KEGG   Xiphophorus maculatus (southern platyfish): 102236232
Entry
102236232         CDS       T02923                                 
Name
(RefSeq) receptor-type tyrosine-protein phosphatase U isoform X1
  KO
K16662  receptor-type tyrosine-protein phosphatase U [EC:3.1.3.48]
Organism
xma  Xiphophorus maculatus (southern platyfish)
Brite
KEGG Orthology (KO) [BR:xma00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:xma01009]
    102236232
Enzymes [BR:xma01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     102236232
Protein phosphatases and associated proteins [BR:xma01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    102236232
SSDB
Motif
Pfam: Y_phosphatase MAM fn3 DSPc ig Y_phosphatase3 Pur_ac_phosph_N Ig_3 PTPlike_phytase Ig_2 I-set
Other DBs
NCBI-GeneID: 102236232
NCBI-ProteinID: XP_023186334
Position
3:complement(13335108..13569707)
AA seq 1448 aa
MYTMNTCAFLLILSVQIYADGIEGPTAAGCTFEEDSDPNLCDFTQGEDDDFDWMLFRTYN
SPSASSDLLRGSYMLVNSSQHAAGHRAQLLLQTLSENDTHCVQFSYFLYSRDGHSPGALR
VYVRVNGGPLGSPVWNTSGSHGKQWHQVELAVSTFWPSEYQVLIEATVSRERRGYIALDD
IMVLNYPCYKAPHFSRLGDEEVNAGQNATFQCVAAGRASEAEKFLLERHNGDILTAASVK
HLSHRRFVVSFQLDSVQRSDQDLYRCVTQSSRGSGVSNFAELVVKVPPSPIAPPQLLRAG
STYLIIQLNTNSILGDGPIIRKEIEYRASQSPWSEVHGVNMVTYKLWHLDPDTEYHISVL
LTRPGEGGTGPPGPPLVSRTKCAEPMRPLRGLVATDIQSRQLSLQWENLAFNLTRCHTYS
VSLCYRYTMAGGGGGHNTTVRECLAVEHNASRFTLRDLPPYHSVHVRLSLANPEGKKESR
EVSFQTEEDIPGGIAPESLTFTPLDDMIFLKWEEPVEPNGLITQYEISYQSIESSDPGIN
VPGPRRTVSKLKNETYHMFSNLHPGTTYLISVRARTAKGFGQTALTEITTNISAPTFDYG
DMPSPLSETDHTITVVLRPAQGRGAPVSTYQVVVEEETVKKVKRELGLQECFPLPMSHGE
AQARGTPHYYTAELPPSSLPEAFTVGDNHTYNGYWNTPLDPRKSYLVYFQAMSNFKGESR
INCIRIARKAACKDHQRALEVSQHSEEMGLILGVCAGGLVILILLLGAVIIIIKKGRDHY
SYYPKPVNKTPITYRQEKSHMGSLERSFTDQSTLQEDERMALSFMDAHTCGTRSDARSSV
NEASSLLGGSPRHQCGRKGSPYHTGQLHPAVRVADLLQHINQMKTAEGYGFKQEYESFFD
GWDCTKKKDKTKGRHDTLLGYDRHRVKLHPLLGDPNSDYINANYIDIRINREGYHRSNHF
IATQGPKQETLYDFWRMVWQENCFSIVMITKLVEVGRVKCCKYWPDDSEMYGDIKITLLK
TETLAEYTVRTFALERRGYSTKHEVRQFHFTSWPEHGVPYHATGLLAFIRRVKASTPPDA
GPVVVHCSAGAGRTGCYIVLDVMLDMAECEGVVDIYNCVKTLCSRRINMIQTEEQYIFIH
DAILEACLCGETAILVNEFAVTYKEMLRVDSQSNSSPLREEFQTLNSVTPHLDVEECSIA
LLPRNREKNRSMDVLPPDRALAFLVTTEGESNNYINAALADSFHRQAAFIVTPHPLPGTT
ADFWRLVFDYGCTAVVMLNQLNQSNSAWPCVQYWPEPGLQQYGPMEVEFLSMSADEDVIT
RLFRVKNVTRLQEGQLVVCQFQFLRWSAYRDVPDSKKAFLNLLAQVHKWQRECGEGRTVV
HCLNGGGRSGTFCACNILLEMIQYQNMVDVFYSVKTLRNCKPNMVESLDQYRFCYDLVLE
YLDCFEDR
NT seq 4347 nt   +upstreamnt  +downstreamnt
atgtacacgatgaacacctgcgcctttctgctgattttaagtgtccagatctacgccgat
ggcatcgaggggccaacagctgctggctgcacgtttgaagaggactctgatcctaatctg
tgtgacttcacccaaggggaggatgatgactttgactggatgttgtttcggacatacaac
tcgccttcagccagcagcgacctcctgagggggtcctacatgttggtgaactcttcccag
catgctgcgggtcatcgtgctcagctgctgctgcagacgctgagcgaaaacgacacacat
tgtgtccagttcagctacttcctgtacagtcgtgatggccacagtcccggggccttgcga
gtgtatgtgcgggtgaacggcggtccacttgggagtccggtgtggaacacctcggggtct
cacggcaaacagtggcaccaggttgagttggcagtcagcaccttctggccgagtgaatac
caggtgctaattgaggcaaccgtttccagggagcggcgaggttacattgccttagatgac
atcatggtgctcaactacccctgctataaggccccacacttctccaggctgggagacgag
gaggtaaacgctggccaaaatgccactttccagtgtgttgcagctggaagggcctctgag
gcggagaagttcctgctggagagacacaatggcgacattttaactgcggcctcggtcaag
cacttgagtcatcgacgctttgtggtgtccttccagctagatagtgttcagcgctcagat
caagacctgtaccgctgtgtcactcagtcatccaggggctccggggtgtccaactttgct
gaacttgttgtgaaagtacctccatcccccatcgcgccgcctcagctgctgcgcgccggc
tccacttacctcatcatccagctcaacactaactctatcctgggagatggccccattatc
aggaaggagattgagtaccgcgctagtcagtccccatggtcagaggtgcatggagtaaac
atggtcacctataaactgtggcacctggatccggacaccgagtaccacatcagcgtgctg
ctaactcgacctggtgagggtggaactggcccccctggacctccgctcgtcagcagaacc
aagtgtgcagagcccatgcgtccgctgcgaggcctcgtcgccacagatatccagtccagg
caactgtccctgcagtgggagaatctggccttcaacctgacacgctgccatacctactca
gtctccctgtgctaccgctacaccatggcaggaggcggcggaggccacaacaccactgta
cgcgagtgcctggcagtggagcacaatgcctcacgcttcacacttcgtgatctgccgccg
taccacagcgttcacgtacgtctgtcactggcaaacccagaggggaagaaggagagcaga
gaggtcagctttcagactgaggaggacattcccggaggcatagcgccagagtcgctcacc
ttcacccctctggatgacatgatcttcctgaagtgggaggagcctgtcgagcccaacggc
ctaattacgcagtatgagatcagctaccagagcattgagtcgtctgatccaggcataaac
gtcccaggacccagaagaaccgtgtctaagctcaagaatgagacataccatatgttctcc
aacctccaccctggaacgacttacctgatctctgttcgagcacgtacggcaaagggcttt
ggccagactgccctcactgaaatcaccaccaacatctcagctcctacatttgattatgga
gacatgccatcacctctgagtgagacagatcatacaattactgtggtgctgcgccctgcg
cagggcagaggcgcaccggtcagcacataccaggtggtggttgaagaggaaactgtgaag
aaagtgaagagggagttggggcttcaggagtgcttcccgttgcccatgtctcatggtgag
gctcaggcacgaggcacaccgcactactacacagccgagctgccacccagcagcctgcca
gaggccttcactgtcggagacaaccacacatacaatggctactggaacaccccactggac
ccgcgcaaaagctacctggtctatttccaggcaatgagcaacttcaaaggggaatccaga
attaactgcatccgcatcgctcgcaaagccgcctgcaaggatcaccagagagctttggag
gtgtctcagcactctgaagaaatggggctgatcctcggcgtgtgcgctggaggcctggtg
atcttgatcctcctgctcggcgctgttatcatcatcattaagaaaggaagggaccactac
tcttattatccgaaaccagtaaacaagactcctattacgtaccggcaggagaagagccac
atgggctccttggagcgcagtttcacagaccagagcaccctgcaggaggacgaaagaatg
gctctgtccttcatggacgcacatacatgcggaacaagaagtgatgctcgtagttcagtg
aacgaggccagcagcctgctagggggttccccgaggcaccagtgcggacgtaaaggctcc
ccctaccacacgggacagctccatcctgcagtccgggtggccgacctcctccagcacatc
aaccagatgaagactgccgagggctacggctttaaacaggaatatgagagcttctttgat
ggctgggactgcaccaaaaagaaggacaaaaccaaagggaggcatgacaccttgctggga
tatgatcggcacagagtgaagctccaccctctgctgggagatccaaactcggactacatc
aacgctaactacattgatattcggattaacagggaaggctaccatcgatccaaccacttc
atcgccactcagggaccaaagcaggagacgctgtacgatttctggaggatggtgtggcag
gaaaactgcttcagcatcgtcatgatcactaagctggtggaggttggcagggtgaagtgc
tgtaaatactggcctgatgacagcgagatgtatggagacatcaaaatcactctccttaag
acagaaactctggctgagtacacagttcgcacctttgccttggagaggagaggatactca
accaagcatgaagtccgtcagttccactttacatcctggcctgaacatggcgtgccctat
catgccactggactgttggcttttatacgcagggtgaaagcctccacgcctcctgatgct
ggccccgtggtggtccactgcagcgcgggggcaggacgcaccggctgctacattgtgctg
gatgtcatgttggacatggccgagtgtgaaggtgtggtggatatctacaactgtgtgaaa
accctctgctcgcgacgcatcaacatgatccagacagaggagcagtatatttttatccat
gatgccattttagaggcctgtctgtgtggagagacggccatcttggtgaacgagtttgcg
gttacctacaaagagatgctgcgggtggattctcagagcaactcctctcctctgagggag
gagtttcagacgctgaactctgtgaccccccacctggacgtagaagagtgcagcatcgct
ctgttgcccaggaaccgagagaagaaccgcagcatggacgtcctgccaccagatcgcgcc
ctggccttcttggtcaccacagagggggagagtaacaattacatcaatgcagctcttgct
gacagcttccatcggcaggctgccttcatcgtgacccctcaccctttgccgggcaccaca
gcggatttttggaggctggtttttgattacgggtgcacagcagtcgtcatgctcaaccag
ctcaaccagtcgaattcggcctggccatgtgtgcagtactggcccgagcccggtttacag
cagtacggacccatggaagtggagttcctgtccatgtcagcggatgaggatgtcattacc
cgtctgtttcgggtcaagaacgtcacaaggctccaggagggccagctggtggtgtgtcag
ttccaattcctgcgctggtcagcgtatcgcgacgttcctgactccaagaaggctttccta
aacctgctggctcaagtgcacaagtggcagagggagtgtggagaaggacgcaccgttgtg
cactgcctcaatggtggtggtcgtagtgggaccttctgtgcctgcaacatactcctggag
atgatccagtaccagaacatggtggacgtcttttattctgtcaaaactctacgcaactgc
aaacccaacatggtggagtccctggaccagtatcgattctgctacgaccttgtcctggag
tacttggactgctttgaagacagatag

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (14)   
   KEGG ORTHOLOGY (1)   
   RefGene (10)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (11)   
   Pfam (11)   
All databases (38)   

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