KEGG   Sinocyclocheilus grahami (golden-line barbel): 107554646
Entry
107554646         CDS       T04918                                 
Name
(RefSeq) receptor-type tyrosine-protein phosphatase eta-like
  KO
K05698  receptor-type tyrosine-protein phosphatase eta [EC:3.1.3.48]
Organism
sgh  Sinocyclocheilus grahami (golden-line barbel)
Pathway
sgh04520  Adherens junction
Brite
KEGG Orthology (KO) [BR:sgh00001]
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04520 Adherens junction
    107554646
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:sgh01009]
    107554646
  09183 Protein families: signaling and cellular processes
   04090 CD molecules [BR:sgh04090]
    107554646
Enzymes [BR:sgh01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     107554646
Protein phosphatases and associated proteins [BR:sgh01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    107554646
CD molecules [BR:sgh04090]
 Proteins
  107554646
SSDB
Motif
Pfam: fn3 Y_phosphatase PTP_tm Interfer-bind Pur_ac_phosph_N Y_phosphatase3 PTPlike_phytase DSPc Y_Y_Y
Other DBs
NCBI-GeneID: 107554646
NCBI-ProteinID: XP_016092717
Position
Unknown
AA seq 1772 aa
MGQHYLLQASVFRATVLFAVLVSIPRGHSDCAVCQYKINTTTSDITMFVGDSSSCSVQNT
SITSAQNSITVTGLQPGNTYFFKINCSDVCCGNFSTNSSSNLTITQLKSLVYLNWTGQLS
LTNQSFTLRPEPVSNLSVHSITVSSMNLSWILPDGISPYYRVAWGVNLLLTTNQTSMQIS
QLTPGIKYSFSVTSVASDNRTEGHAAEISQNTSPAQVENITVLNSSNSSLTLDWAVPLGH
VDSYMVNVSGAELNTSLVQTHPTNSSVISNLMAGRVYNITVTTISGVLKNSSNIVLAATK
PNPPEAVRVSGQTNVSITLLWLKPLSMDGVTVSYEVSYRSNQSGVNQLLNNTNSLNMTLT
NVLPSSQYDITVVTIGVKDLRSSYVNLTAYAAPNAVQNLAVSAVSTNSVNLTWLPPNGTL
SLFSYSVNITSPDQTLSTTSNNYQITQLQPGTQYNCSVRALIIAANIFGPSQIIQCNTKP
LPVTNLTASPVGTTEMRLSWSRQNDYKSSYQYNVSVNGEQWIQSINETINVVNLIPGNNY
TFTVQTVENGMSSESVAISAFTGLGKASNMSAVGTTQSMRVEWRPPDGIVSLYNVKILLN
GTVLRMENRTNETTVVFSDLLPGTQYNVIVTSISGPIKQDSDSVSNATLPTPTGEFVTVQ
STNSLNISWARPLNMSSVSHYFQLSYSNSMLNCSQNYSSLTGLNAGVQYNITVRTVGAMG
YFSSPQYLTAYTNPTAVTDVRLNGYTETSITLSWLQHDVQQSGYSYLLTFTHPNGTVDQK
TVNNARAQLLSLQSASQYNISIITQTAGGTKSYPQFITAYSKPFPVSSVKYDVLNVSAVK
LSWSRPPEYHNGFSYQVLVSNCTENSRNLSTFSENIIVPDLQPGTLCQFSLYSLAFGILG
EPVNFSVFTKPSTVIPQLDNQGSNHSLLVTWDHPVGGLDMYILNISSEGWSSSKVLNSTE
HNHTFSQLKAATVFTVTLTIVKAAFWETSHSVNMATYPNRPGEIKILLKSNHSVWFQWDE
AENMSAGSFNYSLTCWLSYNTSQYLTPNNTFLLDGLRSGTSYNVSVATVGPMGFQSESIR
VHVTTKPDPVQNLQLGSVTTNNISVIWAKVEGVPKYVIRVYSEKVENKLTSTNNSMTIYN
LMPSTLYNISVQSSTSDNTEGEAVCLQACTDAAPVESVTCTGPDLTFPMLTLSWSPPPGN
NQGFEVKLNSSNSEKTFNLNHTFTGLRFNTLYKVMLWTIGCGKKSTVESITCMTGITKPV
VPKITAVSVSELQYNKFTLNLPSDVFNDSNGPVLYYGVLVYSGTIDCLDKNNKLDRCLLN
TYEDWKAKLCSTFMAVVKDTGSTSVQIGDETMWKGYKNGELNAKVSYNFAVIAFTRLETN
NSLVDVSNSYYSMSEFYQSPITLPENPVVIGGAAAGVGFAALLVVIIIVVVVCRRKQRKD
ESTSVPIHSIRNKVSDPIKVEDYEAYYKRQRADSFCGFAEEFEDLRPVGINQPKTVAQAP
ENKAKNRYNNVLPYDSSRVKLSVLSSPFDDYINASYMPGYTSKKEFIAAQGPLPCTVDDF
WRLIWEKNIHTIVMLTKCNEQGRVKCEEYWPAETKHFHNLTVTNTSEITLEDWTLHDFEV
KNVKTAESRSVRHFHFTAWPDHGVPETTELLINFRHLVREHMDQYSRHSPTLVHCSAGVG
RTGTFIAIDRLIFQIERDGVVDVYGIIHDLRMHRPLMVQTEDQYVFLNQCSMDIIKSRTG
NNVDLIYQNTAALTIYENFEPLKKAKNGYHKA
NT seq 5319 nt   +upstreamnt  +downstreamnt
atgggtcaacattatttacttcaggccagtgtcttccgtgcgactgtattgtttgctgtg
ctcgtctcgatccctcgtgggcactctgactgtgcagtgtgccaatacaagataaacacc
acaacgtcagacatcactatgtttgtaggagacagctcctcctgcagtgtccagaacact
agcattacaagcgctcagaatagcatcacagtgactggactgcagcctggaaacacatat
ttcttcaagatcaactgctcagatgtgtgctgcggaaacttctccaccaattcttccagc
aatctgactatcacgcagctcaaatccttagtgtatctaaactggacaggccagttatca
ctgaccaatcagtcttttactctccgccctgagcctgttagtaacctgtctgtacactcc
atcactgtgagctcaatgaacctgagctggatacttccagatggcatcagcccctattat
agagtagcttggggagtaaacctgcttctcactactaaccaaacctccatgcaaatctca
caacttacacccggcattaaatactccttcagcgtcacctcagtggcctctgataaccgc
actgaggggcatgctgctgaaatatcccaaaacacaagtccagcacaagtagagaatatc
actgtgctgaattccagtaacagtagtttgaccctggactgggcagtccctcttggtcat
gtggactcatatatggtgaacgtatctggtgccgagctgaacacatccctcgtccagacc
caccccaccaactcttcagtcatcagtaacctcatggcaggacgtgtttacaacatcact
gtgaccaccatcagtggagtcctgaagaatagctctaacatagtgctggctgccactaag
cctaacccgcctgaagctgtccgagtgagtggtcagacaaatgtatctattactttgttg
tggttgaaacccttatcaatggatggagtcactgtgtcctatgaagtgtcgtatagatct
aaccagtcaggggtcaaccaacttttgaataataccaactctttaaacatgacgctcaca
aatgtattacccagcagtcagtacgacatcactgtggtcaccataggcgtaaaagatctc
aggagctcatatgtaaacctcactgcatatgcagctcctaatgcagtgcaaaatctggct
gtttctgctgtcagcaccaattcagtcaatctgacctggctaccccctaatgggaccctc
agcctgttctcctacagtgtcaacatcacctcacctgatcagactctcagtaccacatcc
aacaattatcagattactcagttgcagcctgggactcagtataattgcagcgtcagagca
ctcataatagctgccaacatatttggaccctcacagatcatacagtgtaataccaagcca
ctgccagtgactaatttaacagcctctcctgttggcaccactgagatgcgcctttcatgg
tctcgtcagaatgactacaaatcttcatatcagtataatgtgagtgtaaatggtgaacaa
tggatacagagtatcaatgagaccataaatgttgttaatctgatccctgggaacaactac
acctttactgtgcaaactgtagaaaatggcatgagctctgaatctgtagccatctctgca
tttacagggcttggtaaagcatccaatatgtctgcggttggcactactcagagtatgaga
gtggagtggagaccgcctgatggcattgtgagtctctacaacgtcaaaatcttgttgaac
ggaaccgttttaaggatggaaaaccgaacgaatgagacaaccgtggtgttctcagacctg
ctacctggaactcagtacaatgtcattgtgacaagtatcagtggacccataaagcaggac
agcgatagtgtatccaacgccaccttgcctactcctactggcgagtttgtgacagtgcaa
agcacaaactcactgaacatcagctgggctcgaccacttaacatgagctccgtatcacac
tatttccagttgtcatacagcaacagcatgctgaactgcagtcaaaactacagctctctg
acgggactcaatgcaggtgtccagtacaacatcactgtgagaactgtaggtgcaatggga
tatttcagctctcctcagtatctcactgcatatacaaatcctactgccgtaactgatgtg
agattgaatggatacactgagaccagtataactctgagctggctgcagcatgatgttcag
caatccggttactcctatctgctcaccttcacacaccctaatggcacagttgaccagaag
actgtaaataatgccagagcacagctactgtcactgcagtcagctagccaatacaatatc
agcattatcacacagacagctggcggcacaaagtcttatccccagtttataaccgcctac
agtaagccgtttccagtttcctctgtaaaatacgatgttctgaatgtttctgctgtgaag
ctgagctggtcccgtcctccggagtaccacaatggcttttcctaccaagtattagtgtcc
aactgcacagaaaatagtaggaacttgtcgactttctctgaaaacatcatagtgccagac
ttgcagcctggcaccctgtgtcagttcagtctatatagtttggccttcggcattctggga
gaaccagtgaacttctctgtcttcacaaagccctctacagtgattccacaactagataat
caaggctctaaccactcactcttggtgacgtgggatcatcctgttggtgggctagacatg
tacattctgaacatcagcagtgaaggatggagcagctctaaagttctcaatagcactgaa
cacaatcacaccttcagtcaactaaaagcagcaactgtcttcacagtcacactcacgatt
gtcaaagcagccttctgggaaacatctcattcagtaaacatggcaacttatccaaacaga
ccaggagagattaagattttgttgaagagcaatcattcagtgtggtttcagtgggatgaa
gctgagaacatgtcagctggcagcttcaactacagcctgacctgttggttgagctataac
accagtcaatatctcactcctaataacactttccttttggatggcttgcgatctggaaca
tcctataatgtttctgtggctactgtaggcccgatgggtttccagagtgaatctatcaga
gttcatgtaaccaccaagcctgatcctgtccaaaacctacaacttggttctgtaacaaca
aataacatctctgtaatttgggcaaaagtggaaggggtcccgaaatatgtaataagagtg
tacagtgagaaggtagagaacaaattgaccagtacaaataacagcatgaccatatacaat
ctgatgccttcaacactctataacatcagtgtgcagagcagcacttctgacaacacagaa
ggagaagctgtgtgcctgcaagcatgcacagatgcagctccagtggagagtgtgacctgt
acgggtcctgatttaacctttccaatgctaaccctctcatggagccctcctcctggtaat
aaccagggctttgaagttaagctgaactcctccaactcagaaaagaccttcaatctaaac
cacaccttcactggactcaggtttaacactctgtacaaagtcatgctctggacaattggt
tgtgggaagaaaagcactgtggaatcaatcacctgtatgactggaatcacaaaacctgtt
gtacctaaaataacagcagtgagtgtatctgagctacaatacaacaagtttactttgaat
cttccgtcggacgtctttaatgactcgaacggtccagtgctgtattatggtgtgcttgtc
tactccggcactattgattgcttggacaagaataacaagctcgatcgatgcctgttgaac
acctacgaggactggaaagcaaagctgtgcagcacattcatggctgttgtcaaagatact
gggtctacaagtgtacagattggagatgaaactatgtggaaaggttacaaaaatggagaa
ctaaatgccaaagtcagttacaattttgctgtcattgctttcactcgtctggagacaaac
aacagtttagtggatgtgtctaattcatactactccatgtctgagttttaccaaagtccc
atcacactgccagagaacccagtggtaattggaggagcagctgcaggagtcggttttgct
gctcttcttgttgtaatcatcattgtggttgtggtttgtagacggaagcaaagaaaagat
gaatctactagtgttcctatccactctataagaaacaaagtgagtgatccaataaaggtg
gaggattatgaggcttactataagaggcaaagagctgattccttttgtggatttgctgaa
gaatttgaggatctaaggccagttgggataaatcagccgaagactgttgctcaggcacct
gaaaacaaagccaagaatcgttataacaatgtgctgccatatgattcatctcgtgtcaag
ctctctgtgctcagcagcccatttgatgactacatcaatgccagctacatgcctggttac
acttcaaagaaggagtttatcgcagcccaagggccactgccctgcactgtcgatgacttc
tggagactgatctgggagaaaaacatccacactattgtcatgctcaccaaatgcaatgag
caaggacgggtaaaatgtgaggaatactggccagcagaaacaaaacattttcacaatctg
accgtgacaaatacttccgagatcacattggaagattggactttacatgactttgaagtg
aaaaatgtgaaaacagcagagtctcgatcagttcgtcacttccatttcactgcgtggcca
gaccatggagttcctgagaccactgagcttctcatcaacttcagacacctggtccgagaa
cacatggaccagtactcaagacattcacccacacttgtgcactgcagtgctggtgtgggc
cggacgggaaccttcatcgccattgatcgtttaatctttcagattgagcgggatggtgta
gtagatgtatatgggatcatccacgatttacgcatgcacagaccactcatggttcaaaca
gaggatcaatatgtgtttcttaaccagtgctccatggacatcatcaagtctcggactgga
aacaatgtagatttgatttaccagaacacagctgcactcactatttatgagaactttgaa
cccttaaaaaaagccaaaaatggttaccataaggcctga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
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 (9)   
   Pfam (9)   
All databases (22)   

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