KEGG   Lingula anatina: 106177428
Entry
106177428         CDS       T04921                                 
Name
(RefSeq) receptor-type tyrosine-protein phosphatase kappa
  KO
K06776  receptor-type tyrosine-protein phosphatase kappa [EC:3.1.3.48]
Organism
lak  Lingula anatina
Brite
KEGG Orthology (KO) [BR:lak00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:lak01009]
    106177428
Enzymes [BR:lak01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     106177428
Protein phosphatases and associated proteins [BR:lak01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    106177428
SSDB
Motif
Pfam: Y_phosphatase fn3 F5_F8_type_C DSPc DUF5034 Pur_ac_phosph_N DUF6479
Other DBs
NCBI-GeneID: 106177428
NCBI-ProteinID: XP_013415647
UniProt: A0A1S3JZE2
Position
Unknown
AA seq 1517 aa
MHYFLIIWTLIFSVHQTQCCNAGDGYFGWVCDTTTGCFCKQGQTCQKTLSPNCPSHCVDN
PWGIGCVDEKLNLALEKPTKQSSNHTDGYPSLAVDGNNSTDVSMCARTNQDTNPWWQVDL
GGLYVIRTVAAIMPNNCQTDAGITLYIGNDTTQQGNTQLSNMCSFELLVNPPALGRYVKF
SKSGSQSLQLCEVNVRGYTYPYNIAFGKTASQSSFIRHKGVNWIAKYAIDGNTDTDFDGG
SCSHTNVEHNPWWKVDLGGTFSIYSVTLVNRAGESGKNLKNIEINAVSPNNTSYHCASRV
EHLPPGGTVELPCNTAPIVGQFVRISLNNNPANELTLCEVMVKGYKYQECANSKTFGPEC
GYECNCKNTAEVCDRRTGACGSGCANGWRNQENVCQTECPSGTFGQTCGYTCHCRDDFAC
SITNGFACPRGCQRYWKDNGCHQERPHLEKAPTVTSKTVHSVNIRWDRWSSESGQGVGSV
RSYIARAWKDSHAVDNTKTLSANAKSATIENLFEYTEYNFTVSVEDEEGQEGKPSPSITS
RTCGTPVIIPQPVLRASLKAHWNASQITIRTQGMTEAVHRCDGFRKLKLSVRGEFGDNIN
VEVMDVKQSQDILIENLIPHSNYTVNLSAVNNLNLEGPVFTLYGLTPEGVPPKMEPPTVV
SRGDDAVELYWEAPRPPRGIITEYDIGYAIRGENWKEAIVNPGIREKSIENLRHNKTYRF
WIRAKTIIGYGDYSDIIETITVAGKPGPPTNFTTTRRSVTSLELSWREPFIRNGIITGFK
IECYADGNIDLHVQQNLTMATRSHVFTNLAAGTRYTCSLKARTSAGYGDTSQLVTWTHPK
ASNVPATEIPEETPPNRKSTVGVVVGGVVAAILVVAGVAIAVLVYMRRRRLGCEAHRSSG
APSREMTTLNLKKDREDYEFPNNPMPENPYMELSWEHSDDSVEQDTDISIDDIFKVMKTK
NWETLKAEFEKLPTVFTAKCVVGQKPENHTKNRFETIMPYDHSRVALSLLPDDPHSDYIN
ANYIDGYGQRGVYIASQGPKPSTVKDFWRMVWQEDSPLIVMLTNLTEDAKAKCANYWPEK
DSKQFGFIAVTLKKVETHPDFTVRTLRVSMSNSSTRTVQQFHFTGWPDHGVPLDASALVR
FREKVKGYQRTVQCRGPIIVHSSAGVGRTGTFIALDYLLDQAKAEGKINIFNLVQHMRRS
RPMMIQTEEQYFFIHDTILEELYCGITTVPVQKLQSYFHRLMQLDSKSGLSKLEKEFAVL
QHMFDGYDDASKSALDPANVNKNRVRNITSANGCRSLNCGADIINAVFIDGYRRADAFIV
TQTPLPDTLVDFWRMIYDHNSATIVMVNEATDLAKTDKMYVPISYGPFTVEVISTHDIGN
SCAVKDLTLKSRNGTNKEPRKIRQFQLQGWKTSDPTPSSTEALLELLDGVQSWQQQSGNT
VITIHCMNGAHQSGIFCAVSRILEKMKVEQQVDVFHTVKAVRINRPQFIDSLEQYRFCYA
AVEEYARRFDNYANFHM
NT seq 4554 nt   +upstreamnt  +downstreamnt
atgcactacttcctgattatttggaccctcattttctcagtacatcagactcaatgttgt
aatgccggtgacggatacttcggctgggtatgtgacacaacaactggatgcttctgtaaa
cagggtcaaacgtgtcagaagactctgtccccaaactgccctagtcactgtgtggacaac
ccctgggggatagggtgtgtggacgaaaaactaaatctagcccttgaaaagcctacaaaa
caatcaagtaatcacacagatgggtacccatcattagcagtagacggaaacaacagcact
gatgtctctatgtgcgcaagaacaaaccaagacactaacccgtggtggcaggtggatctg
ggaggtctctacgtcatccgcactgtggcggctatcatgccaaacaactgtcaaacagat
gcaggtatcaccctgtatattgggaatgatacgactcaacaagggaacacacaattatca
aacatgtgttctttcgagctactggtgaatcctccagctctaggtcgctatgtcaagttc
tcaaaatctggatctcagtctttacagctgtgcgaggtcaatgttcgagggtatacatat
ccatataacatagcttttgggaagactgctagccagtctagttttattcgccacaaagga
gtgaattggatagcgaaatacgccatagatggcaatacagacacggatttcgatggtgga
agttgctcacacacaaatgttgaacacaacccatggtggaaagttgatcttggcggcacg
ttctccatctactccgtgacattagtgaacagggcaggcgaaagcggtaagaatttgaag
aatattgaaatcaacgcagtctcaccaaacaacacatcttaccattgtgccagtcgagtg
gaacacttaccgccaggtggcaccgtggaactgccctgtaatactgcacctatagtggga
cagtttgtgaggatcagtctgaataacaatcccgcaaatgaattgactctctgtgaggtg
atggtgaaaggatataaataccaagaatgtgctaatagtaagacgtttggtccagaatgt
ggatacgaatgtaactgtaagaacacagcagaggtatgtgacaggcgtacaggtgcttgt
gggtctggttgtgcgaatggttggaggaatcaggagaacgtttgtcaaacagagtgccct
agtgggacatttggacaaacatgtggatatacgtgtcactgcagagacgactttgcctgc
agtataacaaatggctttgcatgtccccgaggatgtcaaagatactggaaagacaatgga
tgtcatcaagaaagaccgcatttagagaaagcccctacagtgacatctaaaacggtacac
tctgtcaacatacgctgggacagatggtcctcagagagtggccaaggtgtaggaagcgta
cgctcttacatcgccagagcctggaaagacagtcatgctgttgataataccaaaacatta
tctgccaatgcaaagtctgccaccattgaaaacctcttcgagtacaccgagtacaacttc
actgtatctgtagaagacgaagaagggcaggaggggaaaccaagtcctagtataaccagt
cggacatgtggaactcctgtaattataccacaaccagttctaagagcttccttgaaagca
cattggaatgcttcgcagattacaatacgaacacagggaatgacggaagcggttcacagg
tgtgatggattcaggaagctaaaactgtccgtcagaggagagttcggggacaacatcaat
gtggaagtaatggatgttaaacaaagtcaggacattttgatagaaaacctcattccccac
agcaattatacagtcaacttatcagcggtgaataatctgaatcttgaaggtccagtgttc
acactttacgggctcacaccggagggagttccaccaaaaatggaaccgcctaccgttgta
agtcgaggtgacgacgccgtagagttgtactgggaagcaccacgacctccaaggggaata
ataactgaatacgatataggatatgcaattagaggagaaaactggaaagaagctatcgtg
aaccccgggattcgcgagaaatctatagaaaacctccgacacaacaaaacataccggttt
tggattcgtgcaaagaccatcataggttatggagattatagtgacatcatagaaaccata
acagttgcaggaaaacctggaccacctactaacttcaccactacacgcaggtcggtcaca
tctttagaactttcatggagagaaccatttatcaggaatgggattataactggtttcaag
attgaatgctacgcagatggtaatattgacttacatgtacaacagaatctcaccatggct
acaagaagtcatgttttcacaaatttggcagcggggactaggtatacgtgtagtttgaaa
gccagaacgtcggcagggtatggggatacatcacagctggtcacgtggacacatcctaaa
gcgtcaaatgtacctgcaactgaaattccggaagaaacaccaccgaacagaaagagcact
gtcggtgttgtcgtcggcggagttgttgcagccatattggtggtggcaggtgtggctatc
gcagttttggtatatatgagaaggcggaggcttggatgcgaagcccaccgttcaagtggt
gcacctagtagagaaatgacgacgttaaatctaaagaaagacagagaagattacgaattt
ccaaataaccctatgccggaaaacccctatatggaactcagctgggaacactcggatgac
agtgtggagcaggacacagatatttctatagatgacatcttcaaagttatgaagacgaaa
aactgggaaacgctgaaagcggagtttgagaaattgccaacagtattcactgcaaaatgt
gtcgtgggccaaaagccggaaaatcacacgaagaatagatttgaaactattatgccatac
gaccactcccgagttgcgctcagtctgctacctgatgacccccattctgattacatcaac
gctaactatatagatggctatggacaaagaggagtatatatcgcctctcaaggtccgaaa
ccaagtaccgtgaaggatttttggcgaatggtctggcaagaagattcacctctgattgtc
atgttgaccaacttgacggaggatgctaaggcaaagtgcgctaactattggccagagaaa
gacagcaaacaatttggtttcatagccgtgactttaaagaaggtagagactcacccagac
tttacagtgcgaacgctgcgtgtatctatgtctaattcttccaccagaacagtgcaacaa
ttccatttcaccggctggcctgaccatggagtgcccctagacgcctcagcattggtgcgg
ttccgagagaaggtcaaaggctatcagagaacggtgcaatgtcgaggtcccatcattgtt
catagcagtgctggtgttggtaggactgggacattcatcgccctggactacctgttagac
caagccaaggctgaagggaagatcaacatattcaaccttgttcaacatatgagacgttca
cgtccgatgatgatacagacggaggaacaatacttcttcatccacgacaccatattggag
gagctgtattgcgggatcacgaccgtaccggtgcagaaattgcagtcatattttcataga
ctaatgcagttggacagtaaatctggtctgtcaaagttagagaaagagtttgctgttctt
caacacatgtttgatggatatgatgacgccagcaaatcagcattggatccagccaatgtg
aacaaaaaccgtgtcaggaacattacctcagcaaacggatgcagatccttaaattgcggt
gctgacatcatcaatgctgtcttcatcgatggctaccgccgtgctgatgcctttatcgtg
acacagacgcctttacctgatactttggtggacttctggagaatgatctatgatcacaat
tctgccacaatagtcatggtgaatgaagcgacagatttggcaaaaacagataaaatgtac
gtgcctatatcctatgggcctttcacagtggaagtgatatctacgcacgatattgggaat
tcttgtgctgtcaaggatttgacgttaaaaagtagaaatgggactaacaaagagccgcgc
aagatacgccagttccagctccaagggtggaagacatcggatcccacaccgtcctcaaca
gaagcactcttagaactattagatggcgtgcaaagctggcagcagcagagtggaaacact
gtcataactatacactgcatgaacggagcccaccagagcggcattttctgtgccgtgtcc
agaatattagagaagatgaaagtggaacaacaggtggacgtgtttcacacagtcaaagcc
gtgcgaattaacagaccacagttcatagacagtttggaacagtacaggttctgttatgct
gcagtagaagagtacgccaggagatttgacaattatgccaacttccatatgtaa

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (66)   
   KEGG ORTHOLOGY (1)   
   RefGene (62)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (81)   

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