KEGG   Enhydra lutris kenyoni (northern sea otter): 111142029
Entry
111142029         CDS       T05871                                 
Name
(RefSeq) LOW QUALITY PROTEIN: receptor-type tyrosine-protein phosphatase O
  KO
K18035  receptor-type tyrosine-protein phosphatase O [EC:3.1.3.48]
Organism
elk  Enhydra lutris kenyoni (northern sea otter)
Brite
KEGG Orthology (KO) [BR:elk00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:elk01009]
    111142029
Enzymes [BR:elk01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     111142029
Protein phosphatases and associated proteins [BR:elk01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    111142029
SSDB
Motif
Pfam: Y_phosphatase fn3 Y_phosphatase3 DSPc PTPlike_phytase
Other DBs
NCBI-GeneID: 111142029
NCBI-ProteinID: XP_022350657
UniProt: A0A2Y9IPJ3
Position
Unknown
AA seq 1462 aa
MERVCNYTLSSRVGVGWREWNXPHQTHMRAPRTPSLPSQPPVPSKCFXYFCTATESQCRK
IERRLGSGPQVAQEESGKPRTTPQSPRLWEGLGRSLQWGLSRXEAAGGPLWGAGRLLSLY
ESAAQSESIRLSDHGLGAGHPPLARHADPRLTRSLGGGGCRASPTPIPTLSILSCXRTAA
PGTFWEDPRRRKGKGAGXKGTGTAACASREQPRRPRSEAAASVRHCEPPPGSSHAPRSPR
VPFGTVMGHLPTRPRGGRSLLSLLWLFVLLKNATTFHVTVQDDNSIVVSLEAPDVTSPSS
VYVVKITGESKNYFFEFEDFNSTLPPPVTFKANYHGLYYIITLVVVNGNVVTKPSRSITV
LTKPLPVTSVSIYDYKPSPETGVLFEIHYPEKYNVFTRVNISYWEGKDFRTMLYKDFFKG
KTVFNHWLPGICYSNITFQLVSEATFNKSTLVEYSGVSHEPKQHRTAPYPPRNISVRIVN
LNKNNWEEQSGSFPEESFIRSQEMVGKDKLFHFTDEASESPSGNISSGWPDFNSNDDETT
SQPYWWGSAPATPESEDDFVSVLPMEYENNSMLSETEKSTAGSLSFFPVQMILNWLPPKP
PTAFDGFHIHIEREENFTEYLTVDEEAHEFVAELKEPGKYKLSVMTFSSSGSCETRKSQS
AKSLSFYISPSGEWIEELTEKPQHVSVHVLSSTTALMSWTSSQENYNGTIVSVVSLTCQK
QKESQRLEKQYCTQVNSSKSIIENLVPGAQYQVVMYLRKGPLIGPPSDPVTFAIVPTGIK
DLMLYPLGPTAVVLSWSRPYLGVFRKYVVEMFYFNPATMTSEWTTYYEIAATVSLTASVR
IANLLPAWYYNFRVTMVTWGDPELSCCDSSTISFITAPVAPEITSVEYYNSLLYISWTYG
DDTTDLSHSRMLHWMVVAEGKKKIKKSVTRNVMTAILSLPPGDIYNLSVTACTERGSNTS
MLHLVKLEPAPPKSLFAVNKTQTSVTLLWVEEGVADFFEVFCQQVGSSQETKLQEPIAVS
SHVVTISSLLPATAYNCSVTSFSHNSPSVPTFIAVSTMVTEMNPNVVVISVLAILSTLLI
GLLLVTLIILRKKHLQMARECGAGTFVNFASLERDGKLPYNWRRSIFAFLTLLPSCLWTD
YLLAFYINPWSKNGLKKRKLTNPVQLDDFDAYIKDMAKDSDYKFSLQFEELKLIGLDIPH
FAADLPLNRCKNRYTNILPYDFSRVRLVSMNEEEGTDYINANYIPGYNSSQEYIATQGPL
PETRNDFWKMVLQQKSQIIVMLTQCNEKRRVKCDHYWPFTEEPIAYGDITVEMISEEERE
DWARRHFRINYADETQDVMHFNYTAWPDHGVPTANAAESILQFVHVVRQQATKSKGPMIV
HCSAGVGRTGTFIALDRLLQHIRDHEFVDILGLVSEMRSYRMSMVQTEEQYIFIHQCVQL
MWMKKKQQFCISDVIYENVSKS
NT seq 4389 nt   +upstreamnt  +downstreamnt
atggaaagagtatgtaattatactctttcctcccgggtaggagtgggttggagagaatgg
aatnccccccatcaaacacacatgcgggcaccacgcactccatcactcccatcccaacca
ccagttccctccaagtgtttcntgtacttctgtacagcaactgagagccaatgcaggaag
attgagaggagactgggatcgggtccccaagttgctcaagaggagtcagggaaaccccgc
actactcctcagtccccaagactgtgggaagggctggggcggagcctgcagtgggggctg
tcccgataagaggcggcaggcggacccctgtggggggctgggaggctgctgtcactttat
gagtccgcggcgcagagtgagagtatccggctgtcagaccacgggctgggtgcagggcac
ccgcctctcgctcgccacgcggacccgcgtctcacccgcagccttggtggcggcggctgc
agagcctcgcccactccgatccccaccctctccatccttagctgttaaagaacggcagcg
cctggcaccttctgggaggacccccggcgcagaaaaggaaagggagcaggangtaagggg
actggaacggcagcatgcgccagccgggagcagcctcggcgcccacggtctgaggcggca
gcctcagttcgccattgtgagccgccgccggggagctcgcacgcgccgcggtctccccgg
gtccccttcggcaccgtgatggggcacctgcccacgagaccgcgcggcggccgcagcctc
ctgtctctgctgtggctctttgtgctgctcaagaatgccacaacattccatgtaactgtt
caagatgataatagcatcgttgtgtctttagaagccccagatgtcacgagcccatcatct
gtgtatgttgtgaagataactggggaatcaaaaaattacttcttcgaatttgaggacttc
aacagcactttgcctcctcctgttacctttaaggctaattaccatggcctttattatata
atcactctggtagtggtaaatggaaatgtggttaccaagccatccagatcaatcactgtg
ttaacaaaacccctacctgtaaccagtgtttcaatatatgactataaaccttctcctgaa
acaggagtcctgtttgaaattcattatccagaaaaatacaatgttttcacaagagtaaac
ataagctactgggaagggaaagacttccgaacaatgctatataaagatttctttaaggga
aaaacagtatttaatcactggctgccaggaatatgttatagtaacatcacttttcaactg
gtatctgaggcaacttttaataaaagtactcttgtggagtacagtggtgtcagtcatgag
cccaaacagcatagaactgccccttatccacctcgaaatatctcggttcgtattgtaaac
ttgaacaaaaacaattgggaagaacagagtggcagtttcccagaggaatcgttcattaga
tcacaagagatggtgggaaaagacaaactcttccatttcacggacgaagcctctgaaagt
ccctctggcaacatttcttccggttggcccgatttcaacagcaacgacgacgagactaca
tcccagccctattggtggggcagcgcccccgccacccccgagagtgaagatgactttgtc
agtgtccttcccatggaatatgaaaataacagtatgctcagtgagactgagaaatcgaca
gcaggctcgctctcattttttcctgtacaaatgatcctgaattggttaccacccaaacca
cccactgccttcgatgggttccatatccacatagaaagagaagaaaactttactgaatat
ttgacagtggatgaagaagcacacgaatttgtcgcagaactgaaggagcctgggaaatat
aagttatctgtgatgacctttagctcctcaggatcttgtgaaactcgaaaaagccagtca
gcaaaatcactcagtttttatatcagcccttcaggagagtggattgaagaactgactgag
aagccccagcacgtgagtgtccacgtcctaagctcaacgactgcgctgatgtcctggacg
tcttcccaggagaactacaacggcaccatcgtgtccgtggtgtcgctcacctgccagaaa
cagaaggagagccagaggctagaaaagcagtactgtactcaggtgaactcaagcaaatct
attattgaaaatttggttcctggtgcccagtaccaggtcgtgatgtacctaagaaaaggc
cctttgattggaccaccttcagatcctgtcacatttgctatcgttccaacagggataaag
gatttgatgctctaccccttgggtcctacggccgtggttctgagctggagcagaccttac
ttaggtgtgttcagaaaatacgttgttgaaatgttttatttcaaccccgcaacaatgaca
tcagagtggacaacgtactatgaaattgcagcgactgtctccttgactgcgtccgtgagg
atagccaatctgttgccagcatggtactacaacttccgagttaccatggtaacatgggga
gacccggaattgagctgttgtgacagctccaccatcagcttcataacagccccagttgct
ccagaaatcacatctgtggagtattacaacagtctgttatacatcagttggacatacggt
gatgacacaactgacctctcccattctagaatgttacactggatggttgttgcagaagga
aagaagaaaattaaaaagagtgtcacacgcaatgtcatgactgcaattctcagcctgcct
ccaggagatatctacaacctctcagtaaccgcttgcacggaacgaggaagtaatacctcc
atgctccacctggtcaagttagaaccagctcctccgaaatcactgtttgctgtgaataaa
acccagacttcagtgactttgctgtgggtggaagaaggagtagctgatttctttgaagtc
ttctgtcaacaagttggctcaagtcaagaaacaaaactccaggaaccaattgctgtttcc
tcccacgttgtgaccatctccagcctccttcccgccactgcctacaactgtagtgtcacc
agcttcagtcacaacagccccagtgtccccacattcatagccgtctcaacaatggttaca
gagatgaaccctaatgtggtagtcatctcggtgttggccatcctcagcactctgttaatt
ggactgctgctcgtgacccttatcattctgaggaaaaagcatctccagatggcaagggaa
tgcggagcaggaacctttgtcaattttgcgtctttggagcgggatggaaagcttccatac
aattggcgtaggagtatatttgctttcttaaccctgctaccctcatgtctttggactgat
tatcttttggcattttatattaatccttggagtaaaaatggtttaaagaagaggaaactg
actaacccagttcaactggatgactttgacgcctacatcaaggatatggccaaagactct
gactataaattttctcttcagtttgaggagttgaaattgattggactggatattccgcac
tttgcagcagaccttccgctgaaccgatgtaaaaatcgttacacaaacatcctaccgtat
gactttagccgtgtgagattagtctccatgaatgaagaggaaggcacagactatatcaat
gccaactacattcctggatacaactcgtcccaggagtatattgccacacaggggccactg
cctgagaccagaaatgacttttggaagatggttctacaacagaagtcccagatcattgtc
atgctcacgcagtgtaatgagaaaagaagggtgaaatgcgaccattactggccgttcacg
gaagagcccatagcttatggagacatcaccgtggagatgatctcggaggaagagcgggag
gactgggcccgcagacacttccggattaactatgcggatgagacacaggatgtgatgcat
ttcaactacacggcatggcccgatcacggggtacccacagcaaatgcggccgagagcatc
ctgcagttcgtacacgtggttcgacagcaagctacgaagagcaaaggccccatgatcgtg
cactgcagtgcgggagtcggccggacaggaacattcattgccctggacaggctcctgcag
cacattcgggatcatgagtttgtcgacatcttagggctggtgtcggaaatgcgatcatac
cggatgtctatggtgcagacagaggagcagtacattttcatccatcagtgtgtgcaactg
atgtggatgaagaagaagcagcagttctgcatcagcgatgtcatctatgagaacgttagc
aagtcctag

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (16)   

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