KEGG   Drosophila yakuba: Dyak_GE13693
Entry
Dyak_GE13693      CDS       T01068                                 
Name
(GenBank) uncharacterized protein
  KO
K20220  tyrosine-protein phosphatase ERK [EC:3.1.3.48]
Organism
dya  Drosophila yakuba
Pathway
dya04013  MAPK signaling pathway - fly
Brite
KEGG Orthology (KO) [BR:dya00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04013 MAPK signaling pathway - fly
    Dyak_GE13693
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:dya01009]
    Dyak_GE13693
Enzymes [BR:dya01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     Dyak_GE13693
Protein phosphatases and associated proteins [BR:dya01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Non-receptor PTPs
    Dyak_GE13693
SSDB
Motif
Pfam: Y_phosphatase Y_phosphatase3
Other DBs
NCBI-ProteinID: EDW91220
FlyBase: FBgn0231348
UniProt: B4P8W6
Position
2R
AA seq 1377 aa
MDKLRNNNKENAPIEYPYPQTPRPAHASSFDTTPLEAGEDAESNKSTPYFTPLEYLQTSF
EFPSPTVEVVGGVPGIPEHEDQDEEVFTPRQFTIASPHPAPHHVHHPSSSQSPTLGRKFK
RLSQYDRRSCSPHITTSTGDERVSGRGIDKENTIPKGGSVDQDLENSLYLSKSEHNSPTI
LFKDESSTTPGLEASRLSYSPKLLSSINNLNVSGSPLNIINSAGYKNGNFFRFPEIDHVV
QDAPKDTGNSEEATRRDRSPALAEPPEQQQQKSEGRKNRKNKNNLTIRITDVPIKNSSQP
SPLPKPKTPTIKSTKEKARSLDSAANESELSIVVHNITESHGSCDDMETGQSKPSTSVIH
HHHLQQPASAIHSTSLSRLDSHLSLANQRRTPRRKSPGINTTDWLMYHRKQNPYQVQPTH
CSSTTQSSLDSDASLTPSLGDFELKSACSVDGGSKFGIGASLAPRSAHKHNQLLHSSSTN
LKTLPECLTLVEFSSSGGGAKESPFKQKSMDLPMPTLQAKTTVSTSSMNLLQRRGSNHSL
TLNLHSSCGNLMNSGLSHSNYSLGSILNSKSSCNLDAGTASQIRTDQLPQSHLLASSQGS
RQGLFRRRGSNHSITLKTGHTTTSCGDLNSMQQIQQQQAMLSAEKYNRLNMRTNSTGSGS
GSGSNVPTPKRGLLERRGSNQSLTLNMGSILGGAASTEIQITDIGQPKVTVCSCAAANQA
PHQRKFFSTENLNSSKANSQKFFGQVCFGSASDLQPNPQQDSVGEDQAIIATCTCAGTVR
NIMTRPLSPQTTSEEFKIYLASIQMLQSASNPLNQFDLIRLNYVFDHSYQTNRNIIEQPP
VLGSNARDVETPTDLVAPSSEDSELLASYQTVVNRIAQPIPELKETEQKRIFRDLHKEFW
DLPLNHQEKPMVFGSQTKNRYKTILPNENSRVLLESESSELTRLLGEVKRTSSVTASEDL
PYINANYIKGPDYVSKCYVATQGPLPNTIFEFWLMIYQNTQRYIRRCVDGGSSSSPHVDR
EQILQQYFQKIVMLTNFTEANRQKCAVYFPIELNEIFAVAAKCEVFQLSAVARDYFDRYL
TPTFVPDTVVASSDAIDYELGGRHIGVESVKVTLEGDLLEALPAQGSFFLIKNVGIVRRN
GYSVRKLVLLYCIRVPQSASYHLQKIYCYHYWYPDWPDHHSPRDINTLLDTCLHVLNLGK
CESEFDIYDDSRSERNAHLAAQRLEIYQQDIFNAVQPLPVIHCSAGIGRTGCFTAILNAV
RQLRQSLAYSLTGMLTKSLTSSTAEDYHNPTDSDSSFTCNTIRHISHILDHRETEAVTTP
PSFDRLPKMPDIFVDVLGIVCNLRLQRGGMVQNSEQYELIHRAICLYLKRTLALRRF
NT seq 4134 nt   +upstreamnt  +downstreamnt
atggacaagctacgaaacaacaacaaggagaatgcacccattgagtacccctacccacag
accccccgtcccgcccacgcctcctccttcgacactaccccactggaagctggcgaggat
gcggagagcaacaagagcacaccctacttcacgcccctcgagtacctgcagacgtccttc
gagttcccctcgcccacggtggaggttgtgggcggggttcctggcattcccgagcacgag
gatcaggatgaggaggtcttcaccccccgacagttcaccattgccagcccccatccagca
ccccaccacgtccaccatccatccagctcgcagtcacccacattaggtcgaaagttcaag
aggttatcgcagtacgaccgccgatcctgctcgccgcacattacaacctccactggcgac
gagcgggttagtggccgtggcatcgacaaggaaaacaccatacctaagggtggatcggtc
gatcaagacctggagaacagcttgtacttgtcgaagagcgagcacaactcacccaccatc
ctgtttaaggatgagtcctcgacgacgccgggactggaggccagtcgcctgagttactcc
ccaaaactgttgtcctctataaacaacctaaacgtgtcgggttcgccccttaacattatc
aactcggctggctacaagaatggcaacttctttcgcttcccggagatcgatcatgtcgtg
caggatgcgcccaaggatacaggcaattcggaggaagctacacgccgggatcgtagtcct
gcgttggccgagccgccggaacagcagcaacaaaaatcggagggccgaaagaatcgaaag
aataaaaataatcttaccattcgcattacggacgtgcccataaaaaactcaagccagcca
tcaccgttgcccaaaccgaaaacaccgaccatcaagagcaccaaggagaaggcacgctca
ctggattcggctgccaacgaatcagaactgtcaatcgtggtgcacaacataaccgaatct
catggcagctgcgatgacatggagacggggcagagcaagccatcgacaagtgtcatccac
catcaccatcttcaacagcccgcttccgccatccactcaacatcgctttcgcgattggat
agtcaccttagcttggccaatcagaggcgaacgccgcgcagaaagtcaccaggaatcaac
accactgactggcttatgtaccaccgcaagcagaacccatatcaggtgcaaccgacgcac
tgcagctccacgacccaaagctccttggactcggacgcaagcctaacccccagccttggg
gactttgaactgaagtccgcctgcagcgtggacggcggctccaagtttggaataggcgca
agcctagcgccgagaagcgcccacaagcacaatcagttactgcactcgtccagcacaaat
ttaaaaacgcttcccgagtgccttaccctggtggagttctcctcctctggcggtggtgct
aaggaatcgcctttcaagcagaagtctatggatctgccgatgccgacactccaggcaaag
accacagtgtccacatcatcgatgaatcttctccagcgtcggggatccaatcacagttta
acgctcaacctgcacagctcctgtggcaacctgatgaacagtggactaagtcattccaac
tacagtctgggctcaatactcaactccaagtccagttgcaatttggatgcaggaaccgcc
agccaaattcgcacggatcaattgccacagtcacatctgctggctagcagccagggtagt
cggcaagggttgttcagaagacgtggatcaaaccacagcatcaccctaaagacagggcac
actacaacatcttgtggagatttaaattctatgcagcagatccaacagcagcaggcaatg
ctaagcgcggaaaagtacaaccgacttaatatgcgaaccaattccaccggctcgggatca
ggctctggatccaatgtacctactccaaaacgaggacttttagaacgccgtggctccaat
caaagcctcactctaaacatgggcagcatactgggtggagcagcaagtaccgagattcag
ataacggacattgggcaaccgaaagtcaccgtttgcagttgtgctgccgccaaccaagct
ccgcatcaacggaaattctttagcaccgagaaccttaacagcagcaaagccaatagccaa
aagttctttggacaggtgtgctttggttccgcctcggatttgcagccaaatcctcagcag
gattcggtgggtgaggatcaggccattatcgccacttgcacttgtgctgggaccgtgcgc
aacattatgacccgtcctctgtcgccgcaaacgaccagcgaggagtttaagatctactta
gccagcatacagatgctgcagagcgcctccaatccgcttaatcagtttgatcttattcgg
ctgaactacgtgttcgatcacagttaccagacgaataggaacatcatagagcaaccgccg
gtgctgggctctaacgcacgggatgtggagacgcccactgatctggtggcccccagctcg
gaggacagtgaacttctcgcgtcctaccagacagtggtcaataggatcgcgcaaccaata
ccggaattgaaggaaaccgaacagaagagaatctttcgtgatctgcacaaggagttctgg
gacctgccgctcaatcaccaagagaagcctatggtcttcggctcgcagacaaaaaatcgc
tacaagactatcttgcccaacgagaactctcgcgtgctgctcgaatccgagtccagcgag
ctgactcgcttgctgggggaagtcaaacgaaccagttccgtgaccgccagcgaggacttg
ccctacatcaatgccaattacatcaagggacccgactacgtgtcgaagtgctatgtggcc
acgcagggtccgctgcccaatacgatcttcgagttctggctaatgatctaccaaaacacg
cagcgctacatacgtcgctgcgtggatggaggaagcagcagcagtcctcacgttgacagg
gagcaaatcctgcagcagtactttcagaagattgtcatgctcacaaacttcacggaggcg
aacaggcagaagtgtgccgtatactttcccatcgaactgaatgagatctttgcggtggcc
gccaagtgtgaggtgtttcagctgagtgcggttgcccgggattacttcgatcggtattta
acgcccacctttgtgccggacactgtggtggcttcctcggatgcgatcgactatgagtta
ggtggccggcacataggcgtggagtcggtgaaggtgacgctggaaggggatctgctggag
gctttgcccgcccagggaagcttcttccttattaaaaacgtgggcattgtgcgaaggaat
ggttactcggtgaggaagctggtgctgctctattgcatacgtgtgccacaaagtgctagc
taccacctgcaaaagatctactgctaccactattggtaccctgactggccagatcatcac
tcgcctcgggacatcaacacgctgctggacacctgcttgcatgtactcaatcttggaaag
tgtgagtcggagtttgacatctacgatgacagcagaagcgagaggaatgcccatctggcg
gctcagcgcctagagatctaccagcaggacatcttcaatgcagtgcagcccctccccgtt
atccactgctcggctgggatcgggcgcactggttgctttacggccatcctcaatgcagtg
cgccagttgcggcaatcgttggcttactcgctaactggaatgctcacaaaatcgctgaca
agcagtacggcagaagattaccataacccaacggacagcgatagcagctttacttgcaac
actattcggcacatcagccacattctggatcatcgggagacggaggcagttacgacgccc
ccctcattcgaccgtctgcctaagatgccggacattttcgtggacgtcctgggcatcgtt
tgcaatcttcgcctgcagcggggcggtatggtccagaactcggagcagtatgagctaata
caccgggccatttgcctctatctgaagcgcacactcgcgttgaggcgattttaa

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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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (2)   
   Pfam (2)   
All databases (13)   

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