Abstract
ABSTRACTCommercial makers of kamaboko, a traditional Japanese preparation of gelled cooked fish meat, have observed that when slivers of the edible Judas' ear mushroom (Auricularia auricula‐judue (Fr.) Quel) are incorporated into the gel without being cooked first, the gel tends to have an unsatisfactory texture. Experiments with casein as substrate have already shown that this mushroom has a proteinase. We showed that the proteinase acted on fish myofibrillar proteins, including myosin, actin, and tropomyosin. In kamaboko containing Judas' ear mushroom uncooked, fish proteins were hydrolyzed and gel strength decreased. The results showed that the decrease in gel strength was caused by the hydrolysis of fish proteins by the proteinase.
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