KEGG   Boleophthalmus pectinirostris (great blue-spotted mudskipper): 110171931
Entry
110171931         CDS       T05002                                 
Name
(RefSeq) receptor-type tyrosine-protein phosphatase beta-like isoform X1
  KO
K05694  receptor-type tyrosine-protein phosphatase beta [EC:3.1.3.48]
Organism
bpec  Boleophthalmus pectinirostris (great blue-spotted mudskipper)
Pathway
bpec04520  Adherens junction
Brite
KEGG Orthology (KO) [BR:bpec00001]
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04520 Adherens junction
    110171931
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:bpec01009]
    110171931
Enzymes [BR:bpec01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     110171931
Protein phosphatases and associated proteins [BR:bpec01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    110171931
SSDB
Motif
Pfam: fn3 Y_phosphatase PTP_tm Pur_ac_phosph_N PTPlike_phytase Y_phosphatase3 DSPc
Other DBs
NCBI-GeneID: 110171931
NCBI-ProteinID: XP_020793392
Position
Unknown
AA seq 2368 aa
MDIHWRTLVLLLTSCSVYSSFTQRPLLSSATKDISATNLNQFFTQTSHNTTENLKKSPQQ
TGTNREDTSRNTELPVFTDSGHFGSATQPVSTSFPNFSEHSTKGEKPARFEWKMDLDKTS
TEPNDSTSAANLVENADISHNSTKFTTENTTSFDSEAISVSSNSTIFTSATLANNFESDT
TIVSSTESRKFLNEETDTNDFETTEILTTDNFQTSTLENKIELSRFTSDTSIPNISTYLN
EENDKNMSNDWTTQTTDHFKASTENEMISTFETTNFKTDWPMIQDSTVGTEVANSAKNST
EKTTTANPTMIVYSTTLANSTTTDNSTTTANPTTAVNSITLANPTTTNNPTMSDNSTTLA
NPTTTANPTTTSNPNTTANLIIPDNPTTIATPTTKNNPTTTSYPIMPTITNKPAVIPNLS
TISHFSTPAASTTHIVTTLKSSETTKSSTKEPTMPSTLENTITTPAFSSTKAWTSVAQNT
TKGEELKTTKMATTTAVTTTAVTTTAVTTSAVTTTAPPILTTRAVPCSSNLTVIYSETES
GLVQIQSESGSSLCNFTIFTSPEGGPEENHSRGHSCELYPDLSHFPLGSKTSGFSGGASG
ALYRCLLAGLEPGTLYNLAVVSGKDGERSRGQLQTVPVAVSNLRLDSNGNCDSLRVSWEH
PAGGVESYELTLSALGTHSQVKKLVPPNDGTDDRITRAQFNGLVPGRVYKLRVRTRAGDQ
SNETSTTGQTVPEPVSSLSLSPVDGGLLLRWTPPGGDWQHYSVSLWNASSLLVNETVTKL
STQHLFSTSKIRLRPGRTYRAKVTVHSGILGNTQECFGQTVPAPVQSLSIRHSGETSLSA
SWSRPDGEWDLLTAVLSQGGVVVSEKTLPPDTSSVFFSSLTPGQAYVVSVITTRGNQSHS
VNVSARTAPAQVSSLLLSNEGSTESLLAQWEAPLGGVDWYQVLLVQDSTIIKNQTVPFNT
TKLRFTGLRPGAEYRAVLTAVRDGREGRQSVGEGRTVPAAVGEVTVSNNGRMDFLSVSWR
PPVGEVDSYLVLLKDRQRTVHTLVQSRTSPECVFKSLVPGRLYDISISSRSGAFHNSTSV
QGRTQPAPVQLLTATHAARDMYLKVYWSHAHGDRDSYEVSIQHSSQTVLNMSVPPEQSEC
VFERLEPGRLYTVLVNTRSGEYETSTSTHGRTLPAPVRSLSLSSSSSDSLSVSWLSAPGE
VDHYEVQLVYNDIKVFPPQTLGGAIDRCTLSSLTPGRRYKIVVSTFSGPNQRAVYIEART
VPGQVRNVHVSNGGDSSSLRVSWSSALGDVDSYWVYLFRESRLLDSRPVPKDQTQVQFQS
LQPGQSYSLVVQTLSGERDNNYTATGRTVPSRVSGLRVYPLQSWRCLEVSWERALGVADG
YSLTLQDDRGSAVMNASVPSSQTNHRFEDLSPGKSYRVLVQTRSGGERSEATSAQGRTSP
ASVSDLALRSSSSSSLSFSWSPPEGVFEGFEMLLYREDDSVQERRNGGSAVFLVTFSGLR
PGALYRLVLVTQSGERSNRTAIWARTVPAVVGTLTAHGSNLTDSLDLSWTRPEGDLTGFS
LVLQEPNGTVRSEQETGPDQTQVTFSQLTPGRKYTAVVTSKSGELRNSATIQARTAPLPP
SSLLFGGITNTSLELTWTAPTHCDYDDFDLQWAPQDPLSVINPYHTRTSGSRILRGMYPG
RLYHFSLRTVSGALDREGQRTYSQSISRSIRTKPGRVHSLHCRPQSSTSISCSWAPPEAD
FDSYTIECVLREAQVLVYSRRTDPESGFYLISGLEPHRRYTVTVKVISDRMTSEPARDSV
VTMIDRPPVPPFSTRVTDVSQVSTTYISFGFNCSWFSDENGAVRFFTVVVSESDDVSSVQ
PEQRHPLASYRDYISNSSVRSYQTGYFPSVCSQGLNPGLDQGLDLGLDPVLDRSGGEFNI
SLGTGMGLLGGPCSESTEIYCDGPLKAKTAYRISIRAFTHLSEEDSGASSLFSDTFLSLP
VLTEAEPYSGVVEGIGAALFLVVLLVGVTVLLMCRLKTTKVMEETPIVRRNSRRERPTSA
VHLGVRGHRRISSPIKIMNFEAHLVKLQADSHYMLSEEYEDLKDVGRNQPLDTALLPENR
GKNRYNNILPYDSTRVKLSQTDDDPSSDYINASYIPGYNFRREYIATQGPLPGTKDDFWR
MVWEQNVHNIVMVTQCVEKGRVKCDLYWPRDQEPLYYGDLIVQMCSESVLPEWTIREFRI
SSEDQLGSSRVLRQFHYTVWPDHGVPETTQSLVQFVRTVRDYVNRSPGSGPTVVHCSAGV
GRTGTFIVLDRILQQLDTTDCVDIYGCVFDLRLHRGYMVQTEVQYSYLHQCVRDVLRARK
LREQENVLCPIYENVHYSQHRDALCTRR
NT seq 7107 nt   +upstreamnt  +downstreamnt
atggacatacactggaggaccttggttctacttctcacctcttgttctgtctactcctct
tttactcaacgacctcttctttcctccgcaaccaaagacatttctgcaacaaatttaaac
caattcttcacccaaacctcgcataataccacagaaaatctcaaaaaatcaccacaacaa
acaggaactaacagagaagacacatctagaaacacggaacttcctgttttcactgacagc
ggccattttggatctgccactcagccagtttccacctcctttcctaatttttccgaacat
tcaaccaaaggagagaaaccagcaaggtttgaatggaaaatggacttggataaaacttca
acagagccaaatgattcaacatctgcagcaaatttagttgaaaatgctgacatttcacac
aattctacaaaatttacaactgagaatactaccagttttgattcagaagccatctcagta
tcaagtaacagtacaatatttactagcgcaactttagctaataattttgaatcagataca
actattgtaagcagcacagaaagtagaaagtttttgaatgaagaaacagatacaaatgat
tttgaaactacagaaattcttactacagataattttcaaacttcaacattggaaaacaaa
attgaattatccagattcacaagtgacactagcatacctaatattagcacttatttaaat
gaagaaaatgataaaaacatgagcaatgactggacaacgcaaactacagatcattttaaa
gcttctactgaaaatgaaatgatttctacttttgaaacaaccaattttaaaacagattgg
ccaatgattcaagattccactgttggtaccgaagtcgcaaatagtgccaaaaattcaacg
gaaaaaactacaacagctaatccaactatgatagtttattcaactacattagctaattca
actaccacagataattcgactactacagcaaatccaactacagcggttaattctattaca
ttagctaatccaactaccacaaataatccaactatgtcagataattcaactacattagct
aatccaactactactgctaatccaactaccacatctaatccaaataccacagctaatcta
attataccagataatccaactacaatagctactccaactaccaaaaataatccaactacc
acatcttatccaattatgccaactattacaaacaaaccagctgtgattccaaatctgtct
acgatttctcatttttcaactcctgcagcatcaactactcacatagtaacaacgttaaaa
tcttcagaaacaactaaatctagcaccaaagaacccacaatgccttctacactcgaaaat
accataactacacctgcgtttagctcaacaaaagcttggaccagcgtggctcaaaatacg
acaaagggagaagagctaaaaactacaaaaatggcaactacaacagcagtgacgacaaca
gcagtgacgacaacagcagtgacgacttcagcagtgacgacaacagcgccccctatcctg
accaccagagcagtgccctgctcctcaaacctcactgtgatctacagtgagactgagtca
ggcctggtccagatccagtctgagtccgggtccagtctctgtaacttcaccattttcacc
agcccagaaggtggaccagaggagaaccacagccgggggcatagttgtgagttgtaccca
gacctctctcacttccctttgggctctaaaacctctgggttctctggaggagcctctgga
gccctgtaccgctgcctccttgctgggctggagcctggaacgctgtacaatctggcagtg
gtgtcggggaaggatggtgagaggagcagaggacagctgcagactgtcccggttgcagtg
tcaaacctcagactcgactcaaatggcaactgtgactctttgcgcgtgtcctgggagcat
cctgcagggggagtagagagttatgagctcacactgtctgcactgggcacacactctcag
gtgaagaagctcgtcccccctaatgatggcaccgatgacaggatcactcgggcgcagttc
aacggtttggtcccaggacgagtttacaagctgagagtccgaacgcgagcgggagaccag
agtaacgagaccagcaccacaggacagacagtcccagagccggtgtcctccctgtctctc
tctcctgtggatggaggtctgctgctgcgctggactcctcctggtggagactggcagcac
tacagcgtgtctctgtggaatgcttcgtctcttttggtgaatgagactgtgacgaagctc
tccactcagcacctcttctccacctccaagatccgcctacgaccaggaagaacctacagg
gcaaaggtcacagtgcacagcggcattctgggaaacacacaagaatgcttcggacaaaca
gttcctgctccggtccagtctctctccattcgtcacagcggagaaacgtctctgagcgcc
tcatggagtcgtcctgatggagagtgggacctcctcactgctgtactgtcacagggaggt
gttgtagtttcagagaagaccctccctccagacacctcctctgtcttcttcagctctctg
accccaggacaggcctacgtagtttctgtgatcaccaccaggggaaaccagagccactct
gtcaatgtgtctgctagaacagctccagcgcaggtgtcctccctcctcctgtcaaatgag
ggcagcactgagtctctgctggcccagtgggaggcacctttggggggtgtggactggtac
caggtgcttctggtgcaggacagcaccatcatcaaaaatcagaccgtcccctttaacacc
acgaagctcaggttcaccggactgaggcctggagcagagtacagagctgtgctgacggct
gtgagggacgggagggagggcaggcagagcgtgggggaggggcggacagtcccggctgca
gtgggtgaggtcactgtcagtaataatggccgtatggacttcctgagcgtgtcatggcgc
cctccagtgggggaggtggacagttacctggtgttgctcaaagaccggcagaggactgtc
cacactctggtccaatccaggaccagtcctgagtgtgtctttaagtctctggtcccagga
cgtctctatgacatctccatcagcagcaggagtggagccttccacaacagcaccagtgtt
caggggcgcacacagccggctccggtgcagttgctcacggcgacccatgctgcccgggac
atgtacttgaaggtgtactggagccacgcccacggagaccgtgattcttatgaggtgtcc
atccaacatagctcccagactgtgcttaatatgtctgtgcccccagagcagagtgagtgt
gtgtttgagagactggagcctggaagactctacactgtcctggtgaacacgaggagtgga
gagtacgagaccagcacctccacacatggacgcacactccctgctccggtgcgctccctc
tccctctcctcctcctcctcagactctctctcggtgtcttggctatctgctccaggagag
gtggatcactatgaggttcagctggtgtataacgacataaaagtgttccctcctcagact
ctggggggtgccatcgaccgttgcactctctcttcactaacaccagggcggcgctacaag
attgtggtgtccacattcagtggccccaaccagagagcggtgtacatcgaagcacgcaca
gtccctgggcaggtgaggaacgtccatgtgtccaatggaggagacagcagcagtcttcgt
gtctcttggtcctcggctctgggggatgtggacagttactgggtctatctcttcagagag
tcaaggctcttggactctagaccagtgcccaaagaccagacccaagtccagtttcagtcc
ctgcagcccggtcagagctacagcctggttgtacaaactttgagcggagagagagacaac
aactacacggccacagggaggacagtcccctcccgtgtctctgggctccgggtgtatcca
cttcagtcatggcgttgtctggaggtgtcctgggagcgggcactgggtgtggctgatggg
tacagcctcaccctacaggacgacaggggtagtgcagtgatgaacgcctctgtccccagc
tcccaaacgaaccacaggtttgaagatctgagtccaggaaagagctacagagtcctggtt
caaacacggagcggaggagagaggagtgaagccaccagtgcccaagggaggacaagtcca
gcttcagtctcagacctggccctccgctcatcctcatcctccagcctgtccttctcctgg
tcacctccagagggtgtgttcgagggctttgagatgctgttgtatagagaggatgactca
gtgcaggagaggcgcaacggaggcagtgcggtcttcctcgtcaccttctctgggctgagg
cctggagctctgtacagactggtgctagtgacgcagagcggagagaggagcaacaggact
gctatctgggctaggacagtcccggctgtagtgggcactctcacagctcatggctcaaac
ctcacagactctctggacctgtcctggactcggcctgagggagacctgaccgggttcagt
ctggttctgcaggagccaaacgggactgtgcggtctgagcaggagactggaccagaccag
acgcaagtcaccttctctcagctcacaccaggcaggaagtacacagctgtggtcaccagc
aagagtggagagctccggaacagcgccaccatacaggcccggactgctcccctgcccccc
tcctctctcctctttgggggcatcacaaacacgtctttggagctgacctggactgcaccc
actcattgtgactatgatgacttcgacctgcagtgggcaccacaggaccctctctctgtc
attaatccttaccacaccaggacgtctggcagcaggatcctccggggcatgtacccaggg
aggctgtaccatttcagcctgcgcactgttagtggggccctggaccgagaggggcagagg
acatacagccagagcatcagcaggagcatcaggactaagccaggtcgtgtccactctctc
cactgtcgtcctcagagctctacatccatctcctgctcgtgggcacccccagaggccgac
tttgactcctacaccattgaatgcgtcctgcgggaggcgcaagtcctggtctactcccga
aggactgatccagaatctggcttctacctgatctccggtctggagcctcacagacgctat
actgtcactgtgaaggtcatctctgatagaatgaccagtgaaccagccagagacagcgtg
gtcaccatgatagatcgtcctcctgtccctccattctccactcgggtcactgacgtctct
caggtctccacgacgtacatttcgtttgggtttaactgcagctggttcagtgatgaaaat
ggagccgtcaggttcttcactgtggtggtttcagagtctgatgatgtgtccagtgtgcag
ccagagcagcgccaccctttggcctcctacagggattacatctcaaacagctctgtgcgc
tcctaccagactggctacttccccagtgtatgctcccaaggtctgaacccaggactggac
caaggtctagacttgggtctggatccggttttggaccggtctggaggggagttcaacatt
agcctgggtactgggatgggactgctcggagggccctgttcagaaagtacagagatctac
tgcgatggaccactcaaagcaaagactgcatacaggatcagtattcgcgctttcactcat
ctgtcggaggaggactcaggtgcttcctctctgttctcggacacgttcctgtctctgcct
gttctcactgaggctgaaccgtacagtggagtggtggagggcattggagccgctctgttc
ctggtggtccttctggtaggagtcacggttctgcttatgtgtcgactcaaaaccactaaa
gtgatggaggagactccgatcgtccgtagaaactcaaggagagagaggcccacatctgcg
gtgcacctcggggttagaggacacagacggatctccagtccgataaagatcatgaacttc
gaggctcacctggtgaagctccaggctgactcccactacatgctgtctgaggaatatgag
gacctgaaggatgtggggaggaatcagcctctggacactgctctgctgccagagaacaga
gggaagaatcgttacaataacatcctgccctacgactcgacacgtgtgaaactgtcgcag
acagatgatgacccgagctccgactacatcaacgccagctacatcccaggttataacttc
cgtcgtgagtacattgcgactcaggggcccctgcctgggaccaaagatgacttctggagg
atggtctgggagcagaatgtgcacaacatcgtcatggtgacgcagtgtgtggagaagggg
cgggtgaagtgcgacctctactggccgcgggaccaggaacctctgtactatggagaccta
attgtccagatgtgttcagagtctgtgctgcctgagtggaccatccgagagtttaggatc
agcagcgaggaccagcttggatcttctcgagtcttgagacagttccattacactgtgtgg
ccagatcatggagtcccagagaccacccagagcctggttcaatttgtccggaccgtcagg
gactatgtgaaccgtagcccagggtctggacccactgtggtgcactgcagtgctggagtg
ggtcgcactgggaccttcatcgttctggacagaattttgcagcagctcgacaccacagac
tgtgtggacatctacggctgtgtgtttgacctgagactacacagagggtacatggtccag
actgaggtccagtactcgtacctacaccagtgtgttagagacgttctccgagcgcgaaaa
ctcagagagcaagagaatgttctgtgtcctatctacgagaacgtgcactacagccaacac
agagatgcgctttgtactagacgctaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (85)   
   KEGG ORTHOLOGY (1)   
   RefGene (81)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (100)   

Download RDF
DBGET integrated database retrieval system