KEGG   Sinocyclocheilus grahami (golden-line barbel): 107598878
Entry
107598878         CDS       T04918                                 
Name
(RefSeq) receptor-type tyrosine-protein phosphatase zeta-like
  KO
K08114  receptor-type tyrosine-protein phosphatase zeta [EC:3.1.3.48]
Organism
sgh  Sinocyclocheilus grahami (golden-line barbel)
Brite
KEGG Orthology (KO) [BR:sgh00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:sgh01009]
    107598878
  09183 Protein families: signaling and cellular processes
   00535 Proteoglycans [BR:sgh00535]
    107598878
Enzymes [BR:sgh01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     107598878
Protein phosphatases and associated proteins [BR:sgh01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    107598878
Proteoglycans [BR:sgh00535]
 Cell surface proteoglycans
  Others
   107598878
SSDB
Motif
Pfam: Y_phosphatase Carb_anhydrase fn3 DSPc PTPlike_phytase Y_phosphatase3 GUN4_N PsbJ
Other DBs
NCBI-GeneID: 107598878
NCBI-ProteinID: XP_016145806
Position
Unknown
AA seq 1788 aa
MEALATRCALFLAQIALFSNTDVSEAYGFRSQKKLSENIDWSYAGTLNQNNWAKKYPSCN
NAKQSPINIEESLAQVKIQFQKLRLEGWAEKTSDSTTVKNDGKTVAIDVGGDFFVSGGGL
RSKFKVGRITFHWGLCNASSDGSEHSLNDEKFPLEMQIYCYEADVFSGLDEALSAGGKIT
ALAMLFKISTEDNENYMTIIDAVNSVSRYGKSGPVSPFTLQGLLPNSTEKYFIYNGSLTT
PPCSETVEWIVFKNTVTISDVQLEMFCEVMTMQQAGYVMLMDYLQNNYREQQEQFMGQVF
SSYTGVEEVHTPICSSEPENVQANPHNHTSMLVIWERPRAVYDSSIERYSITYRPAQGND
ESALEYLTDGDQDVGAIIQDLVANTSYKVQVVAVCTNGLYGRVSGQLTVDMPLDDPETNN
DSDSFEYDEEEDYHINPFLIRPGTNQLPYPFQTTTISPRVTKTQRPVHPVFKTTPRTHER
RLPVEDSQKTHDPYFPAVYTDKPTVKYTDQPTVLATITTSFVVDVHTARPDGSSIVVGLS
SESDGQSNTFTDSPTSVTPSITPKTSRTLETSVTLKTFVISPSIDISEVEEVTQPVTDSH
SYEESSVTVAPLPEIPMESTSSTFPPEVPLWPTTASLPFPTTAAFSTVLSQTTQPVFNGE
SASYAPSVSDTLSYVHASPVSPYSLSSVLSEPIPDWDIPYTVSMLVYGGAQSIIPSPSYP
TLFLTGSVSYLDMEPVSSGDCNNDDGDDDILSGSISADPQCRSTLPLQTLPEVTASVVSM
QPSSEHDLFESLSIVSTLSTLAHLQPSVPVSNDYSLMTTTLDSDSSLSGSVKDSRLLTEW
VDFSLVAPTFSQDSGASTEISLHASSNFLLPSSTLGLSPCSGLLGDPSSPVEHHSFLSTS
SAGTLLCSDADLDLRTEALLSSLPISTMPSSDPSISVSDTVSSVAQKATGQSQGAPVPIR
SSTIAQTSTPEFIFIPTSVVPPTVAPTSAPESISVVAPEVPPTVAVSSAPESSSMPTHSA
DGQLENSASGWALDLDWGQSSASGDESIVPYITTATPTEVPPDETDDGNEEHSSSFYFEG
ENGTDIESTEFRVTLRPSPSWTLRGSGEEESGSGENLTDNETSSDFTIPERTERDSEEEP
VEDASNSSHESRVGLASSIERQKKAVIPLAVVSTLTFLGLIVLIGIFIYWRKCFQTAHFY
IEDSTSPRVISSSPLLSPTGEHEPQSVKQFVKHVAELHNTNSFSREFEILKEYFEEVQTC
TVDLGTTTDCSSHPDNKNKNRYVNILAYDHSRVRLAPLNDKDGRSGGDYINANYVDGFNK
QKAYIAAQGPLMSSTVDFWRMVWEQNVGVIVMITNLMEKGRRKCDQYWPLENQEEYGCFL
VTVKSTKDLAYYTQRTFTIRNTSIKKGSQRGHSNERMVIHYHYTQWPDMGVPEYVLPVLS
FVYKSSRSQTEHMGPVIVHCSAGVGRTGTYIVLDSMLKQIKAQGTVNIMGFLKHIRTQRN
YLVQTEEQYIFTHDALVEAILSQETEVPSSHIHQYVNNLLTPGASCKTRLEKQFKLVCQS
NAKQNDYSSALSDCNRTKNRSCSLIPVEKSRVCFSTSAGETPDYINASYVMGYRQNKEFI
ITQNPLPSTVKDLWRMLWDHNAQVIVSLPDTSSTTEDSEPIIFWPARDQPISYETFSVSL
KGEGHVCLSNEDMLLVQDYILEATQVTLYLLHSQSDSTAYISNIKRIRDFTHNAPKGRSQ
LDQYQFLYKAILSLVSTQDDERVLQSSDNNGTVPGGVSSAAESLESLV
NT seq 5367 nt   +upstreamnt  +downstreamnt
atggaagcgcttgcgacgagatgcgcactttttcttgcgcagatcgcactcttcagtaat
acagatgtatcagaagcatatggattcagatcacagaagaaactctcagagaacatagac
tggtcgtacgcgggaactctaaaccaaaataactgggcaaagaaatacccgtcatgcaac
aatgccaaacaatcaccaataaacattgaggagagcctggcgcaggtcaaaattcaattc
cagaagctgagattagagggatgggcggaaaagacatcagactccactacagtaaagaat
gacgggaaaacagtggccattgatgtgggaggagatttttttgtgagtggagggggtctc
aggtccaagtttaaggtgggacgtatcactttccactggggcctgtgcaatgcctcctct
gacgggtcggagcacagcctcaatgatgaaaaattccccctggagatgcagatatactgt
tatgaagcagatgttttcagtggccttgatgaggccctcagcgcaggaggaaagatcaca
gcgttggccatgctgtttaagataagtactgaggataatgaaaactacatgaccatcatt
gatgcagtcaacagtgtcagccgttatggaaagagtggccccgtctctccgttcaccctg
cagggtctcctgcccaactccacagagaagtacttcatctataacggctctctgacaacc
ccaccctgctctgagaccgtggagtggatcgtcttcaaaaacacggtgaccatctcagat
gttcagctggagatgttctgtgaggtgatgaccatgcagcaggctggatatgtcatgctt
atggactacctgcagaataactacagagagcagcaggagcaatttatgggacaagtcttc
tcatcctacactggcgtcgaggaggtccacactcctatttgtagttccgagccagagaat
gtgcaagccaaccctcataatcacaccagtatgcttgtgatctgggagaggccacgggct
gtttatgattcgagcatagagagatactccatcacctaccggccggcccagggcaatgat
gaatcggccttagagtacttgactgatggagaccaggatgtgggggcgatcattcaagac
ctggtggccaacactagttacaaggtgcaggtagttgccgtgtgcaccaacggtctgtat
ggcagagtgagtggccagctgaccgtggacatgcccctggatgatcctgaaacaaacaat
gactccgactcatttgagtatgatgaagaggaagactatcacatcaatccctttttgatc
agacctggcacaaatcagcttccatatcccttccaaaccactaccatcagcccaagagtt
actaaaacacagcgcccggtccatccagtcttcaagacaacaccaaggactcatgaaaga
agactcccggtagaagactcccagaagactcatgatccttattttccagcagtatacaca
gataaacctactgtgaaatacacagaccaacctaccgtcctcgcaaccataaccaccagt
tttgttgttgatgtacataccgctagaccagatggctccagcattgtagtgggtctatcc
tcagagtctgatggccaaagcaataccttcacagattctccaacaagcgtcaccccaagc
attacccctaaaacaagcagaacccttgaaacaagcgtaacccttaaaacatttgtaatc
tcaccttcgatagacatttcggaggttgaggaagtgactcaacctgtaaccgactcacac
agctatgaggagagttcagtgactgtagccccactgcctgaaatcccaatggaatcaact
tcctctaccttccccccagaggtccctctgtggcctacaactgctagcttgccttttcca
accactgccgctttcagcactgttctgtcgcagaccacccagccggtgtttaatggtgag
agtgcctcgtatgccccctctgtatctgacactttgtcctatgtgcatgcaagtcctgtg
tccccctattccttaagcagtgtgttgtctgagcccatccctgactgggacatcccgtac
actgtttccatgctggtgtatggtggtgcacagtctatcatcccttccccttcctaccct
accctattcctcactggctctgtgtcttatttagacatggagcctgtctctagtggtgat
tgtaataatgatgatggtgatgatgatattttatctgggtccatctccgctgaccctcag
tgtagaagtactcttccccttcaaacgttaccagaggtgactgcttctgtggtctccatg
cagccaagttctgaacatgacctctttgagtccctcagtattgtctccacgctgagcact
cttgcacatctccagccttcggttcctgtttctaatgactactctctgatgacgacaacc
cttgactctgactcttcgctctcaggtagcgttaaggactctagactgctgacggaatgg
gtagatttttctctagtagctcctacatttagtcaagacagtggtgcatctactgaaatc
tctctgcatgcctcttctaactttctgctgccctcctctactttgggactgtccccttgt
agtggtctcttgggtgacccatctagtcctgtagaacaccattcgtttctgtccacctcc
agcgccggtactcttctgtgtagcgacgcagacttggacctccgcaccgaggctctttta
tcttctcttcccatttccaccatgccttctagtgaccccagcatttctgtttcagacact
gtcagcagcgttgcacaaaaagctactggacagtcccagggagcacctgttcccataagg
tcttcgactattgcgcaaacctctactccagaattcatattcatacctacttctgtggtt
cctccaactgttgcaccaacctctgccccagaatccatctcagtggttgctcctgaggtg
cccccaaccgttgcagtttcctctgctccagagtctagttccatgcctacacactctgca
gatggacagctggagaacagtgcctcgggctgggctctcgacttagattggggccagagc
tcagcatcaggagatgagagtattgttccatacattaccactgccactcctacagaggta
cctcctgatgagacagatgatgggaacgaggagcactcttcctccttctactttgagggg
gagaatgggacagatattgaatctactgagttcagagtcactctgcgccccagcccatcc
tggactctaagaggaagtggagaagaggagagcggatcaggtgaaaacctcacagataac
gagacatcttcagacttcactattccagagcgcactgagagggattcagaggaggaacca
gtggaagatgccagtaacagcagtcatgagtcgcgggtgggcctagcgagcagcatagag
cgccagaagaaggctgtgattcctctagctgtggtctccaccctcaccttcctgggtctc
attgttttgattggcatttttatctactggaggaaatgttttcagactgctcatttctac
attgaagacagcacatcacccagggttatatcctcctcaccattgctgagccctacaggt
gaacacgaaccccagtcagtaaagcaatttgtgaagcacgtggctgagcttcacaacacc
aactcattttctagagagtttgagatattgaaagagtattttgaggaagttcagacgtgc
accgtggacctcggaactacaacggactgttccagtcatccagacaataagaacaagaac
cgatacgtcaacattttagcctatgatcacagcagagtgcgactcgcacccctgaacgac
aaagatgggagaagcggaggggactatataaatgccaactacgttgatggttttaacaaa
cagaaagcctacattgcagcacaagggcccttaatgtccagcacagtggatttctggcgg
atggtgtgggagcagaatgtgggagtgattgttatgatcacaaacctgatggagaaagga
aggaggaagtgtgaccagtactggcctctggagaaccaggaagagtatggatgttttttg
gttactgtaaagagcacaaaagacctcgcttactacacccagagaaccttcaccatcaga
aataccagcataaagaagggctctcagagaggtcatagtaacgagaggatggtaatacat
taccactacacacaatggccagacatgggcgtacctgagtacgtcttgcctgtgctttca
ttcgtctacaagtcctctagatcccaaactgagcacatggggccagtgattgtacactgc
agtgctggagtgggccgaacagggacctacatagtgttggacagcatgttaaaacagatt
aaagcacaggggacagtcaacattatgggattcctcaaacacattcgtacacaacggaac
tatctagttcaaacagaggagcaatacatctttacccatgatgctctagtagaggccatt
ttgagtcaagagacagaggtgccatcaagccatattcatcagtatgttaacaacctcctg
accccaggggcctcatgcaagacacgactggaaaagcagtttaaattggtgtgccagtcg
aatgccaaacagaacgattacagcagtgccctgagtgactgcaacagaacgaagaacaga
agctgctctctgattcctgtagagaaatccagagtgtgtttttccacatcagcaggagag
acgccagactacatcaacgcctcatatgtcatgggttatcggcagaacaaagagttcatc
attacccagaatcctttgcccagcacagtgaaggacttgtggaggatgctgtgggatcac
aatgcccaagttattgtttcattgccggacacgagtagtacgacagaagacagcgagcca
atcatattctggcctgcgagagatcagccaatcagctacgagacattctctgtgtcgtta
aaaggggagggccacgtgtgcctatccaatgaagatatgttgttagtgcaggattacatc
ctagaggccacacaggtaacattatatctgctgcacagccaatcagattccacagcttac
attagcaacataaagaggatcagagattttacccacaatgcaccaaaaggaagatcgcag
ctggatcagtatcagttcctctacaaagccattctgagtttggtcagcacccaagacgat
gagcgagtgcttcagtcctccgataacaacggcacggtcccaggaggcgtctcgagtgcg
gccgagagtctggaatccttggtgtaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (20)   

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