ALTHOUGH freeze-dried chicken has highly acceptable flavor, color and storage stability, a dry and tough texture often remains after rehydration. This deficiency in texture has been attributed to the loss of water holding capacity by the muscle proteins, and protein denaturation during drying was suggested as the cause of this loss (Brooks, 1958). According to Hamm and Deatherage (1960), the decreased ability of meat proteins to rehydrate was usually due to the formation of an excessive amount of electrostatic and hydrogen bonds between actin and myosin in the myofibrillar filaments. Connell (1957) suggested that increases in toughness and a loss of gel-forming ability in dehydrated fish might be due to increased crosslinking of protein chains. He proposed that this could also cause dryness, due to poor water-binding capacity. Gawronski et al. (1964) concluded that sulfhydryl/disulfide exchange had an important role in post-rigor tenderization. Kahn and van den Berg (1965) recently …
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Wells et al. (1966) studied this question.
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