGQVERGSDQVT
KAANEAEICAHDPDASSEESKNGGNESEKENIPVADHMKIKEAQSETVGGLFNEEGKQDD
SKNCSSGGCVPHVENTKAVFSKLVEERIPQNAESVSMDDGEKGIAEHPTTDDDVKPVVIV
KESEADNMRIKTEQPCSEMSSGNSNFQHPLGKSVPDSSATKPASKMKARKSGQPVRQAPM
IIRKDGSTSEPGTIKITNLHPTANITLKLSELEEMLKVKDKCVRPFAGGENAKKDRSSDG
GMSRMDTANSVADSIKVEPEDSEPSTSQQSKDVKAKRKLRVKLRKKRRRGTYDFPGKKPQ
KKKRLSGKESDDESCFPCNDKLFDPLRHVGRKSIGSPRKQYNVLDLLTKNSHRAFMKRRN
TFIRRKCRESPLKGKSIMDMLRGKRRTSGDSGTESAGVVHEKMSATHSSPSNLATGDSKN
SERLEKQRKRRISAESVQSSTVREDDSAAIAGKRQKTEDSPDTPPPVLQPVVMVVTKHLP
NTPGLRSILPKLSASSTPSSPSSQATPVVVPAGQPILLAASSLLVPGSKVSLVPATLTAG
AKTALPLLTSLAPSSAAGVTRGVATLLNFQPKSSHPLAKSSDALRALLTKSASLGKTVSV
IPGPLTTATVVSVPTSTLMTSTTMSAALDKSQVVNKISMSSRSTAKPMSSSSSTTSSSSS
LSDAAEAKSSRSMPNGLSLPVTPPKTPEEESNTDGSVSLTTPDSDVVPLCCCKIGGANFS
RLSTGATYCQALDSVDGKVLGCCNKVTNTQLVRPGVKIPFMAVCEVHRKRLKMHQCCPGC
GHFCTQGKFLQCRREGGSSVHNFHKQCQTVRDARLFCPHCGEESGQMEVNLTLHEPRPNQ
STEQIRANLRKTILKAKMSFSMLKKSTGEAQPGTAVTLPNSKTISTDGLPTGPDKGYLEK
LLKLCIAKEERPKKYRVLPKSMYQPASEGDLDKVFYMLMDGMDPNQRCEEQDNQTVMHAA
VYSGNLGLVYLLIHSGAAIHTPDKSLKTPLMVAAECGYLSIMKLLVTAGARLDDRGEDNM
TCLHYAAKAGHLEVIQYILDVSAVDINATDEGGWTPIMWATESQLVEVVQYLVSRGGDPN
KKDNEENTGLHWAAYAGSVQITELFMDMGCELDTPNEHGDRPLHIAARQDHYEVVVVLLA
RGANVDVRNNKDETPIACCLDQNSQVCMALKVNRQLRSFASKLSRPERLLHRDISLGREK
NPLPCLNAVDNEPYPTDYLYVNHNVETQDLHINAIITSLQSCRCKDDCSSLYCVCARSSI
KCWYDKFGHLMEDFNMVDPPHIFECNRACRCWVNCNNRVVQNGITCRLQVFRTVGRGWGV
RSLMDIPKGTFICEYIGELLSDSEADRREDDSYLFDLDNKDGDTYCIDARRYGNVARFIN
HRCEPNLIPVKVFIEHQDLRFPRICFFSSCDIKAYEELGFDYGEKFWIIKWKQFTCTCGS
PKCKYSSETIQRTLAEYRARHEDEEATQET
NT seq
4953 nt
NT seq
+upstream
nt +downstream
nt
atggagacagtggagcagtcagaaggtcaatcatctcttgaagtgaaggagaccaaaatg
gtgacatctcatggagttaatggggagacagagccacatcttcctgtaaaagatgcctgc
aaaagacagtcgcctccatcttcaccatcctgtaattctccggaagcactggtgaactct
ggaaccaataatcccctgaatgtcaacttgaaagagagcaaagcctctcttttagatgca
gatggtgatgttgaacccaacaaatccatttcagttcagccgattgagcacgactgtgta
gaacgcttttgtttgtctgaagtgactaactctgaaaaatcagatgtatcagagaaggca
acaatagagaaggtaatttccaaaggcaggtgtgataccgataaccttgattgtgcagag
gaaagggatgcttctagcacaggttttggtgaagtcttgccaaaaggtggtattgcctca
gaagtttgctcctcagataaaaacagcggtcaagtggagagagggagtgatcaagtgacc
aaagctgcaaatgaagcagaaatatgtgcacatgatccagatgcatcttctgaggaaagc
aagaacggtggaaatgagtctgaaaaagaaaatattcctgtggctgaccacatgaaaatc
aaagaagctcaaagtgagactgtgggtggactttttaatgaagaaggtaaacaggatgat
tctaaaaattgttcaagtggtggctgtgtacctcatgttgagaatactaaagctgttttt
agtaagctagttgaagagagaattccacagaatgcagaatctgtcagcatggatgatggg
gagaagggtattgcagagcatccaacaactgatgacgatgtcaagccagttgtcattgtg
aaagagagtgaagcggataacatgagaataaaaacagaacagccttgtagtgaaatgtcc
tctggaaacagtaactttcaacacccccttggaaaatctgtgccagactcctcggctaca
aaacccgcaagcaagatgaaggccagaaaatcaggacagcctgtccggcaggcacccatg
ataatccgcaaagatggcagcacttctgaaccagggaccatcaagatcaccaatcttcat
ccaacagcaaacatcactttgaaactttcagagttggaggaaatgttaaaagtgaaggac
aaatgtgtcagaccatttgcaggtggggaaaatgcaaagaaagatcgaagcagtgatggt
ggaatgtcaagaatggatacagcaaacagtgttgcagattcaatcaaggtggagcctgag
gattctgaaccttcaacttcccagcaaagtaaagacgtgaaggccaaaagaaaactcagg
gttaaacttagaaaaaagcggcgacgtggcacttacgattttcctggcaaaaaacctcag
aaaaagaaacgactttctgggaaagaaagtgatgatgaatcgtgtttcccatgtaatgat
aagttgtttgatcctttgagacatgttggtcgaaaatctataggatcacctcgtaaacaa
tacaacgtcctggatttattgaccaaaaactcacacagggcttttatgaagaggcgtaac
acctttatacgtcgcaaatgtcgtgaaagtcctctgaaaggaaaatctattatggacatg
ttacggggaaaaaggcggacttctggagactctggcactgaatctgcaggtgttgtgcat
gaaaaaatgtctgcaactcacagctcaccaagtaatttggcaacaggggacagcaaaaac
agtgaacgtttggaaaaacagcgaaagcgaagaatttcagctgaaagtgttcagtcttca
actgtgcgggaagatgacagtgcagccattgcaggaaaacgtcagaagacagaggatagt
cctgacactcctccccctgtgctgcagccggtggtgatggtggtcaccaaacatctcccc
aacacaccagggctgcgctccatcttaccaaaactgagtgcctccagcactccttcctcc
ccctcctcccaagccactcctgttgtggtacctgctggacaaccaatcctcctggccgcg
tcctcactgctggtgccaggaagtaaagtctctctcgtgcctgctacgttgaccgctggt
gccaagactgcactgcctctgctgaccagcctggctccttcgtctgctgctggtgtgacc
agaggcgtggcaaccttgctcaactttcagcccaaatcctcacacccccttgccaaaagc
tcagatgccttgagagcgttgctgacaaagtccgcctccctgggaaaaactgtgtcggtg
ataccaggtcctctcaccacagccacagtagtttcagttccaacctcaaccttgatgacc
tcaacaaccatgtcggcagctttagataaaagtcaggttgtaaacaagataagcatgtca
tccaggtctacagccaaaccgatgtcttcatcttcctccaccacctcctcttcctcttca
ttatcggatgctgccgaggccaagtcatcgagatcaatgccaaatggtctgtctctgcct
gtgacaccacccaagacaccagaagaagaatcaaatacggatgggtctgtttcgttaaca
accccagacagtgatgttgttccactttgttgctgcaagattggtggtgccaatttctcc
cgattatcaacaggggcaacttattgccaagctctggactctgttgatggaaaggtcctt
ggttgctgtaacaaagtgacaaacacacaactggtgcgtccaggtgttaagattccattc
atggcagtctgcgaggtgcatcgcaagcgccttaaaatgcatcagtgctgccctggctgt
ggacatttttgcactcagggaaaatttttacaatgtcgtcgagaagggggaagctcagtg
cacaactttcacaagcagtgtcagacagttcgtgatgcacggcttttctgccctcattgt
ggggaagaatcgggacagatggaggttaatctaacactccacgaacctagacctaaccag
tcaacagagcagatccgtgccaaccttcgaaagacaattttaaaggccaaaatgagcttt
tccatgcttaaaaaatccacaggagaagcacagcctgggacagcagtcactcttcctaat
tctaaaacaatatccacagatggtttaccaacaggtccagataaaggttatctcgagaag
cttttgaaactatgcattgcaaaggaagaaaggccaaagaagtaccgtgttctgccaaag
agcatgtatcagccagcctctgaaggtgacctggataaagttttttatatgctgatggat
ggcatggatccaaaccaaaggtgtgaagagcaggataaccagacagtgatgcatgctgca
gtgtactctgggaatttagggcttgtctatctgctgatacattcaggagcagccatacac
acaccagacaagtccctgaaaactccattaatggttgctgcagagtgtggttatctcagt
attatgaaactgttggtcactgcaggagctcgtcttgatgataggggagaggacaacatg
acttgtctgcactatgctgccaaggcaggtcacttggaggtcattcagtacattctggat
gtcagtgctgtagacatcaatgccactgatgaaggtggctggacgcctatcatgtgggct
acagagtcacagctggttgaagtagtgcagtacttagtctcacgtggtggtgatcccaac
aagaaggacaatgaagaaaacacaggacttcactgggcagcctatgcaggcagtgtgcaa
atcacagagctttttatggatatgggttgtgagttggatacacccaatgaacatggtgac
cgcccactgcacattgcggcacgtcaggatcattatgaagtggttgtggttcttcttgca
agaggggccaatgttgatgtcagaaacaacaaggatgaaactccaatagcttgctgcttg
gatcagaacagtcaagtatgcatggcactcaaagttaatcgacagctgcgcagttttgca
tcaaaactgtccagaccagaacgcctcttgcacagagatatatctctgggtcgagagaag
aaccctctgccgtgtctgaatgctgtagacaatgagccataccccacagactatctgtat
gtcaaccacaatgttgaaacacaagatctccatatcaatgccattatcactagcttgcag
agctgccgatgcaaagatgattgctcatccctatactgtgtttgtgcacgcagtagcatt
aaatgctggtatgacaagtttggtcatcttatggaggactttaacatggtagatcctcca
catatatttgaatgcaaccgagcatgtcgatgctgggtcaactgtaacaatcgtgttgtt
cagaatggcattacgtgccggctccaggttttccgtactgtaggtagaggttggggagtg
cgatctcttatggacattccaaagggaaccttcatatgcgagtacattggggaattgcta
tctgattcagaagctgaccgacgtgaagatgactcttacctttttgatctggataacaag
gatggagacacatactgcattgatgctcgcagatatggaaatgtggctcgctttatcaac
catcgatgtgagccaaacttaatccctgtgaaggtctttattgaacatcaggaccttcgc
ttcccacggatctgcttcttttcatcatgtgatattaaagcctacgaggaactgggattt
gactatggagaaaaattctggatcataaagtggaagcagtttacatgcacatgcggttcc
cccaaatgcaaatactccagtgaaaccatccagcgcacattggccgagtaccgggctcgc
cacgaggatgaggaggccacgcaggagacttga
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integrated database retrieval system
