KEGG   Larimichthys crocea (large yellow croaker): 104920479
Entry
104920479         CDS       T04659                                 
Name
(RefSeq) receptor-type tyrosine-protein phosphatase eta
  KO
K05698  receptor-type tyrosine-protein phosphatase eta [EC:3.1.3.48]
Organism
lco  Larimichthys crocea (large yellow croaker)
Pathway
lco04520  Adherens junction
Brite
KEGG Orthology (KO) [BR:lco00001]
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04520 Adherens junction
    104920479
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:lco01009]
    104920479
  09183 Protein families: signaling and cellular processes
   04090 CD molecules [BR:lco04090]
    104920479
Enzymes [BR:lco01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     104920479
Protein phosphatases and associated proteins [BR:lco01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    104920479
CD molecules [BR:lco04090]
 Proteins
  104920479
SSDB
Motif
Pfam: fn3 Y_phosphatase PTP_tm Pur_ac_phosph_N Interfer-bind Y_phosphatase3 PTPlike_phytase DSPc fn3_2
Other DBs
NCBI-GeneID: 104920479
NCBI-ProteinID: XP_027128710
Position
XXI:5793925..5824086
AA seq 1911 aa
MKPLLRFSVSLWALLVFSAVLKICDSRYTECNGTTTTNTTTTTVTLTSTPNCNLSISGIT
YDNSLATQLTPGIVYEIVFVCLNCTKNLTMRPEVVRNLTVTEITTSSLSLNWTPPEGYSS
FYIVKWSNGTFIDNVTGTQKTISNLTPGVHYNISVTAVAADGLTDGQISSVSQYTRPGNI
DSHSVYTNTSSIFLNWTRPSGEVFKYLVEWNNGGVLMHIYTNDTATVLSDLIPGTKYNIT
IFAVNGDDTTGDPYTFSSVTKPDVVNSLNITSITTTSVSLAWTEPVGNATSYRVQWTPGE
GEAFTNATSFTISHLIPGYQYNISVAAVAETSTGKESSKTTFTSPDQPKDIISTAPGTRD
LNISWTLPTGRVDSYVVNISNADLDYSYSQTTTVNMANFTSLNPGRVYDITVTAVAGSFY
NTSVQTSHATRPIPPASIIISQRTNSSLSLNWPIPHLMAGAPNITYYITYQVEGGEVQSI
VNNTLLSSLSSGTRYNISLVTGGPQNLKSTAVYNSTFTQPNPVLNLVASPKSTTSVELKW
SYPHEVKSYYKYRIHVFNTTATFDSTEIDSTNETVIGNLEPGTRYSIKVTTIVSEGIEST
EEETSSYTMPKAVTNLIAEFVNTTAIKLTWLRQSDHKPSYSYEVIALLGATMVKNGSTEN
ETYTFSMLSPGTLYTFKVFTVVEEVKSTVESTENYTKPEAVSNITVIGSTTNLSVHWRPP
PGKVAFYTVLVYRDSQLVKNSTDLSNNTENKLFLGLMPAVRYCVMVVTKSGPLETNSLLV
CNATFPNPPGAIMVDSQTVDSINFTWPLPEGMDHNQYNFSVSTINDSFLTENNWFLLDNL
QSGTPYSITVVTVSLQNYESTAVTTETYTRPYPVTKLKETKITTDAVTLVWEQPERKPHY
SYLVQTSNSSISNSVSVTMSNITGLNSGTNYSFTVITRTADGTQSAPVTVSYFTRPYGIR
QLVAETLNTTAVRLVWVKPLQDKAEYTYRVETTGLDFQNITIEEDNATISELTPGANNTF
CVLVMAANGIEGEPVCTSRYTEPETVQPSVSSQGSNSSILVSWTKPRGVVEYYMVHLNDT
VPKRVSSNNTSWLFEDLSAGRLYTAIVTTFSGPFNASSEFVTNATFPNPPGPIEILMKTV
SSIEIRWKEAPLMTNASFKYLLSNISSQGVKYIASTTATHNFTSLRSGTSYNISVATVGA
MDFQSKKVKFYSVTTRPFSANNLSTLTGEESITVKWTRPDQYKENYRFNVTSAGSSFITK
NLMYNISPLDPGTRYNFSVTTETSDRTEGASRWISSCTNASPVRDFKCKGPNKIKAEIML
SWNPPKGQHSSFKITVNDGEIINTPNSCCNYTVSNLTHSTRYTLKVVTLSCGQPSTPIIH
TCKTGITNPPIVNNYKSLSHARDLKYNSFYVHINSTLLDESNGPITDVGVLVTRNHGDSS
QLRKYLVNNYKDWKEDKAPVYLATVKTNPLKSRSQNRDFPIHIGDGSQLNSYTNGHLDAK
GTYQYAIVMFTNLVWNNNVVDVQESLVSITDFYPAFTLPNDPAAVIGIAVGATLGIFSVL
FIILIGFIIYWKRLSKKENTDIQIHSMRAKVSVAVRVEDYEAYYKKQKADSSCGFAEEFE
DLKLVGTAQAKTHALNVDNKPKNRYNNVLPYDSSRVKLSIIHGSPYDDYINANYMPGYNS
RKEFIAAQGPLPVTVKDFWRMVWEKNVQTLVMLTRCNEQGRVKCEKYWDYGTKHFENITV
TTTSEIPLEDWTIRDFDIKNVKTAETRSVRQFHFTAWPDHGVPETTELLISFRHLVREHM
DQYSRHSPAVVHCSAGVGRTGTFIAIDRLLFQIERENIVDVYGIVHDLRMHRPLMVQTED
QYIFLNQCAMDIIRSRTGTNVDLIYQNTAALSIYENVERKNRSPQNGYHES
NT seq 5736 nt   +upstreamnt  +downstreamnt
atgaagcctttgctgcgcttcagtgtctctctgtgggctctgctggtcttcagcgctgtg
ctaaagatctgtgacagtcggtacacagaatgcaacggcacaacaacaacaaatacaaca
acaacaacagtcacactcacatctacaccaaactgcaacttatccatcagtggaatcacc
tatgataacagcttggcaactcaattgactcctggaatagtgtatgagatcgtctttgtt
tgtttaaactgcaccaaaaatctcacaatgagacctgaagttgtcaggaacctcactgtc
actgaaatcacaacatcgtctctgtctctaaactggactccacctgagggatacagctcc
ttctatatagtgaagtggtccaatggcactttcattgacaatgtgacaggaacacagaaa
actatttctaacctgactcctggtgtccattataacataagtgttaccgcagtcgcagct
gacggtcttactgatgggcaaatctccagtgtttctcaatacacaagacctggtaatatt
gattcacattctgtgtacacaaacacttcctccatcttcctgaactggacccgaccatct
ggtgaggtgttcaagtacttggtggagtggaataatggtggagtgctgatgcacatatac
acaaatgatactgccaccgtgctatcagacttgatccctggtactaaatacaacatcaca
atctttgctgtcaatggagatgatacaacaggagatccttacacattcagctcagtcaca
aaacctgatgtagtcaatagtctcaatatcaccagcatcacaacaacatctgtgtctctg
gcctggactgaaccagtgggcaatgctacatcgtatagagttcagtggactccaggagaa
ggagaagccttcactaatgcaacctcttttaccatcagtcatttaatccccggatatcag
tacaacatttcagtggctgctgttgctgaaacttccacaggaaaagaatcctcaaaaact
accttcacaagtcctgaccaacctaaggacattataagtacagcaccaggaactcgagac
ctgaacatcagctggactctgcctacaggaagggttgattcctatgtggtgaacatctca
aatgcagatttggattattcttacagccaaacaaccacagtcaacatggccaactttact
tctttaaatcctgggagagtctatgatatcacagtgaccgctgtggctggaagcttctat
aatacgtctgtccagacttcacatgcaactcgtcccatacctcctgcttccatcattatc
agtcagaggacaaactcttcgctgtctctgaattggccgattccccatttgatggcgggt
gctccaaacatcacctactatatcacctaccaggtggagggtggcgaagtacaaagtatc
gtcaataacacattactgtcctcgctttcctctggaacacgctacaatataagtttagtg
acaggtggacctcaaaatttaaagagcacggctgtctataattccacttttactcagcca
aaccccgtgttgaacctcgtagccagccctaaatccaccacctcagtagaattgaagtgg
tcatacccgcacgaagtcaagtcatattacaaataccgtatacatgtgttcaacacaacg
gccacctttgacagcactgaaattgacagcactaatgaaactgtaattggaaaccttgag
ccaggaactagatacagtatcaaagtcacaacaatagtatcagaaggaatcgaatccacg
gaggaagagacatccagttacacaatgcccaaagcagtgaccaacctcatcgcagagttt
gtgaacacaacggccatcaagctgacgtggctcagacagagcgatcataagccttcctac
tcctatgaggtgatagcactcttgggtgccacgatggttaagaatggatcaactgagaat
gagacttataccttttccatgctgagccctggaacactgtacacttttaaagtgtttaca
gttgtggaagaggtcaagtccacagtggaaagcacagagaattacacaaagcctgaagca
gtttctaacatcacagtcataggaagcacaacaaacctatcggtgcattggagacctcca
cctggaaaggtggccttctacactgtcctggtgtacagggacagtcagttggtgaaaaac
agcacagatctgagcaacaatactgagaacaaactgtttctgggcctgatgccagcagta
cgttactgtgtgatggtggtcaccaaaagtggacctttggagactaacagtttacttgtt
tgcaatgcaacatttcctaatcctcctggtgccatcatggtggactctcagactgtggac
tccatcaactttacctggcccttaccagagggcatggaccataatcagtacaacttcagc
gtgtccaccattaatgactcttttctgactgaaaacaactggttcctgctagacaatctc
caatctggaaccccctacagtatcactgttgttactgtcagcctgcagaactatgaaagc
acagcagtgacaacagaaacctacacccgaccttatcctgtaaccaagctgaaagagaca
aaaatcaccacagatgcagtgactttggtgtgggagcagccggagagaaaacctcactac
tcttatttagtgcagacatccaacagctcgatttccaatagtgtctcggtcaccatgagc
aacatcactggacttaactccgggaccaactacagcttcactgtcattacacgtacagca
gatggcactcagtcagctcctgtgaccgtgtcctactttacacggccatatggtattaga
cagttggtggctgaaactttaaacacgactgctgtacgtctggtttgggtgaaaccattg
caagacaaagctgaatatacatatagggttgagactacaggcttggacttccaaaacata
accatcgaagaagacaatgcaacaatctcagagctcacccccggagccaacaacactttc
tgtgttttggtcatggcagcaaatggcatcgaaggagaaccagtttgtacatctcggtac
actgagcctgagacagtgcaacccagtgtctccagccagggctccaatagttcaatcctg
gtgtcatggaccaaacctcgtggggtagtggagtattacatggtccatctaaatgacaca
gttccaaaacgagtgagctctaacaatacctcctggctgtttgaggacctgtccgctgga
aggctttacactgccatagtaaccacatttagtggacccttcaatgcatcatctgaattt
gtgactaatgcaactttccctaatcctcctggaccgattgagatcctcatgaagacagtc
agctccattgagatcaggtggaaggaagctccactgatgactaatgcgtcattcaagtac
ctgttgagtaacatatcatcgcagggagtcaaatacatcgcttccaccacagccactcat
aattttacctccctgcgttctgggacttcctacaacatctctgtggcaacagtgggagcc
atggattttcagagcaagaaggttaagttctacagcgtcaccacaagaccattcagtgca
aacaacctcagtactttgacaggagaggagagcatcacggtcaagtggaccagacctgac
caatacaaggaaaactatcgtttcaatgtgacatcagcggggtccagtttcataactaag
aacctgatgtataatatcagtcccttggatcctggcacacgctataactttagtgtcacc
acagagacctctgatagaactgagggtgcttcaagatggatttccagctgcacaaatgca
agcccagtgagagactttaaatgtaaaggtccaaacaaaataaaggcagaaatcatgctg
tcctggaaccctcccaaaggccaacactccagcttcaaaatcactgtaaacgatggcgag
atcatcaacacgccaaacagctgttgtaattatactgtgtccaaccttactcactctact
cgctacacactgaaggtggtgactctgagctgtggacaaccaagcactcccataattcac
acctgcaagacaggcatcacaaatccaccaattgtgaataactacaaatccctgtcgcat
gctagagacctgaaatacaactcgttctatgttcatattaactccaccttactggacgaa
tccaacgggccaatcacagatgttggggtgctggtgacaagaaaccatggcgattcttct
caattgaggaagtatttggtgaacaattataaagactggaaggaagacaaagctccagta
tacttagcaacagtcaaaacaaaccctttaaaatcacgcagtcaaaatcgagattttccc
atacacattggagatggaagccaattgaacagctacaccaatggccatctggatgccaaa
ggaacataccaatatgcgattgtgatgttcaccaatctggtttggaacaacaatgttgtg
gatgttcaagagtcactggtctcaataacagatttctatcctgcatttacgctcccaaat
gacccagcagctgtcattggcattgctgtcggagcaacattgggaatttttagcgttctg
ttcatcatccttatcggcttcattatctactggaaaaggctatccaagaaagaaaataca
gacatccagattcattccatgagagccaaagtaagtgtggctgtgagggtggaggactac
gaggcttactacaagaagcagaaagcagactccagctgtggttttgctgaagagtttgag
gacctgaagcttgtcggtacagctcaggcaaaaacacatgctctaaatgtggacaacaag
cccaagaaccgctacaacaacgtgcttccctatgactcctctagggtgaaactctctatt
atccatgggagtccatatgatgactacatcaatgctaactacatgccgggttacaactcc
aggaaggaatttattgcagctcagggtcctttgcccgtcacagtcaaagatttctggagg
atggtctgggagaagaatgtacagactctcgtcatgctgacacgctgtaatgaacaggga
cgagtgaagtgtgagaaatactgggattatggcaccaagcactttgaaaacatcactgta
acaacaacttctgaaataccacttgaagactggaccatcagggattttgacattaaaaat
gtgaaaacagcagagacccgttcggtgcgtcagttccactttacagcctggccagatcac
ggggtgccagaaaccaccgagctcctcatcagcttcagacatctggtccgagagcacatg
gaccagtactccagacactctcctgctgtggtccactgcagtgctggagttggacgcaca
ggtaccttcatagccattgaccgtttgctcttccagattgaaagggaaaacattgtagac
gtctatggcatcgtccatgatctgcgcatgcatcgcccccttatggtgcagacagaggat
cagtatatcttcttgaaccagtgtgccatggacatcatcagatcaagaactggaaccaat
gtggatctaatctaccaaaacaccgctgcactctctatttacgagaatgtagaacggaag
aacagatctccccaaaacgggtaccacgagtcctga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (51)   
   KEGG ORTHOLOGY (1)   
   RefGene (47)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (69)   

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