Klaus Riediger - Academia.edu (original) (raw)

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Papers by Klaus Riediger

Research paper thumbnail of Food poisoning due to Jimson weed mimicking Bacillus cereus food intoxication in Austria, 2006

International Journal of Infectious Diseases, 2007

Research paper thumbnail of assessment of second generation GMOs

Research paper thumbnail of Nutrition challenges ahead

Research paper thumbnail of A Quantitative Analytical Method for the Identification and Characterization of Mineralized Nanoparticles in Food Supplements

Solid State Phenomena, 2012

Food supplements play an increasing role in the nanofood market because improvement of effectiven... more Food supplements play an increasing role in the nanofood market because improvement of effectiveness and efficiency of delivery of bioactive compounds is presumed. An electron microscopic method based on the international Standard ISO 13322-1:2004 was developed for controlling and documenting size, size distribution, surface structure, shape and aggregation state of mineralized food supplement particles. For particle size distribution, a combination of conventional TEM- and SEM-methods, which allows identifying the size distribution of the whole product, is described.

Research paper thumbnail of Risk assessment of Second Generation GMOs

Research paper thumbnail of Food poisoning due to Jimson weed mimicking Bacillus cereus food intoxication in Austria, 2006

International Journal of Infectious Diseases, 2007

Research paper thumbnail of assessment of second generation GMOs

Research paper thumbnail of Nutrition challenges ahead

Research paper thumbnail of A Quantitative Analytical Method for the Identification and Characterization of Mineralized Nanoparticles in Food Supplements

Solid State Phenomena, 2012

Food supplements play an increasing role in the nanofood market because improvement of effectiven... more Food supplements play an increasing role in the nanofood market because improvement of effectiveness and efficiency of delivery of bioactive compounds is presumed. An electron microscopic method based on the international Standard ISO 13322-1:2004 was developed for controlling and documenting size, size distribution, surface structure, shape and aggregation state of mineralized food supplement particles. For particle size distribution, a combination of conventional TEM- and SEM-methods, which allows identifying the size distribution of the whole product, is described.

Research paper thumbnail of Risk assessment of Second Generation GMOs

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