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Optimization of dry-aging conditions for chicken meat using the electric field supercooling system

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초록

This study was designed to determine the optimal aging conditions after analyzing the physicochemical and microbiological properties of dry-aged chicken breast using an electric field supercooling system (EFSS). Chicken breast was aged for up 5 weeks at three different temperatures (0℃, −1℃, and −2℃). Aging and trimming loss at −2℃ treatment showed lower values than at 0℃ and −1℃ treatments. Thiobarbituric acid reactive substances and volatile basic nitrogen in all treatments increased during the aging process but showed the lowest levels at −2℃. As a result of analysis of aerobic bacteria, it is microbiologically safe to dry-age for up to 2 weeks at 0℃ and up to 3 weeks at −1℃ and −2℃. Therefore, the dry-aged chicken breast with EFSS was optimally aged for 3 weeks at −2℃.

Abstract

This study was designed to determine the optimal aging conditions after analyzing the physicochemical and microbiological properties of dry-aged chicken breast using an electric field supercooling system (EFSS). Chicken breast was aged for up 5 weeks at three different temperatures (0℃, −1℃, and −2℃). Aging and trimming loss at −2℃ treatment showed lower values than at 0℃ and −1℃ treatments. Thiobarbituric acid reactive substances and volatile basic nitrogen in all treatments increased during the aging process but showed the lowest levels at −2℃. As a result of analysis of aerobic bacteria, it is microbiologically safe to dry-age for up to 2 weeks at 0℃ and up to 3 weeks at −1℃ and −2℃. Therefore, the dry-aged chicken breast with EFSS was optimally aged for 3 weeks at −2℃.

참고문헌 (30)

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