KEGG   Anolis carolinensis (green anole): 100559617
Entry
100559617         CDS       T01608                                 
Symbol
ptpru
Name
(RefSeq) protein tyrosine phosphatase, receptor type U
  KO
K16662  receptor-type tyrosine-protein phosphatase U [EC:3.1.3.48]
Organism
acs  Anolis carolinensis (green anole)
Brite
KEGG Orthology (KO) [BR:acs00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:acs01009]
    100559617 (ptpru)
Enzymes [BR:acs01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     100559617 (ptpru)
Protein phosphatases and associated proteins [BR:acs01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    100559617 (ptpru)
SSDB
Motif
Pfam: Y_phosphatase MAM fn3 DSPc Pur_ac_phosph_N PTPlike_phytase Y_phosphatase3 ig Ig_2 Ig_3
Other DBs
NCBI-GeneID: 100559617
NCBI-ProteinID: XP_016853224
Ensembl: ENSACAG00000001027
Position
Un
AA seq 1445 aa
MPSQTPARALLLVVAFLQVCSLETEAPAGVGCTFEEDEDLNRCEYTQSVDDEFEWELVQS
HLVPHLTPDLPHGSYLMVNSSQHAEGQRAHLLFQALSENDTHCLQFSFFMFSRDGHSPGT
LNAYVKVNGGPLGSVVWSASGSHGRQWHQVELAVSMFWPNEYQVLFEAVVSSERRGYLGM
DDILLLNYPCSKAPHFSRLGDVEVNAGQNASFLCVAAGKASEAEKFLMQRQNGELILAAS
VKPISHRRFLAAFQLEEVSKGEQGFYRCVTQSGKGSGVSNFAELIVKEPPTPIAPPQLLR
AGSTYLIVQLNTNSITGDGPIVRKEIEYRITSGPWSEVHAVNMQTYKLWHLDPDTEYEVS
VLLTRPGEGGTGKAGPALVSRTKCAEPVRAPQGLAFAEIQSRQLTLQWEPLGYNVTRCHT
FTVTLCYRCAARAGLNQTRRECAEVARGAHRHTIEGLQPYGKVHVKLILGNPEGRKEGKE
VTFQTSEEIPGGIATESLIFTLLEDVVFLKWEEPAEPNGIITQYEISYQSIESSDPAVNV
PGPRRTVSKLRNETYHVFSNLHPGTTYLFSVRARNGKGFGQTAMTEITTNISAPSFHYGD
LPSPLEESETTITVLLKPAQGRGAPISAYQVIVEEDRPKKLKRDAGVPECFPVPLTFSEA
SSRGSVHYFGAELLPGSLPDAKPFTVGDNQTYGGYWNPPLDPKKAFLIHLQAVSRLQGET
RLNCIRIARKAACKESKRPALEVSQPSEEMGLILGVCAGGLLALILLLGAVIVVLQKGKP
VNMAKATINYHNEKTHMMSANERSFTDQSTLQEDERLGLSFMDAHKYGHRGEQHNSVVSE
SSSLLGGSPRRRKGSPYHTGQLHPAVRVADLLQHINQMKTAEGYGFKQEYESFFDCWDAS
KKKDKAKGRQDHVPTYDRHRVKLHPLLGDPNSDYINANYIDIRINREGYHRSNHFIATQG
PKQEMVYDFWRMVWQEHCCSIVMITKLVEVGRVKCSKYWPDDSEMYGDIKIVQVKSETLA
EYVVRTFTLERRGYSARHEVQQFHFTSWPEHGVPHHATGLLAFIRRVKASTPPDAGPIVI
HCSAGTGRTGCYIVLDVMLDMAECEGVVDIYNCVKTLCSRRINMIQTEEQYVFIHDAILE
ACLCGETSIPIGEFRSTFKEMVRIDPQSNSSQLREEFQQTLNSVTPHLDLEEYSIALLPR
NREKNRSMDVLPPDRCLPFLISMDGESNNYINAALIDSYTKSAAFIVTLHPLQSTTTDFW
RLVYDYGCTSIVMLNQLNQSNSAWPCVQYWPESGLEQYGPMEVEYVSRAVDEDVITRLFR
VQNVTRLQEGHLMIRHFQYLRWSAYRDTPDSKESFLHLLAQVEKWQEKSAGGGRTIVHCL
NGGGRSGTFCACTMILEMIKCHKLVDVFFSAKILRNYKPNMVETFEQYHFCYEIALEYLD
SLETR
NT seq 4338 nt   +upstreamnt  +downstreamnt
atgccaagccagacccccgcccgcgccctgctcctggtggtcgccttcctccaggtctgc
tccttggagaccgaggctcctgcgggagttggctgtacgtttgaggaagacgaggatttg
aatcgctgcgaatacacccaaagcgtggacgatgagtttgaatgggagctggtccagagt
caccttgtgccgcacctgacccctgatcttcctcatggctcctacctgatggtcaactct
tcccagcatgccgaagggcaaagagcgcatctgctcttccaggcgctgagcgagaacgac
acccactgcctccagttcagcttcttcatgttcagccgcgacggccacagccccgggacg
ctgaacgcctacgtgaaggtgaacgggggcccgctgggcagcgtggtctggagcgcctcc
ggatcccacgggcgccagtggcaccaagtggagctggccgtgagcatgttctggcccaac
gagtatcaggtgctgtttgaggctgtggtttccagcgaacgccgaggatacctaggaatg
gatgacattctgctcttgaattacccctgctccaaagctcctcatttttcccgcctgggc
gacgtggaggtgaatgccgggcagaatgcctccttcctctgcgttgctgccggaaaagct
tccgaagcagagaagttcctcatgcagaggcagaatggagagctgatccttgctgcttcc
gtgaagcccatcagccaccggagattcctggcggccttccagctggaggaggtttccaag
ggagagcagggcttctaccgctgcgtcacccagtccggcaagggatccggcgtctccaac
tttgcggaactgatcgtgaaagagccccccacgcccattgccccgccgcagctcctgaga
gccggctcgacctacctgatcgtccagctcaacaccaactccatcacgggggacgggccc
atcgtaaggaaggaaatcgagtaccgcatcacctccggaccgtggtcagaagtccacgcg
gtcaatatgcagacctacaagttgtggcacctggatcccgacacggaatacgaagtcagc
gtcctgctcactcgtcccggggaaggcggcacgggcaaagcggggccggccctcgtcagc
aggacaaagtgcgcagagcccgtgagggccccgcaagggctggcctttgccgagatccag
tcccggcagctgacgctccagtgggagcccctgggctacaacgtgactcgctgccacacg
ttcaccgtcaccctctgctaccgctgtgcggccagggccggcctcaaccagacgcggcgg
gagtgcgcggaggtggcgcgcggggcccaccggcacaccatcgaggggctccagccgtac
gggaaggtccacgtcaagctcatcctcgggaaccccgagggccggaaggagggcaaagag
gtgaccttccagaccagcgaggagatccctggaggcattgctacggagtcgctcatattc
acgctgctggaagacgtggttttcctgaaatgggaggaaccagcggagcccaacgggatc
atcactcagtacgagatcagctaccagagcattgaatcttccgaccctgccgtcaacgtg
ccgggccctcggcgcaccgtctccaagctccggaacgagacctaccacgtcttctccaac
ctgcatccgggcacaacgtacctcttctcggtccgggcacgcaacggcaagggcttcggc
cagacggccatgaccgagatcaccaccaacatctcagctcccagtttccattacggagac
ctgccgtcccctcttgaagagtccgagaccaccatcaccgtcctgctgaagccggcacaa
ggcagaggagccccaatcagcgcgtaccaagtgatcgtggaggaagaccgacccaagaag
ctcaagcgggacgcgggggtccctgagtgcttcccggtgccgctcaccttctccgaggcc
tcgtctcgcggctccgtccactacttcggggctgagctcctgcccggcagcctcccggat
gccaaacccttcacggtcggcgacaaccaaacctacggtggttactggaacccccctctg
gaccccaagaaggcctttctcatccacctccaggccgtgagcaggctccagggagaaaca
aggctgaattgtatccggatagcccggaaagccgcctgcaaagagagcaagcgtcctgcg
ctggaggtgtcccagccgtcggaggagatgggcctcatcctgggcgtctgcgccggaggc
ctcctggccctgatcctcctcctgggcgccgtcattgtcgtccttcagaaggggaaaccg
gtcaacatggccaaagctacaatcaactaccacaatgagaagacgcacatgatgagtgcg
aacgagaggagcttcaccgatcagagcacgctgcaggaagacgaacggctgggcttgtcc
ttcatggatgcacacaagtacggccacagaggtgagcagcataacagtgtcgtcagtgag
tcaagcagcttgttaggaggttctcctcggaggcgcaaaggctctccctaccacaccggg
cagctccacccggccgtccgagtggccgacctcctccagcacatcaaccagatgaagacc
gcggaaggctatggtttcaagcaggaatatgagagtttctttgactgttgggatgcttca
aagaagaaagacaaggccaaggggagacaggatcacgttccaacctacgaccggcaccga
gtgaagttgcatccgcttcttggcgaccctaactcggactatatcaatgccaactacatc
gacattcggataaaccgagaaggttatcaccgatctaaccacttcatcgcaacacaaggc
cccaaacaggagatggtttacgatttttggaggatggtatggcaagagcactgttgtagc
atcgtaatgataacaaagctggtggaagtgggaagggtaaagtgctccaaatactggccg
gatgactcagagatgtacggagacattaaaattgtccaggtgaagtcagaaacactggcg
gaatatgtggtgaggacgttcactctggagcggaggggctactcggcaaggcacgaggtc
cagcagttccacttcacgtcctggcctgaacacggggtgcctcaccatgcgacggggctc
ctggcattcattcgcagggtgaaggcttctacacctccggatgcaggacccattgttatt
cactgcagtgccgggaccgggaggacaggctgctatattgttctggatgtgatgctggac
atggccgagtgtgagggcgttgtggacatttacaattgtgtgaagacgctgtgctcaagg
agaatcaacatgattcagactgaggagcaatatgtcttcatccatgacgccatcttggag
gcttgcctgtgtggagaaaccagcatcccaattggtgaattcagatccacattcaaagaa
atggtgaggatcgatccacagagcaactcgtcacagctgcgggaagagttccagcagact
ctgaattctgtgacaccccacctggatttggaggagtacagcatcgcccttttgccacgc
aaccgggaaaagaatcgcagcatggatgtgttgcctcccgaccggtgcctccccttcttg
atctctatggacggggagagcaacaattacatcaatgcagccttaattgatagctacaca
aagagtgctgccttcatcgtgaccttgcacccacttcagagcacaaccacagacttctgg
aggctggtgtacgactatggctgcacctccatcgtgatgctcaaccagctcaaccagtcc
aattctgcctggccttgtgtgcagtattggcccgagtcagggctggaacagtacggacca
atggaagtggagtacgtttctagagcagttgatgaagatgttataactcgtcttttccga
gtacaaaacgtaacacggttacaggaaggccatctgatgatccgacactttcagtacctg
cggtggtctgcctaccgagacactcctgactccaaggaatccttcctgcatttattggcc
caagtggagaaatggcaggagaagagtgccggcggcggaaggacaatcgtgcattgctta
aacgggggcggccggagcggcactttctgcgcctgcaccatgatcctcgaaatgatcaag
tgccacaaactggtggacgttttcttttctgcaaagatcctgagaaactacaagccaaac
atggtggagacttttgaacagtaccacttctgctatgagatcgccttggaatatctggac
tccttggagacaagatag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (26)   
   KEGG ORTHOLOGY (1)   
   RefGene (21)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (12)   
   RefSeq(nuc) (4)   
   GenBank (4)   
   EMBL (4)   
Protein domain (10)   
   Pfam (10)   
All databases (57)   

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