KEGG   Drosophila melanogaster (fruit fly): Dmel_CG18243
Entry
Dmel_CG18243      CDS       T00030                                 
Symbol
Ptp52F
Name
(RefSeq) protein tyrosine phosphatase 52F
  KO
K01104  protein-tyrosine phosphatase [EC:3.1.3.48]
Organism
dme  Drosophila melanogaster (fruit fly)
Brite
KEGG Orthology (KO) [BR:dme00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    Dmel_CG18243 (Ptp52F)
Enzymes [BR:dme01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     Dmel_CG18243 (Ptp52F)
SSDB
Motif
Pfam: Y_phosphatase fn3 PTP_tm DSPc Pur_ac_phosph_N PTPlike_phytase Y_phosphatase3
Other DBs
NCBI-GeneID: 36790
NCBI-ProteinID: NP_611093
FlyBase: FBgn0034085
UniProt: A1ZAB3
Position
2R
AA seq 1433 aa
MEATNWKQSHRRIHALILILWIAGVQGQTVGSLVAVSESQELAEKVEVTVVSTVYTLGFS
ISNEADYSIDKVICRNGSGSETEANAAHVCENLNPCTFYTSVVSFRSNVSGKPPPSDQTI
YAYTEYKQPKTTVTSVVATANTIKVTWQTNDRACVESFGITAKATDYTKSFQLLNDKSSQ
TFVNLSACLTHTITLDTRNNASVVVDTDATDVDTQYAEPGDLVMNVTNLASGITMITWGD
PSEKNCISNYVFKWQRNDCGTDQNQDTTTDVPSTETTNEIDYVTTTPMETTPDTPSDEVK
CEWTDVSSDGKLREYLLTDLQGCDLYTFQVFINENSTAKASQTFTSAEKLVSAVYEPSPT
AYPTQLHWTWFSPQNHPKCVANYSVTLTGPIQRSENKTMNVITEETFAIFDDLDPCGIYL
VEIVPNQLNGSAGTKYQEQSTVGEDQPSVIQDPVVEAEAYSMEVSWKTPEYADLCIDGYR
LSGWMEDDKLVEVEALSITTQNTTVVFDKNLLACQVYIIQIIPYTKENLDGQLRQVGVET
KAAIVDYTKVKLEMKNAGSEFIDLIAFNADYNNSCPTIFALFTCNATTQVRNPYAERYVE
GHSKQGFNASLSPLSPYATYVCKVILYNVAGPSEPVVDADMHTTTYFPEQPESVMLEKST
VSSLLFNWQPPTYTNGPIKYYQAFLMRHEASYFVPADCAIVEQDTKSETKGDPSVNFTGL
APAVRYMMQVAAQNDFGMGVYTEPVIGITLPAVSDSVTQLTVLTQGPVNNNAVYEANVTI
TWKVPCKSNGDIEYFQLAFNGTRNNFAPVSFERRVELDTGNKQGRMSYTETEMQPQFDYT
VEVSVKNRDVEQLSSSVPGSWQSPAGLPTIPSDELIKQMRANVEETSNPTKTAIVRLPAD
IMTSASGDIKWMALMISQKNCAGVPHLKYDVSSDWPKVLSYQEAGADGTGDCSLEYQTTE
ERWHPEPVQRQRRDGEVTSDEEIVFTIGLDKCSEVQKTYCNGPLLPDTDYNVVVRLFTAS
GYSDAAVLNFKTKAAIKVTLILVSVCSCLLLAFVLGLTVLWVRKRLAWKRDSGQGIEDPF
GNVIAKNFAIFYTEVAKPEKLAREFKEITVVALELSYSASELGCHKNRYADIFPYDKNRV
ILDIDAEGSDYINASFIDGHTRKKEYIATQGPKPESVMDFWRMILQYNVRVIVQVTQFRE
GNTIKCHEYYPYNVRGLTVTIKSKEVLELYDRTELTVVHDKYGLKEKVIHYYFKKWPDHG
VPEDPMHLIMFVKKVKAEKRPSYSPIVVHCSAGVGRTGTFIGLDLIMQRLKSESKINIFE
TVKKLRFQRMKMVQTQQQYTFLYACTYELVKHKIPRAALKMDGRPKSVTVPAIPSPKKVS
FPDVDVGSEYVSSAPITDLDDGRPIVQLPSRFSGLRRNSPPGENDNPTSSSNM
NT seq 4302 nt   +upstreamnt  +downstreamnt
atggaagccacaaattggaagcaatcgcatcgaaggattcacgcactaatccttatcctt
tggatcgctggggtgcaaggacaaaccgttggttccctggtggcagtgagtgagagccag
gaactggcggagaaggtggaggtgactgtggtttctacggtctacacactcggctttagc
atctccaacgaggcggactactccatcgataaggtgatctgtcgcaatggatccggatcg
gaaaccgaggccaacgcagcgcacgtttgtgaaaaccttaatccttgcaccttctacaca
tcggtggtttcattccgttcgaatgtctccggcaaaccaccgccttctgaccaaaccatc
tatgcctacactgaatataagcagcccaagaccacagtgacctcagtggtggccacagcg
aacaccatcaaagtgacctggcagacgaacgaccgcgcctgtgtggagtcctttggcatc
acggcaaaggcgacggactacaccaaatcctttcagctgctaaacgataaaagttctcag
actttcgtgaatttaagcgcctgcctaacgcacacgatcaccctggacacgcgaaacaac
gctagcgttgtggtggacacggatgccaccgatgtggacacacagtacgcggagcccggc
gatctcgtcatgaacgtaacgaacctagccagtggcatcacgatgatcacgtggggagat
ccctccgagaagaactgcatcagtaactatgtcttcaagtggcaacgcaacgattgcgga
acggatcaaaatcaggataccaccacggatgtgcccagtacggaaactacgaacgagatt
gactacgttaccaccacaccaatggagaccacacccgatacgcccagtgatgaagttaag
tgcgagtggaccgatgtctcctccgatggcaagctgagggagtacctcctgaccgatctt
caaggatgtgatttgtacacctttcaggttttcatcaacgagaacagcacggccaaggct
tctcagacttttacttcggcagaaaagttggtcagtgccgtctatgaacccagtcccacc
gcctatcccacccagttgcattggacttggttctctccacaaaatcatcccaaatgtgtg
gctaactatagtgtaacgctgaccggacccattcaacgatcggaaaacaaaactatgaat
gtgatcacagaggagacattcgctatcttcgacgaccttgatccgtgtggaatatatttg
gtggagattgtgcccaatcagctaaatggaagcgctggcaccaagtaccaggagcagagc
accgtgggcgaggatcagccatctgtgattcaagatcccgtcgtggaagcagaagcctac
tcgatggaggtgagctggaagacgcccgagtacgccgatctctgcatcgatggctaccga
ttgtccggctggatggaggacgataagctggttgaggttgaagcacttagtattaccacc
cagaatacgacggttgttttcgacaagaatctgctggcctgtcaggtgtacatcattcag
ataatcccatacaccaaggagaacctcgatggtcagctgagacaggttggtgtggagacc
aaagcagctatagttgattacactaaggtcaagctggaaatgaagaatgctggctccgaa
tttattgatttaatcgccttcaatgcggactacaacaattcctgtccgacgatctttgcg
ctcttcacgtgcaatgccaccacccaggtgcgaaatccatacgcggagcgttatgtggag
ggacatagcaaacaaggttttaatgccagtctaagtccactttccccctacgccacctac
gtttgcaaagtaatactctacaatgtggcaggaccttccgaaccagttgtcgatgctgat
atgcacaccacaacctactttcccgagcagccggagagtgtgatgctggagaagagcact
gtcagcagcctgctgttcaactggcaaccgcccacctacacaaacggacccatcaagtac
taccaggcattcctgatgcgtcacgaggccagctactttgtgcccgcggattgcgcgata
gtcgagcaggacaccaagtcggagaccaagggtgatcctagtgtaaacttcacgggtctg
gctccagctgtgcgatacatgatgcaagttgcggcacaaaatgacttcggaatgggcgtc
tatacagaacccgtaattggtatcactttgccagcagtatccgatagcgtgacccagttg
accgtactaacccagggtccggtgaacaataacgccgtgtacgaagcgaacgtgactatc
acgtggaaggtgccctgcaagtccaatggcgatatcgagtatttccagctggctttcaat
ggcacacgaaataacttcgctccagtttcatttgaacggcgggtggaactggacacgggg
aataagcagggacggatgtcctacacggaaacggaaatgcagccacagttcgactatacg
gttgaggtgtccgtaaagaatcgcgatgtggaacagttgagcagcagtgtaccgggtagc
tggcaatcgccagcgggactgcccaccattccgagtgatgagcttatcaagcaaatgcgc
gccaatgtcgaggagacatctaatccaacgaaaacggccattgttcgccttccagccgac
atcatgacatccgcatccggcgacatcaagtggatggcactgatgatctcgcaaaagaac
tgtgctggagttccacacctcaaatacgatgtcagcagcgattggccaaaggttctatcc
tatcaagaggccggcgcagatggcacaggtgactgcagtctggagtaccaaaccaccgag
gagcgctggcatcccgaacccgttcaacgtcagcgaagggatggagaggtgacatccgat
gaggaaattgtttttaccatcggattggacaagtgttcggaggttcagaaaacgtattgc
aatggacctttgttaccagacacggattacaatgttgtggtgagactgttcaccgcatct
ggttatagcgatgccgccgtactcaactttaagaccaaggcggccatcaaggtgaccctg
atcctggtgagcgtttgcagttgcctgctgctggccttcgtacttggtttgacggttctc
tgggtgcgcaagcgattggcctggaaacgtgattctggtcagggtatcgaggatccattt
ggcaatgtcattgccaagaactttgccatcttttataccgaagttgccaagccggagaaa
ctggccagggagttcaaggagatcaccgttgtggccttggagctcagctattccgcctcc
gaattgggttgccacaagaatcgctatgcggacatatttccttatgacaagaatcgcgtg
attctggacatcgatgcggagggatcggactacatcaatgcctccttcatagatggtcac
acgcgtaagaaggagtacatagccacccagggaccaaaaccagagagtgtgatggacttt
tggcgcatgatcctgcagtacaacgtgcgggttattgttcaagttacccagtttcgcgag
ggcaatacgatcaagtgtcacgagtactatccgtataatgtgcgtggattgactgtgact
atcaagtccaaggaggttctggagctgtacgatcgaactgagttgactgttgtgcacgac
aagtacggactgaaggagaaggtgatccactactatttcaaaaagtggcccgatcacggc
gtgcccgaggatcccatgcatttgattatgtttgtgaagaaggtgaaggcggagaagcga
cccagttactcgcccattgtcgtccattgcagtgcgggagtgggcaggacgggcacgttt
attggcctggatctgatcatgcagcgattgaagagcgagtcgaaaatcaacattttcgaa
acggtcaaaaagctgcgattccagcgcatgaaaatggtgcaaacgcagcagcagtacaca
ttcctctacgcctgcacctatgagctggtcaagcataagatacccagagctgcgttgaaa
atggatgggcgtcccaagtccgtgaccgtgcccgccattccctctcccaaaaaggtgagc
tttccggacgtggatgtgggcagtgagtatgtgtcatccgcaccgatcaccgatttggat
gacggtaggcccatcgtgcagctgccttctaggttctccggactgcggaggaatagtcca
ccgggcgaaaacgataacccaactagcagcagcaatatgtga

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Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (50)   
   KEGG ORTHOLOGY (1)   
   RefGene (45)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (64)   

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