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Institute of Food Technologist

J. ZaUie, Proceedings ofTTI Eastern Institute of Food Technologists, Baltimore, Md., 1991, pp. 42. [Pg.120]

The type of food and its processing affect flavoring efficiency therefore, flavor materials must be taste-tested in the food itself. Because there has been a lack of standardization of testing techniques, a committee on sensory evaluation of the Institute of Food Technologists has offered a guide (112) which is designed to help in developing standard procedures. [Pg.19]

J. A. Torres, "Protein PunctionaHty in Pood Systems," in N. Hettiarachy and G. Ziegler, eds.. Proceedings of the 1993 Institute of Food Technologists Basic Symposium, IPT/Marcel Dekker, Inc., New York, 1994. [Pg.461]

Evaluation of Caffeine Safety, Institute of Food Technologists Expert Panel on Food Safety and Nutrition, Institute of Food Technologists, Chicago,... [Pg.391]

Pordesimo, L. O. and Onwulata, C. 1. (2008). Whey texturization for snacks. In T/Vhey Processing, Functionality and Health Benefits", (C. 1. Onwulata and P. J. Huth, Eds). Wiley-Blackwell and institute of food technologists press, Danvers, MA. [Pg.199]

Lime, B. J. Preparation and storage studies of freeze-dried avocado salad. Food Technology V. 23, p. 43 16. 1969. Copyright 1969 Institute of Food Technologists, Chicago IL, USA... [Pg.248]

Argaiz, A., Welti, J., and Lopez-Malo, A. 1996. Effect of syrup reuse on the quality of fruit preserved by combined methods. In IFT Annual Meeting Book of Abstracts , p. 101. Institute of Food Technologists, Chicago. [Pg.226]

Figure 1. Peanut flours and chips prepared from the flours. Reproduced with permission from Ref. 2. Copyright 1980, Institute of Food Technologists. Figure 1. Peanut flours and chips prepared from the flours. Reproduced with permission from Ref. 2. Copyright 1980, Institute of Food Technologists.
Taliaferro p j (1995), Monosodium glutamate and the Chinese restaurant syndrome a review of food additive safety J Environ Health, 57(10), 8-12. taylor s l and bush r K (1986), Sulfites as food ingredients, a Scientific Status Summary by the Institute of Food Technologists Expert Panel on Food Safety Nutrition , Food Technol, 40(6), 47-52. taylor s L and hefle s l (2001), Food allergies and other sensitivities, a Scientific Status Summary by the Institute of Food Technologists Expert Panel on Food Safety Nutrition , Food Technol, 55(9), 68-83. [Pg.169]

Figure 1.20 Centrifugal fluidized bed. From Hanni et al. (1976), by permission of the Institute of Food Technologists, USA. Figure 1.20 Centrifugal fluidized bed. From Hanni et al. (1976), by permission of the Institute of Food Technologists, USA.
Figure 11.2 Diagram showing the three locations of oil in the crust of a fried potato piece according to Bouchon et al. (2003) (used by permission of the Journal of Food Science, Institute of Food Technologists). Figure 11.2 Diagram showing the three locations of oil in the crust of a fried potato piece according to Bouchon et al. (2003) (used by permission of the Journal of Food Science, Institute of Food Technologists).
Powers, J. J. Sensory Evalution Methods for the Practicing Food Technologist Johnston, M. R., Ed. Institute of Food Technologists Chicago, 1979 p (9) 1-17. [Pg.129]

The fortification of these milk products with vitamin A is endorsed by the American Medical Association, with the concurrence of the Food and Nutrition Board, National Academy of Sciences, National Research Council and the Expert Panel on Food Safety and Nutrition of the Institute of Food Technologists (AMA 1982). The fortification of dried skim milk with vitamin A is viewed by the World Health Organization and the Food and Agricultural Organization (WHO 1977) as an important measure to combat vitamin A deficiency in developing countries, where 20,000 to 100,000 children yearly develop blindness from a lack of vitamin A in their diets (DeLuca et al. 1979). [Pg.370]

Fig. 8. A typical commercial soy protein isolate process. The soy proteins are extracted with alkali, precipitated with acid, washed with water, redispersed and dried. (Reprinted with permission from [14], 1989 Institute of Food Technologists)... Fig. 8. A typical commercial soy protein isolate process. The soy proteins are extracted with alkali, precipitated with acid, washed with water, redispersed and dried. (Reprinted with permission from [14], 1989 Institute of Food Technologists)...
In 1974. the Northern Regional Research Center (Peoria. Illinoisi nf the U.S. Department of Agriculture and the Kelco Company were joint recipients of the Institute of Food Technologists award for the development and commercialization of xanthati gum See also Xanthan Gum. This gum differs hy virtue of its production by pure-culture fermentation of a carbohydrate as contrasted with refilling a naturally occurring substance. [Pg.749]

Shallehbeiger, R.S. Predicting Sweetness from Chemical Structure and Knowledge of the C lie mo reception Mechanism of Sweetness, Institute of Food Technologists Symposium. Saint Louis. MO, 1979. [Pg.1591]

Makower, B. and Myers, S. 1943. A new method for the determination of moisture in dehydrated vegetables. Proceedings of Institute of Food Technologists, 4th Conference, vol. 156. [Pg.66]

Gruen, I.U., Fernando, L.N., and Mobley, S.Y. 1998. Application of solid phase microextraction to the analysis of warmed over flavor in beef. Presented at Annual Meeting, Institute of Food Technologists, Atlanta, Ga., June 20-24. [Pg.538]

Figure F3.3.3 Comparison of subjective sensory assessment (A percent discoloration) and objective colorimetric evaluation (B hue angle). Beef was obtained from cattle supplemented with 0 (E-0), 500 (E-500) or 2000 (E-2000) IU a-tocopherol acetate per head per day. The a-tocopherol demonstrated a color preservation effect. Hue angle was calculated as [tan-1(b7a )] (36072rc). Standard error bars are indicated. Adapted from Chan et al. (1995), with permission from the Institute of Food Technologists. Figure F3.3.3 Comparison of subjective sensory assessment (A percent discoloration) and objective colorimetric evaluation (B hue angle). Beef was obtained from cattle supplemented with 0 (E-0), 500 (E-500) or 2000 (E-2000) IU a-tocopherol acetate per head per day. The a-tocopherol demonstrated a color preservation effect. Hue angle was calculated as [tan-1(b7a )] (36072rc). Standard error bars are indicated. Adapted from Chan et al. (1995), with permission from the Institute of Food Technologists.
Figure F4.4.2 HPLC chromatogram of chlorophyll derivatives separated using the Alternate Protocol. Peak identifications 1, chlorophyllide if 2, chlorophyllide a 2, chlorophyllide a" 3, pheophorbide tr, 3, pheophorbide if 4, pyropheophorbide b 5, pheophorbide a 5, pheophorbide a 6, pyropheophorbide a 7, chlorophyll tr, 7, chlorophyll if 8, chlorophyll a 8, chlorophyll a 9, pheophytin tr, 9, pheophytin tf 10, pyropheophytin tr, 11, pheophytin a 11, pheophytin a 12, pyropheophytin a. Reproduced from Canjura et al. (1991) with permission from the Institute of Food Technologists. Figure F4.4.2 HPLC chromatogram of chlorophyll derivatives separated using the Alternate Protocol. Peak identifications 1, chlorophyllide if 2, chlorophyllide a 2, chlorophyllide a" 3, pheophorbide tr, 3, pheophorbide if 4, pyropheophorbide b 5, pheophorbide a 5, pheophorbide a 6, pyropheophorbide a 7, chlorophyll tr, 7, chlorophyll if 8, chlorophyll a 8, chlorophyll a 9, pheophytin tr, 9, pheophytin tf 10, pyropheophytin tr, 11, pheophytin a 11, pheophytin a 12, pyropheophytin a. Reproduced from Canjura et al. (1991) with permission from the Institute of Food Technologists.
From Kesterson and Braddock (1975) with permission from the Institute of Food Technologists. ... [Pg.1067]

Fig. 4 HPLC-TEA chromatograms for various A-nitrosamincs (=20 ng each). (A) (1) NDPhA, (2) A-ni-trosoethylphenylamine (NEPhA), (3) A-nitrosodicyclohexylamine, (4) NMA, (5) NDBzA, (6) A-nitrosodi-w-propylamine (NDPA), (7) A-nitrosobutyl-4-hydroxybutylamine, (8) dinitrosopentamethylenetetramine, (9) NDELA. (B) A meat extract showing the presence of NDBzA and traces of A-nitrosodi-w-butylamine (NDBA) (unresolved small peak preceding that of NDBzA). Conditions Column, 250 mm X 4.1 mm (ID) packed with LiChrosorb Si 100 (5 /un) mobile phase programming, 1% acetone in w-hexane initially, then linearly programmed to 40% acetone in w-hexane in 15 min, and then held 10 min. (Reproduced with permission from Ref. 67. Copyright 1988, Institute of Food Technologists.)... Fig. 4 HPLC-TEA chromatograms for various A-nitrosamincs (=20 ng each). (A) (1) NDPhA, (2) A-ni-trosoethylphenylamine (NEPhA), (3) A-nitrosodicyclohexylamine, (4) NMA, (5) NDBzA, (6) A-nitrosodi-w-propylamine (NDPA), (7) A-nitrosobutyl-4-hydroxybutylamine, (8) dinitrosopentamethylenetetramine, (9) NDELA. (B) A meat extract showing the presence of NDBzA and traces of A-nitrosodi-w-butylamine (NDBA) (unresolved small peak preceding that of NDBzA). Conditions Column, 250 mm X 4.1 mm (ID) packed with LiChrosorb Si 100 (5 /un) mobile phase programming, 1% acetone in w-hexane initially, then linearly programmed to 40% acetone in w-hexane in 15 min, and then held 10 min. (Reproduced with permission from Ref. 67. Copyright 1988, Institute of Food Technologists.)...
Very few immunosensors are commercially available. The commercial immunosensors are either the detector or bioanalyzer types. The PZ 106 immunosensor from Universal Sensors Inc. (New Orleans, LA) has been used as a detector to measure antibody-antigen reaction. Ohmicron (Newtown, PA) developed a series of pesticide immuno-bioanalyzers that have been used in field tests. Pharmacia Biosensor USA (Piscataway, NJ) recently introduced BIAcore immunodetection system. A combination of a unique flow injection device and surface plasmon resonance (SPR) detection technique provides a real time analysis. A carboxylmethyldextran layer added to plasmon generating gold film is a hydrophobic, activatable, and flexible polymer that provides high antibody and low non-specific bindings. System demonstration at the Institute of Food Technologists (IFT) 1994 meeting in Atlanta drew attention of food scientists. It should easily be adapted for food protein characterization. [Pg.339]

Schroeder, C. W., Beltran, E. G., Effect of Irradiation on Cooking Time of Dehydrated Vegetables, Institute of Food Technologists, Annual Meeting, 1964. [Pg.161]

Food Science and Technology" Institute of Food Technologists Chicago, 1970 pp. 452-453. [Pg.266]


See other pages where Institute of Food Technologist is mentioned: [Pg.483]    [Pg.122]    [Pg.67]    [Pg.70]    [Pg.166]    [Pg.168]    [Pg.130]    [Pg.302]    [Pg.652]    [Pg.815]    [Pg.1705]    [Pg.1755]    [Pg.122]   
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