KEGG   Pomacea canaliculata (golden apple snail): 112575249
Entry
112575249         CDS       T05881                                 
Name
(RefSeq) receptor-type tyrosine-protein phosphatase mu-like
  KO
K05695  receptor-type tyrosine-protein phosphatase F [EC:3.1.3.48]
Organism
pcan  Pomacea canaliculata (golden apple snail)
Brite
KEGG Orthology (KO) [BR:pcan00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:pcan01009]
    112575249
  09183 Protein families: signaling and cellular processes
   04515 Cell adhesion molecules [BR:pcan04515]
    112575249
Enzymes [BR:pcan01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     112575249
Protein phosphatases and associated proteins [BR:pcan01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    112575249
Cell adhesion molecules [BR:pcan04515]
 Immunoglobulin superfamily
  Type II RPTP family
   112575249
SSDB
Motif
Pfam: Y_phosphatase fn3 Ig_DSCAM-DSCAML_C Fn3_PTPRU Pur_ac_phosph_N PTP-SAK DSPc Tc-R-P Y_phosphatase3 PTP-NADK KIAA1549 DUF6479 DUF4064 Adeno_E3_CR2 Podoplanin SKG6 TMEM154 Mid2 Protocadherin RIFIN Stevor
Other DBs
NCBI-GeneID: 112575249
NCBI-ProteinID: XP_025112749
Position
LG11:17086712..17102687
AA seq 1531 aa
MGNVRKIRFMCVQHWVVIAGALMLSLAAAQSPCGSCPPKTYCVTGTSNVCAACNQACKSC
TSLGPQGCTECSDGYHWENGICVLCPAGTFGSGCSGMCHCLEPGACNATNGQCSGKCEKG
YYLPPACVTECPNGSYGLDCLQKCHCLNDSVCEKALGFCPGGMCHPDWVSYGCSQRLPKL
IDPPEVLFATCGYLTVEWRRWSAEIDIGDLPIKEYRLYKILDSVDPNITWSHVTTVQENV
NVTQYVVNVTGLVRDASYKFRVDVHYSDNGKVVEKTSMGASSVSAMVPCTTTTTQAPVTI
PIIVGTDIFTAMAYTNQPDGSLVVTWTMDPSLDRFLWNVSLSYQMTGIGDCSPVTGSPTT
SINIDQKNTSFRLASPGSWRKYLFTLHAQGTGVISAVNGSKSVEAISAEVAPNASVSGIQ
TTALSKDSATLQWVSVPCANRGGTLLYYTVNLNTSGSLLHNTTTTTSFTFNGLTPFNRYQ
ASVHYVNRVGAGPESDVFTFTTSEAVPGTMQIKELVPSETNITVIFDPPVPANGIILEYQ
ISYSSNVTFVSPESLTINATSSEPAVIRRLTPYTVYYVKVRASTSAGAGPYSTVQQVRTL
QARPFPPSTIRQNYQNNTCLGVTWVAPDQTTVAITGYTLTIVKSSIVVVTENIPPNETKY
LRCGLDPGTAYTVSMVSNSGTGSGEAIERTFYTEQGIPRQPSPPRLVSINTTSAVIEIEP
VTLTEGPLTGYQIEVEETQVSGRKKRVADVPGYVTAELSPQNVTEQRRFEIGDGQKYGGY
VNKPLLPGQGYQVHYVVLSELNNVTKYSVSKLPQPFTTLTIQSPTTQAQLPVADSSLDIG
VVIGIIVGIILLIILIICIILIVLWRRKHRNGFKPSYLELEKPSSKPAPPKQKDEYDPEK
YWNQISSVRQSRYITYGRECLPDNQIPFAGIEPSVPASSRVTFFKEFKTLPHKSDQATML
QAQKFPDRNRFPHLLPCDQSLVPLRPDGHSMCPYINASFVSGYQRSNAYIAAQSPFDDRT
AVDFWRLIQQWGVTTVVMVTNIVEDNIVKCTQFWPQSGKATIGGFQLELIDEDVYSDFTI
RVVSVDDTTTRTGYKVRLYEFTSWPDHGVPDDPIPFLDMRYKVYRSHADDRSPILVHCGT
GVARTGVFIAVDSLIEQYAVEGRISVFAFVRKMRRERPHMVRTFKQYVFIYECILEYFQA
GHTMADVTTLKKMYHDWTQTNGKTGRSFLFDQFHLLQSLTRGPTPAQCAAACQPQNVHKN
RYPDVVPPDASRPDLSTPTKLSDTDYINAVFIDGYRQRRRFIVTQTPLHTTILDFWRMVY
DHRVQTIVMMENFGDEANNQGEYWPSDSIKQWEPFFVETTAAYQQENVTIRNFKLMSTLR
PKDKPRYIRQFQFNAWAKTNLIPVSKTMVLDLLQLVLEYQKMTNFPDSPIVVHCQDGATH
SGLFVALSLVVERIEEDQEVDVYHVVKHVKRRRPQVLSDYDQYRFCYKTLWDYMNLRMIG
GTFTDTLGQTKADKTYGVASLSLTSQPDSLY
NT seq 4596 nt   +upstreamnt  +downstreamnt
atggggaatgtcagaaaaatacggtttatgtgtgtccaacactgggttgtcattgctggt
gctttgatgctctcactagctgcagcgcagagcccatgcggatcttgccctcctaagacc
tactgcgtgactgggacatccaacgtgtgcgctgcatgcaatcaagcgtgtaaaagttgc
actagcctgggaccacaggggtgcacggagtgcagtgacggttatcactgggaaaatgga
atctgcgtcctgtgtccagcaggcacgtttggaagcggttgcagcggcatgtgccattgt
ctggaacccggcgcctgcaacgccaccaacggacaatgcagcggcaagtgcgaaaagggc
tactacctacctccagcctgcgtcactgaatgtcctaacggatcttacggcctggactgc
ctacagaaatgccactgtttaaacgactcagtctgtgagaaagctctgggtttctgtcca
ggcggcatgtgtcacccggactgggtcagttacgggtgtagccaacgcttacccaagctg
atagatccacctgaagtcctcttcgctacctgtggctatctcaccgttgagtggcgcagg
tggagcgctgagatcgatataggcgacttacctataaaggagtatagactgtacaagatt
ctggactccgtggacccaaacattacctggagtcacgtgactacggtgcaagagaatgtc
aacgtgacgcagtacgtagtaaacgtcaccggcctggtgcgtgacgcctcctacaaattc
cgggtggatgtccattactctgataacggcaaagttgtggaaaaaaccagtatgggtgct
tcatcggtgtctgccatggtgccatgtaccacaactacaacgcaagcaccagtgacgatt
cccatcatcgtaggtactgatattttcaccgctatggcttacaccaaccagccagatggc
tcattggtagtcacgtggacaatggaccccagccttgacaggtttctgtggaatgtcagt
ctgtcctatcagatgacaggcatcggcgactgctccccagtgactggcagccccaccaca
tcaatcaacatcgaccagaaaaacacctcctttcggttggccagcccaggttcgtggcgg
aagtacctgttcacactgcatgcccaggggacaggtgtgatttcagccgtcaacggcagc
aagagtgtggaggctattagtgctgaagtggctccaaatgccagtgtcagcggcattcag
acaacggctctctcaaaggacagcgctaccctgcagtgggtgagcgtgccgtgcgcaaat
cggggtgggaccctgctgtactacaccgtcaacctcaacacgtcaggctctctcctacac
aacaccaccaccaccaccagcttcactttcaacggcctgacaccgttcaaccgttaccaa
gcgtcagtgcactacgtcaaccgggtgggggctggacccgaatctgacgtcttcaccttc
acgacctcggaagcagtgccaggaacaatgcaaataaaagaactcgttccctcagaaact
aacattaccgttatcttcgacccgcccgttccagccaatggcatcatattggagtaccag
atctcttacagctccaatgtaaccttcgtctctcctgaatcactcaccattaatgccacg
tcatcagagccagccgttattagaagactgaccccctacacagtgtattatgtcaaggtt
cgcgcctcgaccagtgctggtgccggcccctacagcaccgtgcagcaagtccgcaccctg
caggcccgtccttttcctccttccaccatccgtcagaattaccagaacaacacgtgcctg
ggtgtgacctgggtggctccagaccaaacaacggtggcgatcactggttatactctgacc
attgtgaaaagcagtatcgtggtcgtcacggaaaatattccaccaaacgagacaaagtat
cttcgttgtggactggaccccggcaccgcctacacggtgtccatggtgtccaactccggc
actggctcaggggaggccatcgagagaaccttctacacggagcaggggatcccgagacaa
ccctcgccacctcgtcttgtcagcatcaacactacctccgcggtgatcgaaatcgaaccg
gtgaccttaaccgagggacctctgaccgggtaccagatcgaagtggaggaaacccaagtc
agtgggcggaagaaacgtgttgctgacgtccctggttacgtcacagctgaactttctccc
caaaatgtaacggaacaaagaaggttcgagatcggagacggacaaaaatatggtggctat
gttaataaacctctactgccaggacaaggttaccaagtgcattatgttgttctcagcgaa
ctgaacaatgtcaccaagtactccgttagcaagcttccccaaccgttcacgacactaaca
atccagtccccgaccacacaagcgcagctcccagtggctgatagttccctcgatattggt
gtggtgatcgggatcattgtcggtattatccttttgatcatcctcatcatctgtatcatc
ctgatcgtcttgtggcgccgaaagcatcgaaacgggtttaagccatcgtacttagagctt
gagaagcccagtagtaagccagcacccccaaaacagaaggatgaatacgacccggagaaa
tactggaaccagatctcttctgtgcgtcaaagccgttacatcacctatgggagggaatgt
ctccctgacaaccagattccctttgcggggatagagcccagcgtgccggcttcctcgcgg
gtgacattcttcaaggagttcaaaaccttgcctcacaagagcgaccaggcgacgatgtta
caggcccagaagttcccggatcgaaaccgcttcccgcacctcctgccgtgcgaccagtcg
ctcgtgccgctgaggccggacggccactcgatgtgcccctacatcaacgccagcttcgtg
tccggctaccaacggtccaacgcctacatcgcggcacagagccccttcgacgacaggaca
gccgtggacttctggcgactcatccagcagtggggcgtcaccacggttgtcatggttacc
aacatcgttgaggacaacatcgtcaagtgcacacagttctggccgcaatcaggaaaggct
acaatcggcggctttcagctagagctgattgacgaggatgtgtattctgacttcacgatc
cgtgtggtcagcgtggacgacacgaccacccgcactggctacaaggttcgtctgtatgaa
ttcacctcctggccggaccatggggtgcctgatgaccccataccgtttctggacatgcgc
tacaaggtttaccgaagtcatgctgacgaccgaagccccatcctggtgcattgtgggaca
ggtgtggccaggaccggagtgttcatcgcagttgattccttgattgagcaatatgctgtg
gaaggtcgtatcagcgtcttcgcatttgtgcggaaaatgcggcgggagcgccctcacatg
gtgcggaccttcaaacagtatgtcttcatctacgagtgcatcctggagtacttccaggcc
ggccacacaatggcggatgtcacgaccctcaagaagatgtaccacgactggactcagact
aacggcaagacaggtcgctccttcctgttcgaccaattccacctccttcagagcctgacg
cgcggccccaccccagcccagtgcgccgccgcctgtcagccgcagaacgtgcacaagaac
aggtacccggatgtcgtgccacccgacgccagtcgtccggacctctccaccccgaccaag
ttgtcagacaccgactacatcaacgccgttttcatcgacggctacaggcaaaggaggcgg
ttcatcgtgacccagacgcccctgcacaccaccattttggacttctggaggatggtgtac
gatcaccgcgtgcagaccatcgtcatgatggagaactttggcgacgaggccaacaaccaa
ggcgagtactggccctctgacagcatcaagcagtgggaacctttcttcgtggaaactacg
gcagcctatcagcaggagaacgtgacgataaggaacttcaagctgatgagcaccctcaga
cccaaagacaaacctcgctacattcgccagttccagttcaacgcctgggcgaaaaccaac
ctgataccggtgtctaagacgatggttctagacttactacaactggtgcttgagtaccag
aagatgaccaacttcccggatagtcctatagtcgtccactgccaagatggcgctactcac
tctgggctgttcgtcgcactctcgttggtggtggagcggatcgaagaagatcaggaagtt
gacgtctaccacgttgtcaaacacgtcaaacgccgccgaccccaggtgttgtctgactat
gatcagtaccgcttctgctacaagaccctctgggactacatgaacctgcgcatgattgga
gggaccttcacggacacgctgggacagaccaaggcggacaagacctacggagtggccagc
ctcagtctgacatcacagccagacagtctatactga

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (21)   
   Pfam (21)   
All databases (25)   

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