EP1666097-A2  TAYLOR FRONT. FLV. SCI. pages 255 - 260;  TAYLOR, A.J. FOOD CHEM. vol. 71, 2000, pages 327 - 338US8337818-B2  Taylor, A.J. et al.,&#x201c;Flavour Analysis Under Dynamic Conditions: Measuring the True Provile Sensed by Consumers&#x201d;, pp. 255-260.;  Brahms et al., 1996,&#x201c;Investigation of the Interaction between Dentifrice Flavor and Product Base by Principal Component Analysis of Headspace-Gas Chromatography,&#x201d; Flavor-Food Interactions 633:73-86.;  Cook et al., 2003,&#x201c;Oral Shear Stress Predicts Flavour Perception in Viscous Solutions,&#x201d; Chem. Senses 28:11-23.;  Cook et al., 2003,&#x201c;Effects of Viscosity on Flavor Perception: A Multimodal Approach,&#x201d; Challenges in Taste Chemistry and Biology, American Chemical Society 867:240-253.;  Cook et al., 2003,&#x201c;Effects of Hydrocolloid Thickeners on the Perception of Savory Flavors,&#x201d; Journal of Agricultural and Food Chemistry.;  Davidson et al., 1999,&#x201c;Effect of Sucrose on the Perceived Flavor Intensity of Chewing Gum,&#x201d; J. Agric. Food Chem. 47:4336-4340.;  Grab, 2000,&#x201c;Flavorspace&#x2014;a New Technology for the Measurement of Fast Dynamic Changes of the Flavour Release During Eating,&#x201d; Front. Flavour Sci. [Proc. Weurman Flavour Res. Symp.], 9th Meeting Date 1999, P.E. Schieberle, Karl-Heinz. Garching, Germany, Deutsche Forschungsanstalt fuer Lebensmittelchemie: 261-270.;  Haahr et al., 2004,&#x201c;Release of Peppermint Flavour Compounds from Chewing Gum: Effect of Oral Functions,&#x201d; Physiology and Behavor 82(2,3):531-540.;  Halpern, 2004,&#x201c;When Are Oral Cavity Odorants Available for Retronasal Olfaction?&#x201d; Handbook of Flavor Characterization, F.S.A. Technology, New York, NY Marcel Dekker Inc. 131:51-63.;  Harvey et al., 2000,&#x201c;Real Time Flavour Release from Chewing Gum During Eating,&#x201d; Front. Flavour Sci. [Proc. Weurman Flavour Res. Symp.], 9th Meeting Date 1999, P.E. Schieberle, Karl-Heinz. Garching, Germany, Deutsche Forschungsanstalt fuer Lebensmittelchemie: 271-274.;  Hodgson et al., 2003,&#x201c;Simultaneous Real-Time Measurements of Mastication, Swallowing, Nasal Airflow, and Aroma Release,&#x201d; Journal of Agricultural and Food Chemistry 51:5052-5057.;  Hollowood et al., 2002,&#x201c;Taste Release and Its Eddect on Overall Flavor Perception,&#x201d; Chemistry of Taste, American Chemical Society 825:166-178.;  International Search Report and Written Opinion in International Application No. PCT/US05/038947 mailed May 31, 2006.;  Linforth, 2002,&#x201c;Modelling Flavor Release,&#x201d; Food Flavour Technology, A.J. Taylor, Sheffield, UK, Sheffield Academic Press pp. 185-209.;  Linforth et al., 2002,&#x201c;Retronasal Transport of Aroma Compounds,&#x201d; Journal of Agricultural and Food Chemistry 50:1111-1117.;  Linforth et al., 2004,&#x201c;Novel Mass Spectrometric Techniques for Monitoring Aroma Volatiles,&#x201d; Handbook of Flavor Characterization F.S.A. Technology New York, NY Marcel Dekker Inc. 131:401-409.;  Wright et al., 2003,&#x201c;Persistence Effects in Flavour Release from Liquids in the Mouth,&#x201d; International Journal of Food Science and Technology 38(3):343-350.;  Taylor, A.J. et al.,&#x201c;Atmospheric pressure chemical ionisation mass spectrometry for in vivo analysis of volatile flavour release&#x201d;, Food Chemistry, 2000, vol. 71, pp. 227-238.;  Taylor, AJ et al, Flavour analysis under dynamic conditions measuring the true profile sensed by consumers. in: Frontiers of Flavour Science (2000) (eds Schieberie and Heinze), Deutsche Forschungsanstalt fur Lenensmittel, Garching, Germany, pp. 255-260.