KEGG   Lucilia cuprina (Australian sheep blowfly): 111677298
Entry
111677298         CDS       T06013                                 
Name
(RefSeq) phosphatidylinositol phosphatase PTPRQ isoform X1
  KO
K01104  protein-tyrosine phosphatase [EC:3.1.3.48]
Organism
lcq  Lucilia cuprina (Australian sheep blowfly)
Brite
KEGG Orthology (KO) [BR:lcq00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    111677298
Enzymes [BR:lcq01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     111677298
SSDB
Motif
Pfam: Y_phosphatase fn3 PTP_tm Pur_ac_phosph_N DSPc PTPlike_phytase SusE Insulin_TMD Y_phosphatase3
Other DBs
NCBI-GeneID: 111677298
NCBI-ProteinID: XP_023294152
EnsemblRapid: LOC111677298
Position
6:21001086..21026458
AA seq 1420 aa
MANKFYFKKHWKPPYQVFEYCILIFILLIFNTNGQSTSSENTTDDIEIQVEKTSNSLAFT
VVDTEKYELQNVTCRNIKNVETAGNENHICLGLDPCSTYLAVLTIKQLSDENQQMIEITR
DEKTEYQEPVVWIDEILTSTESINITWTTEYRTCVLNYQVEAVTAGNTFQSTLANDINFQ
LFESLSPCREYTITLKTYNINSTLISTQTNKSTTEYEEPGNVTLSIEPYENAQMKVIWGP
LTHTTCVRYYYLKWFIKDCDATNANTLHTFALLDDSVEGGNNTTPIPDESIQCEWNANLT
EAATNDYVIGGLEGCEDYVFQIYINNNVTIKSEQPFVSPEQVPSAVSIISTDIGNSNISL
IWKPPVHHRKCVKDYFVEINGPQQRPILELPPKNTYTEDTYTDFDDLDPCGKYNYTITPR
SKNESLGQSFSRTFETLEGRPSAVQHVTIVSKPLSFQISWEPPAYADLCLNVYRLCGWDN
ENKMIPEFDQSTSNTSIFIDGLKSCMTYTIQIIPTTKSMDGELLHIEEETAAMVAPAPEV
QMMGVYPTKFAISARESDVNNKCATIFARIVCIARGPAPIAVAEKYVKGQLVILFNAEIG
PLSPFTEYVCNTSFFNIAGWSANKTFVQKTESYFPNRPEHLSLKTRTNSTLSFTWTPPVY
SNGIISLYILYFQFVEAGYGIPSRCSGYSSDPVSRESSVLELLFNDLRPYTRYSIQVAAK
NEFGIGEYTQPNVVITKPWISDPITNLKSTPNGPSETDSEYKAYVILNWFSPCKSNGIIE
YFLLEFTGVRQDYDTVHFQREFKAEFNSDGVVTFNETNLRPEYSYSVSVSVKTKDVDIFS
TAVRDKFESPAGIPNKLEVADINKSRVEAYENSNPSKTAIVRFPADILESDSGTIMYVAL
LLSQKDCDKIQLRYGAMNTILEWPTTKSWNNVYEDKNSDCITQYQTTPAHWNPRSRRAAT
SNEIEFVIGTEDCVGSSSAYCNGPLKPDTEYSLVIRLFTKSGYNDAAILEFRTDALIELT
IILASVSSCLLLAFIAGFIYLWVTKRIKWQRESCHGIEDSFGDIMAKNFAIFYRDLSKPE
KIAREFKELTAVALDLSYSASEMGYNKNRYADIFPYDKNRVILDIDADGSDYINASFIDG
YRRRKEYIATQGPKPESAKDFWRMVLQHNVRVIVMVTQFREGDIIKCHEYFPLKSKGINV
IVKKKDSFDLYDRTELSVTHETFGLKQKVVHFYFKKWPDHGCPTDPTHLITFIRKVKVEK
VPSYSPIVVHCSAGVGRTGTFIGLDIIMQRLKNESKINIYETVKKLRFQRMKMVQTLAQY
TFLYTCAYELVKHKNTRSILKEDSKTQKKVSFESDPESNSSGTRKISDISRNESDMSSIL
SDNPSALERSNRNTNGNTIPIRFSSNIKEPDNNENDESFM
NT seq 4263 nt   +upstreamnt  +downstreamnt
atggcgaacaaattctattttaaaaaacattggaaaccaccatatcaagtttttgaatat
tgtatattaattttcatactcttaatattcaacaccaatggacagagcaccagcagcgag
aatactacagatgacattgaaatacaagtggaaaagacatcaaatagtttggcatttaca
gtagttgacacagagaaatatgaactgcaaaatgtaacatgtaggaatataaaaaatgtt
gaaacggctggaaatgagaatcatatttgtttaggtcttgatccttgttccacgtatttg
gctgtactgacaataaaacaattaagtgatgaaaatcaacaaatgattgaaataacacga
gacgaaaaaactgaatatcaagagccagttgtatggattgacgagattttgacttcgaca
gaatctataaatattacttggacgactgaatatcgtacatgtgtactaaattatcaagtt
gaagcagtaacagctggtaatacatttcagtccactttagcgaatgatatcaattttcaa
ttatttgaatctttaagtccatgtcgagagtatacaattaccttaaaaacatataatata
aatagtacgctgatttcaacgcaaacaaataaaagcacaacagaatatgaagaacccgga
aatgttactttaagtatagaaccatatgaaaatgcccaaatgaaggtgatttggggaccg
ttgacacatacaacatgtgttaggtattattacttgaaatggtttattaaagattgtgat
gctaccaatgcgaacactttacatactttcgctctattggatgattccgtcgaaggcggc
aataacactacacctataccagatgaaagtatacaatgtgaatggaatgcaaatctaaca
gaagcagctaccaacgattatgttatcggtggtttggaaggatgcgaggattatgttttt
cagatctacataaataacaatgtaaccattaaatcagaacaaccatttgtatctccagaa
caagtacctagcgccgtttcaattatatcaaccgatattggaaattcaaatatttcacta
atatggaaacctccagttcatcatcgaaaatgtgttaaagattattttgttgaaataaat
ggaccccaacaaagacctatactagaactgccaccaaaaaacacctacactgaagataca
tatacagattttgatgatttagatccttgtggtaaatacaattatactataacacctcga
tcaaaaaacgaatccttgggacaatcgttttctcgaacattcgaaacgcttgaaggcaga
ccttcggctgtgcaacatgttaccatcgtttctaagcctttatcttttcaaatctcatgg
gaacctcccgcatatgctgatttatgtttgaatgtttatcgcttatgcggttgggataat
gagaacaaaatgattcccgaatttgatcaatcgacctcaaatacatccatatttattgat
gggctaaaatcttgtatgacatataccattcaaattataccaactacgaaatcaatggat
ggcgaactgttgcatatcgaagaagaaaccgctgccatggttgccccagctccagaagtc
caaatgatgggtgtctatcccactaaatttgcaataagtgcacgtgagtcagatgttaac
aacaaatgtgccacaatatttgcgagaatagtttgtattgcacgtggccctgccccaatt
gcagtggcagaaaagtacgtcaaaggtcaattggtaattctttttaatgctgaaatcggc
cccctatcaccttttaccgaatatgtctgtaacacttcgttctttaacattgctggctgg
tctgctaataagacatttgtccaaaaaactgaatcctattttcccaacaggcctgaacat
ttgagtcttaagacccgaacaaattcaacgctgtcatttacatggacgcctcccgtttat
tcaaatggcattattagtttatatattttgtattttcaatttgtggaggcaggatatgga
attcctagcagatgtagcggatactcttccgaccctgttagccgagaatcatcggtatta
gaattattatttaacgatttaagaccttacaccagatacagtatacaagtagcagcaaag
aatgagtttggcattggagagtatacacagccaaatgtggttatcacaaaaccatggatt
tctgatccaataacaaatttgaaatccacaccaaatggcccatctgagacagattctgaa
tacaaagcctatgtaattttaaactggttttcaccttgcaaatcaaatggtataattgaa
tacttccttttggaatttaccggcgttcgtcaagactacgacactgtccacttccaaaga
gaatttaaagctgagttcaatagtgatggagttgtcacatttaatgaaacaaatttgaga
cccgaatatagttacagtgtttcggtttcggttaaaaccaaagatgttgatattttcagt
acagctgtaagagataaatttgaatcacctgctggaattcctaataaactagaagttgcc
gatataaataaatctcgtgtggaggcctatgaaaatagtaatccttctaagacggctata
gttcgttttccagctgatatcttagaatccgattctggaacaattatgtatgtggcttta
ttattatcacaaaaggattgtgataaaatacaactgagatatggcgcaatgaatacaatt
ttagaatggcctacaacaaaatcatggaacaatgtttatgaagacaaaaattccgactgt
attacacaatatcaaaccaccccagcacactggaatcctcgttctaggagagctgcaaca
agcaacgagatcgaatttgtaattggaactgaagattgtgttggctcttcgtcggcatat
tgtaatggtcccctgaagccagataccgagtatagtttggttattcgcttgtttacaaaa
tcgggatataacgatgctgcaattttagaatttagaactgatgctttaattgaattgaca
atcatattggcaagtgtttcgagctgtctgctattggcatttatagctggcttcatttat
ctatgggtcacaaaacgtataaaatggcaacgtgaatcttgtcacggcattgaggactca
tttggtgatattatggctaaaaattttgccattttctatcgtgacctttcaaagcctgaa
aaaattgcacgcgaatttaaagagttaacagcagttgctttggatctgagttattctgct
tccgaaatgggttacaacaaaaatcgttacgccgatatatttccatatgataaaaatcgt
gtaattttggatattgatgcagatggatctgactacataaatgcttcgtttatagatggt
taccggagacgtaaagaatatattgcaactcaaggtcctaagccagagagtgcaaaagat
ttctggcgcatggttttacaacataatgtcagagttattgtaatggtcacccagtttcgg
gaaggtgatattataaagtgtcacgaatatttccccttaaaatcaaaaggcattaatgtt
attgtaaagaagaaagattcatttgatctttatgatcgcactgaactatcggttacacat
gaaacatttgggctgaaacaaaaagttgtacacttttattttaagaaatggccagaccac
ggttgtccaacagatcccacacatttaataacattcatacgcaaagttaaggtggaaaag
gtacccagttattcgccgatcgtggttcactgtagtgcgggtgtcggccggactggtacc
tttattggactcgatatcattatgcagcgtctgaagaatgaatcaaaaattaatatttac
gaaactgttaagaaattacgttttcaacgtatgaagatggtacagactttggcccaatac
acgtttctctacacctgtgcttatgaactggtaaaacataaaaacacccgttctattctc
aaggaggatagtaaaacgcagaaaaaagttagctttgaaagtgatcccgaaagcaattcg
agtggaacgaggaaaattagtgacatttctcgtaacgaatccgatatgagctcaatcctc
agtgataatccaagtgctttggagagatctaatcggaatacaaatggtaacacgattccg
attagatttagtagtaatattaaagagcctgataataatgaaaacgatgaaagttttatg
taa

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Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   ENSEMBLRAPID (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (9)   
   Pfam (9)   
All databases (21)   

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