KEGG   Salmo salar (Atlantic salmon): 106573425
Entry
106573425         CDS       T04363                                 
Name
(RefSeq) phosphatidylinositol phosphatase PTPRQ-like
  KO
K16910  receptor-type tyrosine-protein phosphatase Q [EC:3.1.3.48]
Organism
sasa  Salmo salar (Atlantic salmon)
Brite
KEGG Orthology (KO) [BR:sasa00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:sasa01009]
    106573425
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:sasa03037]
    106573425
Enzymes [BR:sasa01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     106573425
Protein phosphatases and associated proteins [BR:sasa01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    106573425
Cilium and associated proteins [BR:sasa03037]
 Other cilia and associated proteins
  Stereociliary proteins
   106573425
SSDB
Motif
Pfam: fn3 Y_phosphatase Pur_ac_phosph_N DSPc Y_phosphatase3 PTPlike_phytase
Other DBs
NCBI-GeneID: 106573425
NCBI-ProteinID: XP_014003936
UniProt: A0A1S3MM83
Position
ssa16:complement(23771502..23814627)
AA seq 2338 aa
MYIKTAEAPPGLVTNLTAFAQNHTFVVVTWFLPLRINGLINKFAVKAKHARTGQTVRMLE
LDAEEIMTVALPHCNDAVEILSRGTASPSEVTASSPPVTLSAVPPATTWAVPISVGVDQL
RPYTAYVFEVSAFTSDGEGQVASTMVRMPESAPEDPPYNLSVWNVTSKSVSVSWDPPTIV
TGRFSYVTHLYGPTGFIYENSTGDLKFVYSGLTPYTHYRVEVRAKSAGLLGPEAFSAVLT
HAEAPSAVQALQAVALDSVSVGVSWRSPAQPNGLITQYRLLVLSDNTLLQDITLIGTQNL
NDTDLHGDGTLVPGIPGDSLRRKRSADLSLTTSPLAFTVTLPDHTVVTGMTMTTTSRTHS
ASTAPDLNPNLDHNSYTVPTVTESPSLTSMGPGTGTDQTFDAVTSGTSVLSLTSSTPATP
LPWLTAHSQPGQLTSGQPRLSTRSAPAVTGHLQTLPSTRSAASSTPGGLYVREEVIDMKS
EELSYLVSGLSPFTEYTFTVTAATAIGEGPASHVSEKTREQVPSSVVAVSYQNVSSTSIL
VSWTPPLYPNGRITHYTVYGLNLHSNQTLQRVTHNTSVLLTGLGKYTGYKLRVAASTAVG
ESSLSDRDDIFAVTPEDEPDSPPIGLTVVDTSPSTTTLSWSPPERANGVIQQYEVLYENQ
SYVAVLNISVPRVTLTGLMPFSYYNVSVRAYTRLGHGNHTSDTLTMLSGEDVPGSPPYGL
SYESVSPNEVNVTWEPPLVPNGVITHYSLELRNSSHFLNLTTPVSHVQITHLRKFAQYTL
VVKGHTRMGPGNHSSDPLNITTLEDDPDTPPQFLLARKLSDYEVELSWEPPKEANSEILY
YIVRVWNESSEVWHNVTGTAVVISVDSESRFNASVSSWTRLGDGGVLIYISFSIIDAVPF
DPPQNVSLVNLTFSSVTVLWQPPTQPNGILLHYTLYYSDNTTVTEQRIPVSELDPVSLGE
DLSYCLSGLRGGQNYSLWLTSSTMQGDGGVRTDPLDLLTPDGVPSDPVHNLSAQIFSSTA
IIVSWDPPMEPNGRPFYLLTLQEAGHPQPPKPLNPSYPNTNPPGPPAVNNTITKTTNDNV
FLFTKLRKYYPYVFTVTPATSAGPAHNHTSLLHVRTDDDIPNSAPVLVSSRNLSSSSVSV
VWQRPLEANGEITEYSLTMFGPGGSNTTHTPNTTLTLTQLLPYTAYNLSITAATRKGSGP
PLLLMLHTDEAGPMSPPRNLSLYNHTAFSVWLTWEPSLEPNGVVTNYGFRIWEINTNTIR
YQNSTGPWTEGQLSGFRPHSSYEISVLSYTRVGHGDQYSTPVSFTTNESVSEAVGNLSCS
GLGWDSVFLHWEHPANPNGLILYYQVQVDRHSDSQSYIHQADTNQYTVSGLAPDAEFTLT
VTAVNSAGPGDQDNCTAYTHPESVPGVPRFLSVSEATSTSVTLQWAAPLSALGMLTEYRI
TVQLLSPDCLFNTPLSEATPLPEPSPSLAPGCVDQEVLVSVNGSDGVEGNRSITLQSLAK
YRLYRFRITALTNAGPGEHTPWRYTHTLAGNPDAPPSNLSMTMSSNGLRIEWQLPDVITG
PTSYLIDVISLDSEGLNQSVVLGPEELRTVVVSNLTAFTRYSVTVTAFTGRLENARRDGQ
ATEPTVIRTMEEEPRDPPKNVTLQIIPEEVTRVFVTFAPPEEPNGNISSYTVLVYRQGQL
EMTIDRLTVVQNENRTLTAVIDGLKGGYNYSIRIAAVNGAGLSPPSSEVQITTGIKAPAK
PTQRPQVVLDRGGVAMVTSRSIIVRMPACFYSNDNGPINSIQVIVSESGVMDSMNLTNWK
TAFLSRPAPYLTDNGFPNPLCVRDRMSRDTQTSRLTFSRIRHSIVRDRVLEHRDSGGERT
DHQDDHYVIGEKDNCLTEEYSNTLCNGPLKPNTVYVFKFRATNIRGQYTDSDYSEHIRTA
VDGLLTRDEQIILGVLLSFFLALLLILIIYASVRIRQRQKEGGTYSPREAEIIETKFKLD
QLIAVADLELKEEKLHRYSSFFFRRKEIFVIQLLSYRKSLKPVNKKSFLQHVEDLCANEN
TKFQEEFAELPKLLQDLATSDADLPWNRSKNRFTNIKPYNNNRVKLLSEPGMPGSDYINA
SFISGYLCPSEFIATQGPLPGTVADFWRMIWETRTRTIAMLTQCYEKGRIRCHQYWPEDN
KPVTVFGDIIITKLTEDVYPDWTVRALKVERHGDYMVVHHFNYTSWPEHGVPDSSTTLIQ
FVRAIRANRHENTTIVVHCSAGVGRTGVFITLDHLIQHVSDHDFVDIYGLVAELRSERMC
MVQNLAQYMFLHQSTLDLLNSKGNSQSIWFINYSALEKMDSLEAMEGDVELEWEETTM
NT seq 7017 nt   +upstreamnt  +downstreamnt
atgtacatcaaaactgctgaggccccccccggcctggtgactaatctgacagcatttgct
cagaaccacacgttcgtagtggtcacgtggttcctgccgctccgcatcaacggtctgatc
aacaagtttgcggtcaaagccaaacacgctcgtaccggtcagaccgtccgcatgctggag
ctggatgctgaggaaatcatgaccgtagcgctaccacactgcaacgatgcagtagaaatc
ttgtctcgtgggaccgcaagtccatcagaggtgacagcgtcctctcctcctgtcaccctg
tcagccgtcccacctgccaccacatgggctgtaccaatatccgtaggggtggaccagctg
cgtccctacacagcatacgtcttcgaagtgtccgctttcacctctgacggagagggacag
gtagcctccaccatggtccgcatgcctgagtcagccccagaggacccaccctacaacctg
tcggtatggaatgtgacgtctaagtcagtctctgtctcctgggatccgccaactattgtt
accggacgcttcagctacgtcacccatctctacggccccacagggtttatctatgagaac
agcacaggggaccttaagtttgtgtactctggtctgactccctacacacactacagagta
gaggtccgggccaagtctgctggcctgctggggcctgaggccttttctgctgtactgaca
catgctgaggctcccagtgcggtgcaggctctgcaggcagtagcactagactctgtgtcg
gtgggtgtgagttggagaagccctgcccagcccaatggtctgatcacacagtacagactc
ctggttctgtctgacaacacactgctgcaggacatcactctcatcggaacacagaaccta
aatgacactgatctccatggtgatggaacattagtgccaggtatccctggtgactctctg
cggcgtaagagatcagctgacctcagcctgaccacctctccgcttgcatttacggtcacc
ctgcccgaccacacggtcgtcaccggcatgaccatgaccacaaccagccgcacacacagc
gcttcaaccgcccctgaccttaatcctaaccttgaccacaacagttacactgtccccaca
gtcactgagagccccagtctgaccagtatgggccctgggactgggactgaccagaccttt
gatgctgtaacttcagggacttctgtcctctccctgacctcttcaaccccggccacaccc
ctcccctggctcactgcccactcacagcccggccagctcacctctggccagccacgcctc
tccacccgctctgcacctgcagtcactggacacctccagacactcccctccaccaggtct
gcagcctccagcaccccgggaggactgtatgtgagagaggaggtgatagacatgaagtct
gaggagctgtcttacctcgtctctggtcttagtcccttcactgaatacaccttcaccgtt
accgcggctaccgctattggagagggtcctgcctcacacgtctctgagaagacccgcgag
caagttcctagctcggtggtggctgtgtcctatcagaatgttagctccacttccatcctg
gtcagctggactccgcctctctaccccaatggacgaatcacacattacaccgtttacgga
ctcaacctgcacagcaaccagaccctgcagagagttacccacaacaccagcgtactgctc
acagggctggggaagtatacaggttataagctgcgagtggctgcatctactgctgtagga
gagagctctctgtctgaccgagacgatatcttcgctgtcacacccgaggatgaacctgac
tccccacccataggattgacagtggtagacacctctccctccaccaccaccctctcttgg
tcacccccggagagagccaatggggtgatccaacagtatgaggtcctgtacgagaaccaa
tcgtatgtggcagtgttgaacatctctgtccccagagtgactctgacagggctgatgccg
ttctcctactataacgtgtctgtcagagcatacacacgcctcggacacgggaaccacacc
tcagacacactcactatgctgtctggggaggacgtaccgggaagtcctccctacggcctg
tcctatgagtccgtcagtcccaatgaggtgaatgtgacctgggaaccccccctagtgccc
aatggagttatcacgcactacagccttgagctgcgaaactcttcccacttcctcaacctg
accacacccgttagccacgtccagatcactcacctaaggaagtttgcgcaatacactctg
gtggtgaagggacacacacgaatgggccctggaaaccacagcagtgacccactcaacatc
accacactggaggatgacccagacactccccctcagttcctgttagccaggaagttgtca
gactacgaggtagaattgtcatgggaaccgccgaaagaggccaactctgagatcctctac
tacatagtcagagtctggaatgagtcatctgaggtgtggcataatgtaacaggtacagcg
gtggtgatcagcgttgactcagaaagtcgcttcaacgcctctgtctccagctggacgcgc
ttgggggacgggggagtcctcatatacatcagcttcagtattattgacgcagtgccattt
gacccaccccagaatgtgtcgttggtgaacctgaccttttcttcagtgactgtcctctgg
caaccccccactcagccaaatggaatcctccttcactacactctgtactactcagacaat
accactgtcacagaacagcgtatcccagtgtcagagctggaccctgtctctctgggggaa
gacctgtcctactgtctgtctggcctgagaggaggacagaactacagcctctggctgacc
tccagcaccatgcagggggacggaggggtccgtactgatcctttagacctactcacccca
gatggcgtgcccagtgatccggtccacaatctcagtgctcagatcttcagttctacagcc
atcatagtaagctgggacccccctatggaacccaacggacgccccttctacttgctcacc
ctgcaggaagcaggacacccccaaccccctaaacctctgaacccctcttaccctaacacc
aacccccccggaccccccgctgtcaacaataccatcaccaaaacaaccaacgataacgtc
ttcctgtttaccaaactgaggaagtactatccctacgtcttcaccgttaccccggcaacc
agcgccggcccggcccacaaccacaccagcctgctgcacgtgaggactgatgatgatatt
cccaattcagctccagtgctggtgtctagtaggaacctgtcgtcctcttcagtgtctgtg
gtgtggcagcgcccgctggaggccaatggagagataacagagtattccctcaccatgttc
ggccctggcggctccaacaccacacacacccccaacaccaccctcacactcacacagctg
ctgccctacacagcctacaacctctccatcaccgcagccacccgcaagggctccggaccc
ccgctactactgatgctgcacaccgatgaagcaggtccgatgtctcctccccggaacctg
tctttgtataaccacacagccttctctgtgtggctgacctgggaaccctctctggaaccc
aatggtgtggtcacaaactacggcttcaggatctgggagattaacacaaacacaatcaga
tatcagaactctacaggtccgtggacagaaggacagctgagtgggttcaggcctcacagc
tcctatgagatcagtgtgcttagctacaccagagtgggtcatggagaccagtacagcact
cctgtgtccttcacaaccaatgagtccgtgtctgaggcggtgggtaacctgtcctgctct
ggtctgggctgggattctgtgtttctacactgggagcatccagccaaccccaatggactc
atcctgtactaccaggtccaggtggacagacactcagactcacagtcatacatacaccag
gctgacacaaaccagtatacggtcagcgggctggcgccggacgcagaattcacactcacc
gtaacagctgtcaactctgccggcccaggagaccaggacaactgtactgcctacacacac
cccgagtcagttcctggtgtccctcgcttcctgagtgtgtcagaggccacgtccaccagc
gtgacgcttcaatgggctgctcccctctctgctctgggcatgctcactgagtaccgcatc
accgtgcagctgctgtcacctgactgcctgttcaacacacccctttctgaagccacaccc
ctcccagagccgagcccttccctggctccaggctgcgtggatcaggaggtgttggtgtca
gtgaacggttctgatggtgttgagggcaacaggagcatcactctccagtctctggccaag
taccgcctctaccgcttcagaatcacagcccttactaatgctgggccaggagaacacaca
ccctggagatacacacacacactagctgggaaccctgatgcccctcccagcaacctctca
atgaccatgtcctccaacggcctccgtatcgaatggcaactcccagatgtgattaccggc
cccacttcctacctcatagacgtaatctctctggatagcgaggggttaaaccagtctgta
gtactcggcccagaggagctgaggactgtagttgtgtcgaacctgactgcgttcactcgc
tactctgtgaccgtgaccgccttcactggacgactggagaacgcacggcgggacggacaa
gccactgagccaactgtcatcagaacaatggaggaggagcccagggatcctcctaagaac
gtgaccctccagataattccagaggaagtgacacgtgtgtttgtgacctttgcccccccg
gaggagcctaatgggaacatcagttcctatacggtgctggtctaccgccaaggacagcta
gagatgaccatcgaccgcctcaccgtggtccaaaacgagaaccgtaccctgaccgcagtc
atcgatgggctgaagggaggctacaactatagtatacggattgcagcggtaaacggagca
ggtttaagcccccccagctcagaggttcagatcactacagggatcaaagctcctgccaag
cccacccagagaccccaggtggtgctggaccgaggaggagttgccatggtaacctccaga
agcatcattgttcgcatgccagcctgtttctacagcaatgacaacggaccaatcaacagc
atccaggtcatcgtgtccgaatctggggtgatggacagcatgaacctgaccaactggaag
acagcatttctctctcgtcccgccccctacctaacagacaatggcttccccaacccactc
tgtgtgagggaccgtatgagcagggacacacaaaccagcagactcactttctcacgcatt
agacacagcattgtgagggacagggttctggaacatagagactcagggggggagcgcaca
gaccaccaggatgatcactatgtcatcggagagaaggacaactgtctaactgaagagtac
agtaacacactctgtaacggacccctcaaaccaaacactgtctacgtgtttaagttccga
gccaccaacatccggggccagtacacagactctgactactctgagcatatcagaacagca
gtggatgggttgttgaccagagatgaacagatcattctgggagttctcctctccttcttc
ctggccctgctgctcatcctcatcatctacgcctctgtcaggatccgtcagcgtcagaag
gagggcgggacctactctccccgggaggcggagattatagagaccaagtttaaactggat
caactgattgctgtggctgacctggagctgaaggaagagaaactacaccggtattcctcc
ttcttctttagacggaaggagatatttgtcatccaacttctcagctacagaaagtctctt
aagccggtcaataagaagtctttcctgcagcatgtagaggatctgtgtgccaacgagaac
accaagttccaggaagagtttgcagagttgcccaaactgctgcaggatctggcaacttca
gacgctgaccttccctggaacagatccaagaaccgcttcactaacatcaaaccctacaac
aacaaccgtgtgaagctcttgtctgaacctggcatgcctggatctgactacattaacgct
agcttcatctcaggttacctgtgtcctagtgagttcatagcaacccagggtcctctcccc
ggtactgtggctgacttctggaggatgatttgggagactcgcacacgaaccatcgctatg
ctcacacagtgctatgagaaaggaaggatccggtgtcaccagtactggccagaggacaat
aagccggtgacagtgtttggggacatcatcatcaccaagctgacagaggacgtttatcct
gactggaccgtcagagctctcaaagtggagcggcatggggactacatggtggttcaccac
ttcaactacacctcctggccagagcatggcgtaccagattccagcaccacactcatacag
tttgttagagccatcagagccaacaggcatgagaacaccactatcgtggtgcactgcagt
gctggtgtaggcaggacaggagtgtttataacgctggatcacctgatccaacacgtcagt
gatcacgactttgtggacatctacggtctggtggctgaactacgcagtgagaggatgtgt
atggtgcagaacctggcccagtatatgttcctacaccagagtactctggatctgctgaac
agtaaaggaaacagccagtccatctggttcatcaactactctgctctggagaagatggac
tcactggaagctatggagggtgatgttgagctggaatgggaggagactacgatgtaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (42)   
   KEGG ORTHOLOGY (1)   
   RefGene (38)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (6)   
   Pfam (6)   
All databases (61)   

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