KEGG   Sinocyclocheilus rhinocerous: 107709971
Entry
107709971         CDS       T04916                                 
Name
(RefSeq) receptor-type tyrosine-protein phosphatase beta-like
  KO
K05694  receptor-type tyrosine-protein phosphatase beta [EC:3.1.3.48]
Organism
srx  Sinocyclocheilus rhinocerous
Pathway
srx04520  Adherens junction
Brite
KEGG Orthology (KO) [BR:srx00001]
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04520 Adherens junction
    107709971
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:srx01009]
    107709971
Enzymes [BR:srx01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     107709971
Protein phosphatases and associated proteins [BR:srx01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    107709971
SSDB
Motif
Pfam: fn3 Y_phosphatase PTP_tm DSPc Pur_ac_phosph_N PTPlike_phytase Y_phosphatase3 DUF6176
Other DBs
NCBI-GeneID: 107709971
NCBI-ProteinID: XP_016370132
UniProt: A0A673MTY4
Position
Unknown
AA seq 1895 aa
MPRRKAIHVAVWVACGILSTVVVDTQKCNIKVVKAISTTDSIHITLNNEDVKCQYTVSVR
DRHNDSKDCHQDQEHLTHFECKTENLDPGTWHHLDIISKVDEKQQTQHTVSLPTRPSAVE
NLWVAGDTNSLEVSWQPGPGKSERYWIMLTDSSGMGSIWNATVVSTATSYTIKGLIPGRL
YNITVITEVGELQNSVSRQAQTVPAAVSNLRVENNGNQKTLRVLWDKASGDVDSYLVNLT
LHGSNSFEKAMSPNSTDVVFDSLSPGKTYQVSVSTRSGTLSNKTWITVKTEPGKVSDLVM
ENLSNRGALKITWTPPSGEWEHIRVVLSNGSEILANQTVDRMAKEILLSWLNLQPGRVYS
MAISVENGGLANTVYYEEEIGLPPVSQLHIRHSDETSLSALWTHPFGSSSRDGYIVQLFQ
SNTSTAIHTRTLSRDMRECTFNVLTPGRLYDITVTTTTKNLRGSATVKGRTLPLKVNHLK
LSNKGKSASLNASWEKPSGDLDFYNLALLWIGQTVHNVSVSANTTSTLLPFLRPGALHRL
LVTTVSGSQTSKLAEAECRTVPAAVSDITVTNSGPDFLNVSWKAAEGDVDSYMVMLKDQE
KIVHTLAASKATTECVFRSLVSGRLYTISITTHSGSYRNQTLVQERTQPSTVQNPTAIHS
ARDDFLKVYWNHASGDYDYYEVAIGYNSTRLQSQKLNKTQSEFEFSDLVPGRLYTVTIST
CSGQYNSTVSIHGRTFPGAVGNLSLTEYGTSFLRVNWTSAPGDVDNYEVQNLFNDTQVSP
AVHLSSTVREHLFSELTPGRLYKIVLSTHSGSYQRAEILEGRTVPSQVQDLRLGAGTADS
SLRASWSSGDGDLDFYSVYLFHGTHVQDIRHVPKHITQTEFHNLVPGQLYPVTVQSVSGT
QTNNSTTSGRTDPSTVTNLRVDNELSTHNLLVSWTAAVGVYNGYSLQLLDESERVIASVS
VPATNNHHLFKNLTPGTWYKAHVQTLSGTATSKDITAEGQTSPAAVTGLHICSNTSTELS
FCWTAPEGQVDDFDLYLYDQIETIQSHRTLGKDALGWSFMHLLPGTLYKMMFTSRRGKLS
SQSSIWARTAPASVINPHVENQGQMDSLLLNWMRGPGGLTGYSVTMDGFEQRLGPESTQV
IFHGLVAGRLYSATLQSWSEDLTNTTTAIGRTVPAPPSSVSVSSSSGSVEIKWHVPDRGD
YDDFEVTWFPQETLNVSGRHPTQRILEGLYPGRLYNISLRTVSGTTYGPVTYSSPVYHTI
RTPPHSAQSIHCFPLSSTSVSCSWAPPESDFDSYVVECRKQGSRMPVYTYTLEHDALSQQ
FDRLEPFRNYTIYITVLSGDKQSPTTKTSIITMIDRPPVPPVTVRVSEQSTVITHFTILF
KFNCSWFSDANGAIRFFTVIVTESNDVDNVLPEQRHPLPSYLDYRQNHSIKAYQTGYFHS
LCAERSDSKIRVFEINLGRGMKRLGGACKWDPESIQHGTHFCDGPLRPRTSYRLSVRAFT
QLLDEENRECVHPLYTDTYLSLPLTTQSAPRNGLTGGITAATFLVAMVLAVTALLIYRKR
AHKIAVKESPVMKMCMWKALPTSQMCSGIRSPVQAVHFESHLAKLQTDCSYLLSEEFEGL
KDVGRTQTQNAARLLGNRSKNRYNNILPYDSTRVRLSCLEDDPYSDYINANYIPGNNFRW
VYIATQGPLPGTKDDFWRMVWEQNVHSLVMVTQCVERGMVKCDRYWPVDSEPLYYGEVVV
QLLSEKILPEWTIRDFKISCEGQLRYPRTVRQFHYTIWPDHGVPETTQSLVQFVRTVRDY
IDRTTSPGVTVVHCSAGVGRTGTFIVLDRVLEQLDRNCTVDIYGCVFDLRLHRSYMVQTE
SQYAYIHQCVRDVLRARKLHCERDNPLFPIYNNLL
NT seq 5688 nt   +upstreamnt  +downstreamnt
atgccgagaagaaaagccattcatgtagctgtttgggtagcatgtggaatattgagtacc
gtggtggtagacacacagaaatgtaacattaaagtcgtgaaggccatttctaccacagac
tcaatacacattacgctgaataatgaagatgtgaaatgccaatacacagtttctgtcagg
gacagacacaatgactcaaaagactgtcatcaagaccaggaacatttgacacattttgag
tgcaaaactgagaatttagatcctggaacgtggcatcacctagatataatatcaaaagtg
gatgaaaaacaacagactcaacacactgtctccctgccaacgagaccttcagccgtggaa
aatctttgggttgctggagatacaaacagcttggaagtttcatggcagcctggtccaggc
aaatcagagcgatactggatcatgcttacagacagcagtggtatgggttcgatctggaat
gcaacagttgttagcacagccacctcatacacaataaaagggctgattcctggacgactc
tacaatatcactgtaattacagaggttggagagctacagaattcagtgtctagacaagca
caaacagtaccagctgctgtctctaacctcagagtggagaacaatggcaaccagaaaacc
ctcagagttctgtgggataaagcctctggtgatgtggacagttaccttgttaatctgaca
ttacatggttcaaactcttttgagaaagccatgtcccctaatagtacagatgtagtgttt
gacagtctgagtcctggaaagacctaccaggtgtcagtcagcaccaggagtggaacactt
tctaataagacatggatcacagtcaaaactgaaccaggaaaggtgtcagatctggtgatg
gagaacctgtctaatcgtggcgcactaaagatcacttggacgcccccttccggggaatgg
gagcacatccgtgtggtgctttcaaatggaagtgaaatccttgctaaccaaactgtggac
agaatggcaaaggaaatactcttgtcatggttaaatctgcagcctggcagagtgtacagc
atggcaatcagtgtagagaatggaggcctggctaatacagtctattacgaggaggaaata
ggtcttccgccagtatctcaattgcacatccgtcactcagacgagacctccctaagcgct
ctgtggactcacccctttggctcatcatcccgcgatggctacattgtacagctttttcaa
agcaacacatctacagctattcatacacgaaccctgagtcgtgacatgagagagtgcacg
tttaatgtcctcacgcctggtcgcctgtacgacattactgtaaccactaccacaaagaac
ctgcgtggttctgctacagtaaagggaagaacattgcctttaaaggtgaatcacctgaaa
ctaagtaacaagggaaaatcagctagtctgaatgcaagctgggagaaaccatctggagat
ctggatttctacaatttagctctgttatggatcggacagacagtgcacaacgtttctgtt
tcagcaaacacaacctccaccctgcttcccttcctcagacctggtgctttacacagatta
ctagttaccactgtcagcggatcacagacttccaaactagctgaggccgaatgtcgtaca
gtgcccgctgcggtttctgacattactgtaactaacagcggtccagattttctgaatgtg
tcgtggaaggcagcagaaggagatgtggacagttacatggtgatgctaaaggaccaggag
aagatcgtacacactctcgctgcgtctaaagcaaccaccgagtgtgtgttcaggagtcta
gtttctggccgactgtacaccatctccattaccacacacagcggcagttacagaaaccaa
acacttgtacaggagagaacacagccgtccacagtccaaaaccccaccgccatccactca
gccagagatgactttctaaaggtttactggaatcatgcatctggggattatgactattac
gaagtggcgatcgggtataacagcacacgtcttcaaagtcagaagctcaataagacacaa
agtgaatttgagttcagtgatctggttccaggacgtctctacactgtgaccatcagcacc
tgcagtggccagtacaactctactgtctctatacatggccgaacattcccgggtgctgtg
ggtaatttgtccctaacagagtatggaaccagttttctgagggtgaactggacgtctgct
ccaggagatgtcgataactatgaggttcagaatctcttcaatgacacacaggtgtcacca
gctgtgcatctgagcagtacagttagggaacacctgttctccgagctcacacctggtcgg
ctctacaagattgtgctgtctactcacagtggatcataccagcgtgcagagatccttgag
ggccgcacagtacccagtcaggttcaggatctccgtcttggcgctggcaccgcagacagc
agtctcagagcctcttggtcctctggtgatggagacttggacttttactcagtgtatctg
tttcatgggacacatgtccaggacatcagacatgttcctaaacacattacacagacagaa
tttcacaacctggtacctggtcaactgtaccctgttactgtgcagtcggtcagtggaacg
cagacaaacaacagtacaactagtggcagaacagatccctccacagtcaccaacctgcgg
gtagataatgaactcagcacacacaatctgttagtgagctggacggcagctgtgggtgtt
tataatggttatagtctacagttactagatgagagcgaaagagtgatcgccagcgtttcc
gtgcccgctactaacaaccaccacctgtttaaaaatttaactccaggaacttggtataaa
gcacatgttcagacacttagtggcactgccacaagcaaggacatcactgctgagggacaa
acaagtccagcagcagtgaccgggctacacatatgctccaacaccagcactgaactttca
ttctgctggactgcaccggagggccaggtggacgattttgatctgtatctgtacgatcag
attgagacaattcagtcccacaggacactgggaaaagatgctctgggctggtccttcatg
cacctgctgccagggacactgtataagatgatgttcaccagcaggagagggaaactgagt
agtcagtcgtctatatgggcgcgtacagctcctgcctctgtcataaacccccatgttgag
aatcagggtcaaatggacagtcttcttctgaactggatgcgtggtcctgggggacttact
ggatattcagtcactatggatggctttgaacagcggttgggtccagagagcacgcaggtc
atctttcacgggctggtggctggtaggctgtattctgctacacttcagagctggagtgaa
gatctgaccaacactacgactgcaatagggcgtacagttcctgcaccaccatcatcagtg
tctgtcagcagctcttctggctcagtggagataaagtggcatgttccagatagaggagac
tatgatgattttgaagtgacatggtttcctcaggagacacttaatgtttctggacgtcat
cccactcagcgtatactggaaggactttatccagggcggctctataatatcagccttcga
actgtcagtgggacgacatacggccctgtgacctacagtagtcctgtttaccacaccatc
agaacccctccacattcagctcaaagcatccactgtttccccctgagctccacctctgtc
tcctgctcctgggcacccccagagtccgatttcgactcttatgttgtggaatgccgcaaa
caagggtccaggatgccggtgtacacatacacacttgaacacgatgctctctcgcagcaa
tttgacaggctggaaccctttagaaactacaccatctacatcacagtgttgtctggagac
aagcagagtccaaccacaaaaaccagcattatcactatgatcgacaggccccctgtccca
ccggtgacagtacgggtcagtgagcagtccacagtcatcacccatttcaccattctgttt
aagttcaactgcagctggttcagtgatgctaatggggctattcgtttcttcacagtaatc
gtcactgagtcaaatgatgttgataatgtcctgccagagcaaagacatcctttgccatct
tatctggactacagacaaaaccactccatcaaagcataccagactggctactttcacagc
ctgtgtgccgagagatctgatagcaagatccgtgtttttgagataaacctcggaagagga
atgaaacgtttggggggagcttgcaaatgggatccagaatctatccagcatggaacacat
ttctgtgacgggccgctcagacccagaacatcatatcgattaagtgttcgtgccttcact
cagctgcttgatgaagagaacagagaatgtgtgcatcccctttacaccgacacatacctt
tccctcccattaacgactcaatcagcgccacgaaatggactcacgggaggaatcacagct
gctacgtttctagtcgccatggtgctcgctgtgaccgccttactcatttacagaaagagg
gctcacaaaatagccgtgaaggaaagtcctgtaatgaaaatgtgcatgtggaaggcgctg
cctacctcacagatgtgctcaggcataaggagcccagtccaagcagtccactttgagtct
catcttgctaaacttcaaactgattgcagttaccttctgtctgaagagtttgagggccta
aaagacgtgggacggacccaaactcagaatgctgcacgtctacttggcaaccgaagcaaa
aatcgctacaacaatatactgccctacgactcaacgcgggtaagactgtcttgcttggag
gatgacccctattcagactacatcaatgctaactacatacctggaaacaatttcagatgg
gtgtatattgccacacaagggcctctcccaggtaccaaggatgatttctggcgcatggtg
tgggaacaaaacgtgcacagccttgtaatggtgacccagtgtgtggagaggggcatggtg
aagtgtgatcgatactggccagttgacagtgagcctttgtattatggcgaggttgtcgtg
caactgctttctgagaagatcctcccagagtggaccattcgggacttcaagatatcatgt
gagggtcagttgagataccccaggactgtgcgtcagttccattacaccatttggccagat
cacggtgtaccggaaacaacccaatcactcgttcagtttgtgcgaacagtcagagattac
attgacaggacaactagtccaggagtcactgtagtacactgcagtgctggtgtgggccga
actggcactttcattgtgctggatcgtgttttagagcaactggacaggaactgcacagtg
gacatttatggatgtgtgtttgatctacgcctgcatcgctcatacatggtacaaacggag
tctcagtatgcttatatccatcagtgtgtgcgggatgttttgagggctcgtaaacttcac
tgtgagcgagataaccctcttttccccatctacaacaacctattataa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
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 (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (21)   

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