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Phosphotyrosine-binding domain / Peptidomimetic / Peptide / Phage display / SH3 domain / Amino acid / Protein kinase / Tyrosine / FYN / Biology / Protein domains / SH2 domain


J. Mol. Biol[removed], 694±703 Modified Phage Peptide Libraries as a Tool to Study Specificity of Phosphorylation and Recognition of Tyrosine Containing Peptides Luciana Dente1, Costantino Vetriani1, Adriana Zucconi
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Document Date: 2003-12-11 18:43:18

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Fyn / Milano / Rome / Nicosia / Cambridge / Harrison / Upsala / Mosser / Baltimore / /

Company

P W Consensus G T T F S A / Q T V P A L N S A T / Rai / S R T L H R S A / Upstate Biotechnology Inc / N. & Courtnedge S. A. / Academic Press Limited / R. A. & Cantley L. C. / S. E. & Cantley L. C. / B. J. & Cantley L. C. / CRC Press / mCi / Transduction Laboratory / B. & Cantley L. C. / /

Country

United States / Italy / Sweden / /

Currency

pence / USD / /

Event

FDA Phase / /

Facility

modi®ed library / European Institute of Oncology / Pier Giuseppe Pelicci2 / terminus of pVIII / /

IndustryTerm

experimental protocol / carrier capsid protein / phage display technology / /

Organization

European Institute of Oncology / Department of Experimental Oncology / /

Person

Kohl / Smith / /

Position

*Corresponding author / King / Hunter / G. P. / P.G.P. / /

Product

polyethylene glycol / phosphorylated / /

ProvinceOrState

South Dakota / Kentucky / South Carolina / /

Technology

alpha / phage display / electrophoresis / genetic code / antibodies / DNA sequencing / cloning / experimental protocol / gel electrophoresis / phage display technology / /

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