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Your search keyword '"Casey, Valerie A."' showing total 13 results
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13 results on '"Casey, Valerie A."'

7. Trans Fatty Acids: Current Contents in Canadian Foods and Estimated Intake Levels for the Canadian Population

Author

Ratnayake, W M Nimal, primary, L'Abbe, Mary R, additional, Farnworth, Sara, additional, Dumais, Lydia, additional, Gagnon, Claude, additional, Lampi, Brian, additional, Casey, Valerie, additional, Mohottalage, Dayani, additional, Rondeau, Isabelle, additional, Underhill, Lynne, additional, Vigneault, Michele, additional, Lillycrop, William, additional, Meleta, Mary, additional, Wong, Lynn Y, additional, Ng, Tran, additional, Gao, Yu, additional, Kwong, Keri, additional, Chalouh, Shirley, additional, Pantazopoulos, Peter, additional, Gunaratna, Hasantha, additional, Rahardja, Adeline, additional, Blagden, Richard, additional, Roscoe, Veronica, additional, Krakalovich, Thomas, additional, Neumann, Gary, additional, and Lombaert, Gary A, additional

Published
2009
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11. The Designer's Dilemma.

Author

Casey, Valerie

Subjects
PUBLISHED reprints, DESIGNERS, CONTRACTS, DESIGN
Abstract

The article presents a reprint of the article "The Designer's Dilemma," by Valerie Casey, which appeared in a previous issue of the journal. Casey's article presents information about the Designers Accord. The Accord is made up of more than 150,000 members of the creative community representing 100 nations and different design disciplines. It has been adopted by many major design firms.

Published
2009
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12. Determination of Benzene in Soft Drinks and Other Beverages by Isotope Dilution Headspace Gas Chromatography/Mass Spectrometry.

Author

Xu-Liang Cao, Casey, Valerie, Seaman, Steve, Tague, Brett, and Becalski, Adam

Subjects
*BENZENE, *SOFT drinks, *GAS chromatography, *MASS spectrometry, *SPECTRUM analysis
Abstract

The article describes the development of an automated, simple and reproducible method for the determination of benzene in soft drinks, based on isotope dilution headspace gas chromatography/mass spectrometry in the selected-ion monitoring mode. The highest level of benzene was found in a soft drink product specifically marketed to children.

Published
2007

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