Hertfordshire / New York / Berlin / Amsterdam / Glasgow / London / /
Company
J. B. Press / Hewlett Packard / Pergamon Press / Oxford University Press / GlaxoSmithKline / ubiquitous LDA / Aldrich Chemical Company / /
Country
United Kingdom / Scotland / / /
Event
FDA Phase / Reorganization / /
Facility
University of Strathclyde / University of Wales / Cathedral Street / / /
IndustryTerm
carrier gas / silyl enol ether products / carbon-centred base protocols / desired products / Gas chromatography / protocol / vanillin solution / kinetic deprotonation product / pot protocol / enol ether product / possible applications / deprotonation protocol / colourless oil / silyl enol ether product / elimination products / Chemical shifts / addition products / Online Downloaded / carbon-centred magnesium base protocol / /
Organization
Medicines Research Centre / Royal Society of Chemistry / Department of Pure / University of Wales / University of Strathclyde / Oxford University / Department of Pure and Applied Chemistry / EPSRC Mass Spectrometry Service / /
Person
D. M. Kushlan / Crystal Faraday / R. R. Whittle / M. Parvez / A. D. Pajerski / Douglas Hayesb Downloaded / Mg / Grignard / H. G. Richey / Jr. / B. A. King / V. Rajan Babu / K. Krowicki / V / E. P. Squiller / William J. Kerr / J. B. Watsona / / /
Organic and Biomolecular Chemistry / Pure and Applied Chemistry / Synlett / /
Technology
previously developed protocol / developed carbon-centred base protocols / developed one-pot protocol / one pot protocol / deprotonation protocol / carbon-centred magnesium base protocol / http / Gas chromatography / efficient Mes2 Mgmediated deprotonation protocol / Flash / /
Strathprints Institutional Repository Kerr, William J. and Watson, Allan J. B. and Hayes, Douglas[removed]In situ generation of Mes2Mg as a non-nucleophilic carbon-centred base reagent for the efficient one-pot conversi