Nestlé Research Center receives The University of Tokyo Shokumon Award 2013
8 November 2013 | By Nestlé
The award acknowledges Nestlé’s continuous support to the University’s research and education programmes...
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8 November 2013 | By Nestlé
The award acknowledges Nestlé’s continuous support to the University’s research and education programmes...
9 October 2013 | By Nestlé
“People who have visceral obesity are recognised as being at higher risk of developing certain related illnesses...”
4 July 2012 | By Serge Rezzi, Bioanalytical Science Department, Nestlé Research Centre
Since the pioneer discovery of nuclear magnetic resonance (NMR) spectroscopy by Isidor Rabi in 1938, it has become a central analytical technology in multiple scientific domains of chemistry, physics and biology. Uniquely suited to measure the spin properties of magnetically active nuclei, NMR has emerged as a very popular technique…
3 July 2012 | By François Bourdichon and Katia Rouzeau, Food Safety Microbiology, Quality and Safety Department, Nestlé Research Centre
‘Something is fishy’ is a widely used expression over a doubtful, suspicious situation, a good example of how mankind has taken advantage of microbial spoilage to assess the wholesomeness of a food product. The reduction of trimethylamine oxide to trimethylamine by bacteria associated primarily with the marine environment (e.g. Alteromonas…
10 September 2009 | By D. Labbe & N. Martin, Department of Food Consumer Interaction, Nestlé Research Centre
Refreshing in foods and drinks is a perception strongly related to mouth state after product consumption. Oral dryness and roughness are lingering perceptions negatively related to refreshing perception whereas mouth wetting perception is a positive driver of refreshing perception. Since saliva seems to be related to mouth wetting, we explored…
28 February 2008 | By Dr. John D. Marugg, Nestlé Research Centre, Quality and Safety Department, Microbiological Safety Group, Switzerland
Food manufacturers face challenges in optimising speed and efficiency, reducing product inventory, simultaneously responding to microbiological and chemical contaminants and entering the production process, via ingredients or the environment. Currently, most official or reference methods for pathogen or contaminant detection are laborious, costly, and often take a long time (3-7…
6 November 2006 | By Julia Strassburg, Nestle Research Center, Vers-chez-les-Blanc, Gottfried Ziegleder, Fraunhofer Institut Verfahrenstechnik und Verpackung and Steve Beckett, Nestle R&D Centre York
Unfinished crystallisation in freshly produced chocolates is one of the major reasons for fat bloom, especially for filled products. Chocolate shells, if insufficiently crystallised, show reduced resistance to oil-migration of fillings. The influence of two production parameters, cooling tunnel time and storage temperature, on the finished state of chocolates is…