KEGG   Scleropages formosus (Asian bonytongue): 108918776
Entry
108918776         CDS       T04919                                 
Name
(RefSeq) receptor-type tyrosine-protein phosphatase zeta-like isoform X1
  KO
K08114  receptor-type tyrosine-protein phosphatase zeta [EC:3.1.3.48]
Organism
sfm  Scleropages formosus (Asian bonytongue)
Brite
KEGG Orthology (KO) [BR:sfm00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:sfm01009]
    108918776
  09183 Protein families: signaling and cellular processes
   00535 Proteoglycans [BR:sfm00535]
    108918776
Enzymes [BR:sfm01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     108918776
Protein phosphatases and associated proteins [BR:sfm01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    108918776
Proteoglycans [BR:sfm00535]
 Cell surface proteoglycans
  Others
   108918776
SSDB
Motif
Pfam: Y_phosphatase Carb_anhydrase fn3 Y_phosphatase3 DSPc PTPlike_phytase GUN4_N
Other DBs
NCBI-GeneID: 108918776
NCBI-ProteinID: XP_018581817
Position
21:complement(15528347..15574648)
AA seq 1867 aa
MEFRKTNFLMMLCQICFICQIANLAHGYYRTQRKFKEDIDWSYAGTLNQNNWAKKYPSCN
NAKQSPINIDDDLSQVKMQFQKLKLEGFEQETSNTTTIHNDGKTVAINLNDEYYISGGGL
RSRFKVGRITFHWGQCNASSDGSEHSLDGIKFPLEMQIYGYEAHKFQSLDSALKDGGRLT
ALSVLFEVSAEDNENYVAIIDGVKTVTRLGKTAVLEPFSLLGLLPNSTEKYYIYNGSLTT
PPCSETVEWIVFRNTVDISDVQLETFCEVMTMQQAGYVMLMDYLQNNFREQQLKFVGQVF
SSYTGTEDVPTPICSSEPENVEADPYNYTSLLVTWERPRAVYDVGIERYLVSYQPVGDED
LPKNEYLTDGDQDVGAIIQDLSANTSYVVQVVAVCINGLQGRASDLLVVGMPLDDPETNP
DPETSEYSEREDDFKVGYELNATQSNSDQKQRPHQTSTSSVGIVTTTEQPGFLFPGIRTT
KLPVQARSTEEISQPWFTEQNSSRGYSGQPVTSNSHPMVGNQLFGNKTQENISNIFYEDV
LNSTGFEHTTPTVISVPYEEIFSDSASPKGSLATSVDSGVFHPTTDSELPKTHRTTDSEL
AEIFPFQETQVTVTSAPFPLGIPLQPTSPSAQYPSASAPGDIVSQTTQSGFNGETAHPIP
TVCDTLSSRSHTDSVVCLHASPLSLSSSSSMYHKTLSSLPPGGRGMSEGWPNFSGGVTHA
AAVLLSAGGPSLTPCSSSTLSLQHSSHSVFGWESGAFYSADGTAASAADDDDNDEDDDGD
VMSGSASVATGDPQLISRDTLPLQTLPDSSATEQFSDSDWDLFQFSKPIRTVSAAKTLTP
STVDDFLQPSIPLSGDFMLVLATDDLGDALKRRHSSVRPVDGASYMWGQVKPSVLDGGVL
GSLVASREVGLPSISPAIAKHTSTPYTYAANELSWHTIGWNFLHTSVHLLLPPAVPDPTS
DFSSLLILTGQSDSSSGSVADLQSSLSPTAGTHGDVYADNSVATLAITQSHTPVPSWTTP
LNSPALSPTASYEAGSTPTLAQEGQVESSASGSALYSGSQEDIDQEWERGRTLVTSTGTT
SPTVPAPLETEDDGDEQGDRSSSFYFENEVETESGTVETKGPSPGERTLTDGDEDGGSGS
PYDNETSSDFGVPDYSGRQSEDAPLAEAINSSHESRIGLAEMDDREKRTVLPLVVVSTLT
FLCLFVLVGILIYWRKCFQTAHFYIEDSTSPRVIGAPPSLALSAAENHEALPIKQFVKHV
AELHDSNTFSQEFEILKECYEEIQACTVDLGITADSSIHPENKNKNRYINILAYDHSRVK
LSSSSDRNGWSADYINANYVDGFTQPKAYIATQGPLKSSMEDFWRMVWEQNASVIVMITN
LVEKGRRKCDQYWPLDSQEEYGSFLVTLRSTKVLAYYTQRTFTLKNTRAKKGSQKEQTHE
RTVVQYHYTQWPDMGVPEYTLPVLTFVRKSSQANLGNMGPVVVHCSAGVGRTGTYIVLDS
MLRQIKEQGTVNILGFLKHIRTQRNYLVQTEEQYIFIHDALVEAILSKETEVHSSHIHTY
VNELLIPGPSGQTPLEKQFKMITQSNAKQCDYSAALKQCNRDKNRNSSLLPVERSRVHLS
TTAGEISDYINASYIMGYQQSNEFIITQNPLPSTMKDFWKMIWDHSTQVVIALPDGLDLA
EDECIYWPTKSQPIRFDTFTVTFMGEDHMCLSNEDMLIVQDFILEATQDDYVLEVRQYRA
PRWPNPDGPISNTFELINIIKEESVSRDGPIVVHDKRGGNIAGTFCALMTLLHQLEMESS
FDVYWVAKMINLMRPGIFTDIDQYQFLYKVIMSLVAKKEEVRMLQCADNGLALGGTGSDS
ESLESLV
NT seq 5604 nt   +upstreamnt  +downstreamnt
atggaattccgcaaaaccaactttctgatgatgctttgccagatatgcttcatctgccaa
atagctaacctggcacatggatactacagaacccagcggaagtttaaagaggatattgac
tggtcatatgcaggaacactaaatcaaaacaactgggccaagaaatacccatcatgcaat
aatgccaagcagtctcccatcaacatagatgatgacctttcccaagttaaaatgcagttc
cagaagctgaagcttgagggctttgagcaagaaacctcaaacaccactaccattcacaat
gatgggaaaactgttgcaattaacctgaatgacgagtactacatcagtggtggggggctg
aggtccaggtttaaagtgggcaggatcaccttccactggggtcagtgcaacgcctcttca
gatgggtcagaacacagtcttgatggcatcaagtttcctttggagatgcagatctatggt
tatgaagctcataaattccagtccttagacagtgccctgaaagatggagggaggcttact
gctctgtcagtgctctttgaggttagtgcagaagacaatgaaaactacgttgccattatt
gatggggtaaaaaccgtaaccagacttggtaaaactgctgtcttagagcccttctccttg
ctgggcctgttgccaaactctacagaaaaatactatatttacaatggttccctaaccaca
ccaccctgctctgagacagtcgagtggattgtgttcaggaacacagtggacatttctgat
gtgcagctggagaccttctgcgaggtgatgactatgcagcaggctgggtacgtgatgctc
atggactacctgcagaacaacttccgcgagcagcagctcaagttcgtgggccaagtgttc
tcctcctacaccgggactgaggatgtccctacccccatttgcagctcagagccagagaat
gttgaggcggatccctacaactacaccagcttattggtgacatgggagcgaccacgggct
gtttatgatgttggaatcgagagatacttggtgtcctaccagccagtgggggacgaggac
ctgcctaagaatgagtacttgacagatggagaccaggatgtgggtgcgataattcaggac
ctgtctgccaacaccagctatgtggtccaggttgtagcggtatgcatcaacggtctgcaa
ggccgtgcaagtgacctactggtggtgggaatgccactggatgaccccgagaccaatcct
gaccctgagacttccgaatattctgaaagagaggatgactttaaggtgggatatgagctg
aatgcaacacagagcaattcagatcagaagcagagacctcatcagacctccacgagctca
gtgggtattgtcacaacaacagagcagccaggcttccttttccctggaatcagaaccact
aagttgccagttcaggctaggagtacggaagagatctcccaaccttggtttactgaacag
aacagcagcagaggctactctggacagcctgtcaccagcaacagccatccgatggtgggc
aaccagctttttggcaacaagacgcaggaaaacattagcaacattttctatgaagacgtc
ctcaacagcacaggctttgagcataccacccctacagtaatttcagtgccttatgaagag
atcttcagtgattctgcctcacccaagggctctctggccacctcagtggacagtggggtg
ttccaccccactactgactcagaattacccaagactcaccgtactacagactcggaattg
gctgagatcttccccttccaagagacccaggtcactgtaacctctgccccctttccattg
ggaataccacttcagcccacaagtcccagtgcccagtacccttctgcctctgcacctgga
gacattgtctcccagaccacccagtcagggttcaacggtgagaccgcccaccccatcccc
actgtgtgtgacactctgagctcccgctctcacactgactctgttgtgtgcctgcatgct
tccccgctgtcgctctcctcttctagcagcatgtatcacaagaccctctcaagtctgcct
cctggtggccggggcatgtccgagggctggcccaatttcagtgggggtgttacgcatgct
gctgcagtgctattgtctgctggtggtccatctctcaccccctgttcctcctccaccctg
tctctccaacactcttcccactctgtatttggctgggagtcgggtgctttctacagtgct
gatggtacagctgcctctgctgctgatgatgatgataatgatgaggatgatgatggtgat
gtgatgtctggttcggcatctgtggccacgggtgatccccagctcatatctagagatact
ctaccccttcaaactttacctgattcatctgccactgagcagttttctgattccgactgg
gacctctttcagttctctaagcctatcagaactgtctctgcagcaaaaactttaacacct
tccactgtggatgacttcctccagccttccattcctttatctggtgacttcatgctggtg
ttagcaaccgacgaccttggcgacgcactcaagagacggcatagcagtgttcgaccagta
gatggagctagttacatgtgggggcaagtaaaaccctcggttttagatggcggtgttttg
ggatctttggtggcaagccgagaagtgggtttgccttcgatttcccctgccatcgccaag
catacatctacaccctacacctatgctgccaatgaactgtcctggcatacaattgggtgg
aattttctacacacctctgtccacctcctgctgccgcctgcagtgcctgatccaaccagt
gactttagcagcttgctcattctgaccggccagtctgactcctcctctggtagtgtagcg
gacctccagtcctcactttctcccactgcgggcacacatggtgatgtgtatgcggacaac
agtgtcgccaccctggccatcacccagagccacacacctgtccccagttggacaactcct
ttgaattcccctgccttgtcccctactgcctcttacgaagcaggctccacaccaacgctc
gcccaggagggacaggtagaaagtagtgcctcagggtctgcgctgtactcgggatcccag
gaggacatagatcaggagtgggaacgaggccgcacccttgtgacaagcacgggtaccacc
tcccctactgtacctgccccgttggaaacggaggatgatggtgatgaacaaggagatcgc
tcctcgtcgttctacttcgagaatgaggtagagacggagagtggcaccgtggaaacaaaa
ggcccgagccccggtgagaggacgctgactgatggggacgaggatggcggctcagggagc
ccctacgacaacgagacgtcctccgactttggcgtgcctgactactcaggcaggcagtct
gaggatgcgcctctagcagaggccatcaatagcagccatgaatctcgaatcggcctggca
gagatggatgaccgggagaaacgcaccgtgttgcccctagttgtggtgtctacgctcacg
ttcctttgtctttttgtgctggttggcatcctcatctattggaggaagtgctttcagacg
gctcacttctacatagaggacagcacgtcgcccagggtcatcggtgcccctccatctctg
gcgctctcggctgcagaaaaccatgaggctttgccaataaagcagtttgtcaaacatgta
gcagaacttcatgacagcaacacattttcgcaagagtttgagatattgaaagagtgttat
gaggagatccaggcatgtacagtggatctaggcatcaccgcagacagctccatccaccca
gaaaacaagaacaagaacagatacatcaacatcctggcttatgaccacagtcgagtcaag
ctgtcttctagttcggatagaaatggatggtcagctgactacatcaatgcaaattatgta
gatggcttcacccaacctaaggcctacattgctacccagggaccactcaagtctagcatg
gaggacttctggaggatggtctgggaacagaatgcaagcgttattgtcatgatcaccaac
ctggtggagaagggaaggagaaagtgtgaccagtactggcctcttgacagccaggaagaa
tatggcagttttctggtgacacttaggagcaccaaggtcttggcctattatacccagaga
acattcaccttgaagaacacgagagcaaagaagggctctcagaaagagcagacccatgag
cggacagtggtgcaatatcattatactcagtggcctgacatgggtgtccctgagtacact
ctcccagtgctcacctttgtgcggaagtcatcccaggccaacctggggaacatgggacca
gttgtagtacactgcagtgctggcgtgggaagaacaggaacctacattgtcctggacagc
atgttgcggcagatcaaggagcaaggaacagtgaacatcctgggtttcctcaaacatatt
cgtacccagcgcaactacctggtacagactgaggagcaatacattttcatccatgatgcc
ctggtggaggccatcctgagcaaggaaacggaagtgcacagctcccacatccacacttat
gttaatgagctcttgatcccagggccttcaggccagacgcccctggagaagcagtttaag
atgataacccagtccaacgccaagcagtgtgactactcagcagcattgaaacagtgcaac
agagacaagaacagaaactcctctcttttacctgtagagaggtccagagtgcatctgtcc
acaacagcaggagagatttcagactacatcaatgcctcttacattatggggtatcaacag
agcaatgagttcatcattacccagaatccacttccctccaccatgaaggacttctggaag
atgatctgggaccacagtacccaagtggtcattgcactgccagatggactggacctggca
gaagatgagtgtatttactggcccaccaaaagccagcccatcagatttgacacattcaca
gtcaccttcatgggggaagaccatatgtgcctgtccaatgaggacatgttgatagtacag
gacttcatcctggaggccacacaggatgactatgttttggaggtgagacagtaccgggct
cccagatggcccaaccctgatggtcccatcagtaacaccttcgagctgattaacatcatc
aaggaggaaagcgtgtctcgagatggacccatagtggtgcacgacaaacgtggaggaaac
attgcggggactttctgtgcactcatgactcttctgcaccaactggagatggagagctcc
ttcgatgtgtattgggtggctaagatgatcaacttaatgagaccgggcatcttcactgac
attgatcagtaccagttcctttacaaagtgatcatgagtctggtggccaaaaaagaagag
gtaagaatgctccaatgtgctgataatgggctggcactaggtggcaccggcagtgattca
gagagtttggagtccctggtgtaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (45)   
   KEGG ORTHOLOGY (1)   
   RefGene (41)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (10)   
   RefSeq(pep) (10)   
DNA sequence (10)   
   RefSeq(nuc) (10)   
Protein domain (7)   
   Pfam (7)   
All databases (78)   

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