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과냉각 온도가 급속냉동-해동 처리된 돈육 등심의 저장성에 미치는 영향

Effect of supercooling on the storage stability of rapidly frozen-thawed pork loins

정영배|김진세|박해웅|박석호|천호현|최은지
한국식품저장유통학회 (The Korean Society of Food Preservation)|2017.04|Food Science and Preservation|제24권 제2호|pp. 168-180

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키워드

storagequalitythawingsupercoolingpork loin
주제분류식품과학

초록

This study was performed to determine the rapid thawing method for reducing the thawing time of frozen pork loins and to examine the effects of supercooling on the microbiological, physicochemical, and sensory qualities of fresh and frozen-thawed pork during storage at -1.5, 4, and 15℃. Forced-air thawing at 4℃ was the most time-consuming process, whereas radio frequency thawing time was the shortest by dielectric heating. The supercooling storage temperature was chosen to be -1.5℃ because microstructural damages were not observed in the pork sample after cooling at -1.5℃ for 24 h. Fresh or frozen-thawed pork loins stored at -1.5℃ had lower drip loss and total volatile base nitrogen, thiobarbituric acid-reactive substance, and Hunter b* levels than loins stored at 4 and 15℃. In addition, the least degree of increase in preexisting microorganisms counts of the fresh or frozen-thawed pork loin samples was obtained during supercooled storage at -1.5℃. Sensory quality results of fresh and frozen-thawed pork loin samples stored at -1.5℃ showed higher scores than the samples stored at 4 and 15℃. These data indicate that supercooling at -1.5℃ in the meat processing industry would be effective for maintaining the quality of pork meats without ice crystal nucleation and formation.

Abstract

This study was performed to determine the rapid thawing method for reducing the thawing time of frozen pork loins and to examine the effects of supercooling on the microbiological, physicochemical, and sensory qualities of fresh and frozen-thawed pork during storage at -1.5, 4, and 15℃. Forced-air thawing at 4℃ was the most time-consuming process, whereas radio frequency thawing time was the shortest by dielectric heating. The supercooling storage temperature was chosen to be -1.5℃ because microstructural damages were not observed in the pork sample after cooling at -1.5℃ for 24 h. Fresh or frozen-thawed pork loins stored at -1.5℃ had lower drip loss and total volatile base nitrogen, thiobarbituric acid-reactive substance, and Hunter b* levels than loins stored at 4 and 15℃. In addition, the least degree of increase in preexisting microorganisms counts of the fresh or frozen-thawed pork loin samples was obtained during supercooled storage at -1.5℃. Sensory quality results of fresh and frozen-thawed pork loin samples stored at -1.5℃ showed higher scores than the samples stored at 4 and 15℃. These data indicate that supercooling at -1.5℃ in the meat processing industry would be effective for maintaining the quality of pork meats without ice crystal nucleation and formation.

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