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United States Department of Agriculture

Agricultural Research Service

Title: Effect of Animal Production on Meat Quality

Author
item Solomon, Morse

Submitted to: Pacifichem Symposium
Publication Type: Book / Chapter
Publication Acceptance Date: December 11, 2001
Publication Date: January 7, 2004
Citation: SOLOMON, M.B. EFFECT OF ANIMAL PRODUCTION ON MEAT QUALITY. SHAHIDI, F., SPANIER, A.M., HO, C., BRAGGINS, T., EDITORS. KLUWER ACADEMIC/PLENUM PUBLISHERS, NEW YORK, NY. ADVANCES IN EXPERIMENTAL MEDICINE AND BIOLOGY - QUALITY OF FRESH AND PROCESSED FOODS. 2004. V. 542. P. 1-23.

Interpretive Summary: Biotechnology is the implementation of biological sciences for the improvement of technology. Use of science for the improvement of muscle foods has involved natural selection of dominant traits, selection of preferred traits by crossbreeding, the use of endogenous and exogenous growth factors and ultimately gene manipulation to produce desirable changes in meat/carcass quality and yield. Until recently, improvements in the quality of meat products that reached the market place were largely the result of postharvest practices. Extensive postharvest efforts have been implemented to improve or to control the tenderness, flavor and juiciness. Tenderness, flavor, and juiciness are the sensory attributes that make meat products palatable. A wide range of biotechnology strategies for altering the balance between lean and adipose tissue growth and deposition in meat-producing animals are available. These include genetic selection and management (production) strategies. More recently, the confirmation of the growth-promoting and nutrient repartitioning agents have given rise to a technological revolution for altering growth and development in meat- producing animals.

Technical Abstract: Potential for the manipulation of growth and composition of farm animals has never been greater than at present due to the wide array of strategies for altering the balance between lean and fat. Discoveries of repartitioning effects of somatotropin (growth hormone), select B- adrenergic agonists, as well as the variety of growth-promoting agents, and dgene manipulation techniques (transgenic animals) and most recently cloning, offer a wide range of strategies. Although progress is being made, much more needs to be accomplished. Eating quality and food safety must not be compromised as meat animals are designed and developed using these biotechnological approaches.

Last Modified: 11/22/2014
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