KEGG   Xiphophorus maculatus (southern platyfish): 102230353
Entry
102230353         CDS       T02923                                 
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
xma  Xiphophorus maculatus (southern platyfish)
Pathway
xma04520  Adherens junction
Brite
KEGG Orthology (KO) [BR:xma00001]
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04520 Adherens junction
    102230353
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:xma01009]
    102230353
Enzymes [BR:xma01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     102230353
Protein phosphatases and associated proteins [BR:xma01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    102230353
SSDB
Motif
Pfam: fn3 Y_phosphatase PTP_tm Pur_ac_phosph_N Glyco_hydro_66 PTPlike_phytase Y_phosphatase3 DSPc
Other DBs
NCBI-GeneID: 102230353
NCBI-ProteinID: XP_023182651
Ensembl: ENSXMAG00000016365
Position
2:complement(20093845..20120796)
AA seq 2714 aa
MKALVLLLLLGSSCVCTSFPSFSSPTHEPEELSSGPVRTNTNDPLPNTDRALGTTRHINI
SDIHSSSTHGASAHGDTTKPPDLLPDDTSSVSELFYPNTDQTVLSSVDVSTTDQLNSRTV
PSGPGVSTTDQLEAHNALSTTGVSTTNQLNVHTVSSGPGVSTTNQFNAHTVSSGTSVSTT
NQLNAHTVSSGTSVSTTNQLNAHTVSSGPGVSTTNQLNVHTVSSGPGVFTTNQFNVHTDS
SGPGVSTTNQLNAHTVSSGTSVSTTNQLNAHTVSSGTGVSTTKQLNVYTVSSGTGVSTTK
QLNVYTVSSGTSVSTPNQFNVHTISSGPGVSTTNQLNVQTVSSGPGVFTSDQSEIPTMLS
GTNVFTSDQSDVLVVSSGLDVITTGQSEVSNSSKGHMKPQPKTETPSVSNMLSSLNGNQI
GSSGSRTARHDSSTGYPREITGGLKDFTVPFEFSPSATSTFSDGSSADTEPNTISTAYHI
TYTKGSTLATPTTAYTPGESLLTSASMTETNPSYNHYNLVTVPEASPSVEGFSQHPDTGR
TVSEVADNTPGGTPRTAPEATSAVSGSAYTSAITPEIGPMTSPGVTPRTNTKTTSTTTNA
ASTPGTTPGDSEPETPPGAFTHEVKPAVTSATPTPQSTPGISTLEFTPAASEHETTSAAK
HTTTLAIRTTTRAATSSTPVTTPTVTSRIVSSPSTPIMTVPTNLPSITTQTTQSTTPPLL
STTHVQTFAGPSCSVELTQVRTTWDSAVVWLTAACPSPDFTAFMDAGSGPTAVRCDQDGN
NGYMFICNMTELQPGTLYELRVISGKDEERSLGSMHTVPVGPAQLEVQLDLESMASGHEG
SSGLRVLWSLSVGHVDWYNVTLEDVYSGMFRSTRVMGSAAPQYGFTSLIPGTLYNISVLA
ISGNKTAAPVHTIAVTAPSVVDSLQVASSSLDSLGVLWQPGPGRMENFKVLVMDQDGFLL
RNITLKNTTTYTKLDRLQPGTPYRVTVVTNAAGLQSSTFIQAYTVPAAVSDLIISNDGNS
ESLRASWTPPKGGVDFFTVTLWASGLTPEQRILAPNVTQLVFEGLTPGRRYQLSVNSSAG
GLSSESRTEGRTVPDQVSTLSMSIDSSKLQLSWSPPRGDWENYSVLLTDGLAVLFNRTVS
KKSRELLVSVQSLGLVPGRLYSAEFTVHSGGLSNTAHCSSRLAPRPVQQLVLRHADETSL
SVQWRQPVGRWDSFTVLLTDEDLATPDTQRILSGGSRECTFKGLTSGRRYTVTVKTSSGN
LSNSDSLTAWTTPAPVSGLQVFNLDSTDILQAQWELASGDQDSYQVLLVRDSSVIKNKSV
AGNISSISFQNLRPGAQYKVVVTTIRAGYTSRQTVAEGRTVPAAVTDVRVSNNGRTDFLT
VSWNQAAGEVDSYLVTLSDRDRTLHTLAVSKFNPGCIFNSLVSGRLYNISITSCSGRYRN
HTYIQERTQPSKVQNPTATHGARDDYLKVYWRHAAGDLDFYQVFIKHNNTFLQNKTVQKT
QSECVFTGLVPGRLYTVLVNTWSGFYEASASTHGRTFPAAVRSLSLAGRGTEDLRVTWLA
PPGDVDHYEVQLLFSDMKVFPPLTLGSGVGECVLSSLTPGRLYKILVSTFSGPNQRAQFI
EGRTVPSKVKNIHVNGDSSHLKVSWTPGPGDVDGYSVFLYRESRELAVQDVLKHQNEVTF
DWLQPGQLYGVMVQSSSGELLNNNTSTGRTVPLAVTGLQVEPVLSTCSLQVSWQEALGVS
DGYILQVLDERGSIVANGSQPIRFTRYRFDGLTPGKKYRILVRTISGGLQSQGVSAEART
YPASVTDLSIKTSNTASLSFQWSPPEGDFQHYEVFLYKSDESLQESRRVQPSIKQCSFQG
LRPGALYRLEIVVHSGDQTNQTSMWARTVPAPVAFLRAQSGNQSDTLLINWDRRDGDVTG
YLLSLYSPDGSQQAEHQLGSEVTEFIYSGLVPGRQYRVDVLSLSGELHNLASTVGRTAPK
PPSSFLFGGVTNTSLEVTWSGPVGSDYDDFDLQWTPKDQLSVINPYHNRTSGSRILKGMF
PGRLYTFSLRTVSGATQPGATYSTPIQKSIRTKPERVHSLHCRPQSSTSISCSWGPPQAD
YDSYTIECLHQDTHTLVYSRRTSRVSTGFVITQLEPHKRYTISVKVISDGTTSEEAEYSV
VTMIDRPPLPPLTTRVSDKSTLVTKSSISFQFNCSWFSDVNGAVRFFTVVVTESEGVNDL
QPDHNHPLPSYLDYRYNNSVKSYQTNYFPSLCSDGLDSSTQIYNVSLGTGMDSLGGPCDH
KDPSHAESSRDLIYFCDGPLKSKTSYRISIRAFTQLFDEETTNSGLASPLFTDTFLSLPI
ITETEPLSGVIEGISAGLFLILMIVAITALLICRHKAHKLVEERPDVRRCIRRERSAAGV
QMGVRGNRRISSPIKILNFESHYNKLLADSSYLLSEEYEDLKDVGRNQPLDSALLPENRG
KNRYNNILPYDSTRVKLSYVDDDPCSDYINASYIPGNNFRREYIATQGPLPGTKDDFWKM
VWEQNVHNVVMVTQCVEKGRVKCDHYWPFDQDPLYYGDLIVQMLSESVLPEWTIREFRIC
SEQQLSFVRLVRQFHYTVWPDHGVPESTQSLIQFVRTVRDYVNRTPGSGPTVVHCSAGVG
RTGTFIVLDRVLQQLDTKDTADIYGVVFDLRLHRSHMVQTEGQYLYLHQCIRDVLRARKL
RSEQESLGHPILRM
NT seq 8145 nt   +upstreamnt  +downstreamnt
atgaaggccctggttctgcttctgcttctgggatccagctgtgtctgcacttcctttccc
agtttttcttcacctacgcatgaaccagaggagctatccagcggtccagtcagaaccaac
acaaatgacccattgccaaacaccgacagagccctgggaaccacccgacacattaacatc
tccgacatccacagttcatcaactcatggagcttcagctcatggagacaccacgaaacct
ccggacttacttccagatgatacatcctcagtctcagagcttttttatccaaacacagac
caaactgttttatccagtgttgatgtgtccaccactgaccaattaaacagtcgtactgtc
ccatctggtccaggtgtgtccaccactgaccaattagaggctcacaatgccttatctacc
acaggtgtgtccaccaccaatcagttgaatgtccacaccgtctcatctggtccaggtgtg
tccaccaccaatcagtttaatgcccacaccgtgtcatctggtacaagtgtgtccaccacc
aatcagttgaatgcccacaccgtgtcatctggtacaagtgtgtccaccaccaatcagttg
aatgcccacaccgtgtcatctggtccaggtgtgtccaccaccaatcagttgaatgtccac
accgtctcatctggtccaggtgtgttcaccaccaatcagtttaatgtccacaccgactca
tctggtccaggtgtgtctaccaccaatcagttgaatgcccacactgtgtcatctggtaca
agtgtgtccaccaccaatcagttgaatgcccacaccgtgtcatctggtacaggtgtgtcc
accaccaagcagttgaatgtctacaccgtgtcatctggtacaggtgtgtccaccaccaag
cagttgaatgtctacaccgtgtcatctggtacaagtgtgtccacccccaatcagtttaat
gtccacaccatctcatctggtccaggtgtgtccaccaccaatcagttgaatgtccagact
gtttcatctggtccaggtgtgttcaccagtgaccaatcagaaattccaacaatgttatca
ggcacaaatgtgttcacctctgaccaatcagatgttctcgttgtctcatctggtttagat
gtgatcaccactggccaatcagaagtgtcaaacagttcaaaaggacacatgaagccacag
cctaagactgaaacaccatcagtgtcaaatatgttgtcctcccttaatggaaaccaaatt
ggctccagtggaagcagaacagcaaggcatgattcctctacaggatacccacgggagatc
acaggtggactgaaggacttcacagtcccctttgagttttcaccatctgctacatctact
ttttctgatggctcatctgctgacactgagccaaacaccatatcaacagcttatcatatt
acttatacaaaaggctctaccttagctacaccaaccacagcttacacccctggagaatca
ctccttacatctgcatccatgacagagacaaacccatcatacaaccattacaaccttgtc
acagttcccgaagcttcaccttcagttgaaggcttttctcaacatccagacacaggtagg
acagtgagtgaagtagctgacaacacacctggtggcacacctcgaaccgcacctgaagcc
acatctgctgtttcaggatctgcatatacatctgcaataacacctgagattggacccatg
acctcacctggggtcactccgagaacaaacactaaaactacatctacaactacaaatgca
gcttctacacctggaaccacacctggagattctgaacctgaaaccccacctggtgctttc
acgcatgaagtgaagcctgcagtgacatcagcaacgcctacacctcagtccacacctgga
atctccacacttgaattcacaccagcagcttctgaacatgaaaccacatctgccgctaaa
catacaactacacttgcaatcagaactacaaccagagcggcaaccagttctacacctgtg
accacacccacagtgacaagtcgtatagtgtccagcccctctacacccataatgactgta
ccaacgaacctccctagcatcaccacgcaaaccacacagtcaactacacctccactgctg
tccaccacacatgtccagaccttcgctggaccaagctgctctgtggagctaacacaggtc
aggaccacctgggactcagcagtggtttggttgactgctgcctgtccatcacctgacttc
acagccttcatggatgcaggctctgggccaaccgcggtccgctgtgatcaggatggaaac
aatggatatatgtttatctgcaacatgacagagttacaaccaggaactttgtatgaacta
cgggtgatctctgggaaggatgaggagagaagccttggctcaatgcacacagtcccagtt
ggtccagctcagcttgaggtccagttggaccttgaaagcatggcttcaggtcatgaagga
tcctctgggctgcgagtcctctggtccctttctgtaggacatgtggactggtataatgta
actctggaagatgtctactccggtatgtttcgtagcaccagagtcatgggttctgcagct
ccccagtatggtttcacctcactcatcccaggaactttgtacaacatcagtgtgttggct
atatctgggaacaagactgctgcaccagtgcacaccattgcagttacagccccttcagtt
gtggacagccttcaagtagcatcctcatctttagacagccttggtgtgctctggcagcct
ggcccgggacgaatggagaactttaaggtcctagtgatggaccaggatgggtttctcctg
aggaacatcactttgaagaacactacgacctacaccaagctggataggttgcagccaggg
acaccatacagggtcaccgtggtaacaaatgctgctggcctgcagagctccaccttcatc
caggcctacactgtcccagcagctgtgtcagatctgattatcagcaacgatggcaactca
gagagtcttcgggcttcctggaccccacctaaagggggtgtggacttttttacagtgacc
ctgtgggcttcaggtttgacccctgagcaacgaatcctagcccccaatgtcacccaactg
gtgtttgaaggtttaacccctggacgccgctaccagctgtctgtcaactcatcagctgga
ggcctgagttcggagagcaggactgaaggaaggacagttcctgaccaggtgtccaccctc
tccatgtccatcgacagcagcaagctgcaactcagctggtctccccccagaggtgactgg
gagaactacagcgttctgttgacagatggccttgctgttctatttaataggaccgtcagc
aagaagagcagagagcttctcgtgtccgtccagagcctcggtttagttccaggacggctc
tactctgctgagttcacagtgcacagcggcggtttgagtaacacagcccactgcagcagc
agactagcacctcgtcctgtgcagcagcttgtcctccgtcatgctgatgagacgtctctt
agtgtgcagtggagacagcctgttggacgttgggacagcttcacggtgcttctcacagat
gaggacctcgccactcctgacactcagaggatcctcagtggtgggtccagagagtgcacc
tttaaaggcctcacctcaggacgccgctacactgttaccgtgaaaactagcagcggtaac
ctgagcaactctgactccctgactgcatggaccacgccagctccagtcagcgggctgcaa
gtttttaacctcgacagcacagatatcctgcaggctcagtgggaactagcttctggagac
caagactcataccaagttctgctggtccgtgacagcagtgtcatcaagaataagagtgtc
gcaggtaacatcagcagcataagcttccagaacctaagaccaggagcacagtacaaggtg
gtggtcaccaccatcagagccggatacacttccaggcagactgtggccgaaggacgcaca
gtgccagcggcggtcactgatgttcgggtcagtaacaatggtcgcacggatttcctcact
gtgtcctggaatcaggctgcaggtgaggtggacagttacttggtaaccctgagtgaccgt
gacaggacactacacaccctggccgtgtcaaagttcaaccctggctgcatcttcaactca
ctggtatctggacgcctctacaacatctctatcaccagctgcagcggtcgctacagaaac
cacacctacatccaggagagaacacagccctcaaaggtgcagaaccccacagcgactcat
ggtgctcgggatgactacctgaaggtttattggcgtcatgctgctggagaccttgacttc
taccaggtgttcatcaaacacaacaacaccttcctgcagaacaagacagtacagaagaca
cagagcgagtgtgtgttcaccgggctagtaccaggacggctctacacagtactagtgaac
acctggagtggtttttacgaagctagtgcgtccacccatggaagaaccttcccagcagca
gtccgatctctcagtcttgcgggacgggggactgaggaccttcgggtgacgtggttggca
ccgccaggtgatgtggatcactatgaggtgcagctgctgttcagtgacatgaaagtgttc
ccacctctcactctgggcagtggggtgggggagtgtgtcttgtcatcactcacacctggg
cgactctacaagatcctagtttcaaccttcagcggtccaaatcagagggcccagttcata
gagggtcgaacagttcctagtaaggtgaagaacatccatgttaacggtgacagcagtcat
ctgaaggtgagctggacacctggaccgggtgatgtggatggatactcagtctttctgtac
agagagagtcgagaactggctgtccaagatgtccttaagcaccaaaatgaggtgacattt
gactggctgcagccaggtcaactgtacggtgttatggttcagtcttcaagcggagagctg
ctgaacaacaacacatccacgggacgtacagtcccgttagcagtcacaggtctacaggtg
gagcccgtactgagcacctgtagcctgcaagtgagctggcaagaagctcttggtgtgtct
gatggatacatcctgcaggttctggatgaaagaggcagcatcgtcgccaatggctcacag
cccatcagattcacccggtaccggtttgatggccttacgccagggaagaagtatcgaatc
ctggtccggaccatcagtgggggactccagagtcagggagttagtgctgaagctcgaaca
tacccagcatctgttactgatctgtccatcaaaactagcaacactgccagcctgtctttc
cagtggtccccaccagaaggagactttcagcattatgaagtctttttgtataaaagtgat
gagtctctgcaggagagtcggcgggtccaacccagtattaagcagtgctccttccagggt
ctcagacctggagctctgtacagactagagattgtggtccacagtggagaccaaaccaac
cagacatccatgtgggcaaggacagtaccagcgcctgtagcatttctcagagctcagagt
ggaaaccagtctgacacgctgttgatcaactgggatcgcagagatggtgatgtgaccgga
tacctgctctcactctacagccctgatggatcccagcaggctgagcatcagctgggttct
gaggtcacagagttcatatattcaggccttgtgccaggtcggcagtaccgagtcgatgtg
ttgagtctcagtggagagcttcacaacctagccagcaccgtgggtcgtactgctccaaaa
cctccttcctcgttcttgtttgggggagtcaccaacacctccctggaggtcacctggagt
ggtccagtaggttctgattatgatgacttcgacctgcagtggactcctaaggaccagctg
tctgttatcaacccgtaccacaaccgaacatcaggcagccgcatcctaaaagggatgttc
ccaggacgactttacaccttcagccttcgaactgtcagtggggcaacgcagcctggtgcc
acctacagcactcccatccaaaagagcattcgaaccaagccagagcgagtccatagcctc
cactgtcgaccacagagctctacctctatctcctgctcttggggacctccacaagctgac
tatgattcctacaccattgaatgtcttcaccaagacactcacaccctggtctattcacgg
cgtacaagtcgagtgtccaccggctttgtcatcacccagcttgagccccacaaacgttac
accatctctgtgaaggtcatttctgacgggacgaccagcgaggaggcagagtacagcgta
gtcactatgatcgaccgccctcctctgcccccactgactacccgggtcagtgacaagtcc
actttggtcacaaagtcctcgatatcattccagtttaattgtagctggttcagtgatgtc
aatggagcagtgcggttctttactgttgttgtgactgagtctgaaggtgtcaatgacttg
cagccagaccataaccaccctctgccctcctacctggattatagatacaacaactcagtt
aagtcttaccagaccaactactttcccagcctctgctcagatggcttagacagcagcact
cagatttataacgtcagccttgggactgggatggactctctagggggtccatgtgaccac
aaagacccaagtcatgcagagtctagcagagaccttatctacttctgtgatggacctctg
aagtcaaagacttcatacaggatcagcatccgagctttcactcagctgtttgatgaagaa
actacaaattctggattagcttctcctctcttcactgacaccttcttatctctgcccatc
atcacagagacagaacctctgagcggtgtcattgaaggcatcagtgccggacttttcctc
atcctcatgatagttgccatcactgctctcctcatttgcaggcacaaggctcacaaattg
gtggaggagagacctgatgtcaggagatgtataaggagagagaggtcagcagcaggagtc
cagatgggagtcagaggcaacaggagaatctccagtcccatcaagatcctgaactttgaa
tctcactacaacaaactgctggccgactccagctacctcctgtctgaggagtatgaggac
ctgaaagatgttggtcgtaatcagccactggactctgctctgctgcctgagaaccgtggg
aagaaccgatacaacaacatcttgccctatgactcaacgagggtcaagctgtcttacgtg
gatgatgatccctgttcagactacattaatgccagctacatcccaggtaacaatttccgc
cgggagtacattgccacgcagggaccccttccaggaacaaaagatgacttctggaagatg
gtgtgggagcagaacgtccataatgtggtcatggtcactcagtgtgtggagaaaggcagg
gtgaagtgtgatcactactggccgtttgatcaggatcctctgtactacggagatctcata
gtccagatgctgtcagagtcggttcttccagagtggacaattcgagagttcagaatctgc
agtgagcagcagttgagtttcgtccgcctcgttcggcagtttcactacacagtgtggccc
gatcatggagtcccagagagcacacagtcgctcatacagtttgttcgaaccgtccgtgac
tatgtcaataggactcctggttctggtcccactgtggtccattgcagtgccggagtgggc
cgaactggaactttcatcgtcctggatcgggtgctgcagcagctggacacgaaggacaca
gcagacatatacggcgttgtctttgatctgcgcctccaccggtcacacatggtgcagact
gagggtcagtacttgtacttgcatcagtgcattcgggatgtcctcagagcccggaagctg
cgcagtgagcaggagagcctcggtcatcccatcctaagaatgtga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (76)   
   KEGG ORTHOLOGY (1)   
   RefGene (71)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (8)   
   Pfam (8)   
All databases (96)   

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