새싹인삼의 필름포장과 가스조성이 품질특성에 미치는 영향
Effects of Film Packaging and Gas Composition on the Distribution and Quality of Ginseng Sprouts
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Background: Ginsenosides, which have various physiological activities, are known to be abundant in the leaves and roots of ginseng. Ginseng sprouts can be used as a fresh vegetable and roots, stems, and leaves of ginseng can be consumed. This study aimed to investigate the effect of carbon dioxide treatment and the modified atmosphere (MA) packaging method in suppressing quality deterioration during the distribution of ginseng sprouts. Methods and Results: Ginseng sprouts were packed using Styrofoam, barrier film + non gas treatment, barrier film + gas treatment, 15 ㎛ polyamide (PA) double film + non gas treatment, 15 ㎛ PA double film + gas treatment, 25 ㎛ PA film + non gas treatment, or 25 ㎛ PA film + gas treatment. Quality parameters including gas composition, relative humidity, chlorophyll SPAD (Soil Plant Analysis Development) value, firmness, and rate of quality loss in ginseng sprouts were monitored at the following temperatures: 20℃, and 10℃. Ginseng sprouts packaged with 25 ㎛ PA film showed loss in quality because of wilting owing to low relative humidity within the film. Chlorophyll and firmness did not differ between film and gas treatments. The time point at which the combined loss from softening and decay owing to fungal, and bacterial infection and wilt reached 20% was considered the limit of distribution. At 20℃, the packaging not included in the 20% distribution loss rate limit or up to 7 days was 15 ㎛ PA double film + gas treatment. At 10℃ , the packaging not included in the 20% distribution loss rate limit for up to 18 days were barrier film + gas treatment and 15 ㎛ PA double film + gas treatment. Conclusions: The film packaging suitable for the distribution of ginseng sprouts was found to be the barrier film and PA film with low gas permeability and maintaining hygroscopicity at 95% relative humidity. To prevent the loss in quality of ginseng sprouts, gas treatment (8% of O2 and 18% of CO2) in the film was found to be more suitable than no gas treatment for inhibition of decay.
Abstract
Background: Ginsenosides, which have various physiological activities, are known to be abundant in the leaves and roots of ginseng. Ginseng sprouts can be used as a fresh vegetable and roots, stems, and leaves of ginseng can be consumed. This study aimed to investigate the effect of carbon dioxide treatment and the modified atmosphere (MA) packaging method in suppressing quality deterioration during the distribution of ginseng sprouts. Methods and Results: Ginseng sprouts were packed using Styrofoam, barrier film + non gas treatment, barrier film + gas treatment, 15 ㎛ polyamide (PA) double film + non gas treatment, 15 ㎛ PA double film + gas treatment, 25 ㎛ PA film + non gas treatment, or 25 ㎛ PA film + gas treatment. Quality parameters including gas composition, relative humidity, chlorophyll SPAD (Soil Plant Analysis Development) value, firmness, and rate of quality loss in ginseng sprouts were monitored at the following temperatures: 20℃, and 10℃. Ginseng sprouts packaged with 25 ㎛ PA film showed loss in quality because of wilting owing to low relative humidity within the film. Chlorophyll and firmness did not differ between film and gas treatments. The time point at which the combined loss from softening and decay owing to fungal, and bacterial infection and wilt reached 20% was considered the limit of distribution. At 20℃, the packaging not included in the 20% distribution loss rate limit or up to 7 days was 15 ㎛ PA double film + gas treatment. At 10℃ , the packaging not included in the 20% distribution loss rate limit for up to 18 days were barrier film + gas treatment and 15 ㎛ PA double film + gas treatment. Conclusions: The film packaging suitable for the distribution of ginseng sprouts was found to be the barrier film and PA film with low gas permeability and maintaining hygroscopicity at 95% relative humidity. To prevent the loss in quality of ginseng sprouts, gas treatment (8% of O2 and 18% of CO2) in the film was found to be more suitable than no gas treatment for inhibition of decay.
참고문헌 (20)
- 안선은, "수확 후 고농도 CO2 단기처리가 ‘매향’ 딸기의 저장에 미치는 영향", Korean Journal of Agricultural Science, 41(1), pp.9~16 (2014), 농업과학연구소[DOI]
- 최병민, "콩의 탈습 평형함수율", 평형상대습도, 2008, pp.15(1), 74~78[DOI]
- 최병민, "보리의 평형함수율", 평형상대습도에 관한 연구, 2018, pp.25(5), 543~548[DOI]
- 최재을, "인삼 지상부의 채취시기에 따른 사포닌조성 비교", 한국약용작물학회지, 17(4), pp.251~256 (2009), 한국약용작물학회
- Costa C, "Effects of passive and active modified atmosphere packaging conditions on readyto-eat table grape", Journal of Food Engineering, 102, pp.115~121 (2011)
- Del Nobile MA, "Respiration rate of minimally processed lettuce as affected by packaging", Journal of Food Engineering, 74, pp.60~69 (2006)
- 전소윤, "새싹채소 및 쌈채소의 선호도 및 소비실태", Food Science and Preservation, 19(5), pp.783~791 (2012), 한국식품저장유통학회
- Jung HB, "Processing and quality characteristics of the high value-added seafood products using Panax ginseng sprout", Ph. D., pp.2018
- 정승훈, "기체투과도가 다른 포장재로 포장한 ‘엘리오트’ 블루베리와 ‘설향’ 딸기의 냉장 저장 중 품질 변화", 한국식품영양과학회지, 43(6), pp.901~908 (2014), 한국식품영양과학회
- 김덕숙, "새싹채소의 생리활성 특성 및 그 가공품의 제조", 한국식품조리과학회지, 26(3), pp.238~245 (2010), 한국식품조리과학회
- Kim IS, "Study on the chemical change of amino acid and vitamin of rapeseed during germination", Journal of Korean Society of Food Science and Nutrition, 26, pp.1058~1062 (1997)
- 김지강, "수확 후 CO2 처리 시기 및 농도에 따른 ‘설향’ 딸기 저장 중 품질변화", Food Science and Preservation, 23(1), pp.12~19 (2016), 한국식품저장유통학회
- 김성민, "수분 및 온도가 폴리아미드66", 유리섬유 복합소재의 재결정화 및 물성변화에 미치는 영향, 2015, pp.39(6), 880~888[DOI]
- 이혜은, "재배조건에 따른 어린잎 채소 ‘다채’의 수확 후 품질변화", Food Science and Preservation, 16(5), pp.699~704 (2009), 한국식품저장유통학회
- 이경숙, "새싹채소의 기호도 및 이용 실태", 동아시아식생활학회지, 24(6), pp.896~905 (2014), 동아시아식생활학회[DOI]
- Park MY, "A study on the optimization of wild-simulated ginseng in the forest", Master, pp.2017
- 박소윤, "Polyamide 6의 탄성계수에 대한 실험 온도와 수분 흡수의 영향", 한국자동차공학회 논문집, 27(4), pp.291~299 (2019), 한국자동차공학회[DOI]
- 성봉재, "하우스에서 재배된 새싹인삼의 재배시기별 생육, 유효성분 및 물성의 변화", 한국약용작물학회지, 27(2), pp.126~135 (2019), 한국약용작물학회[DOI]
- Waghmare RB, "Combined effect of chemical treatment and", or modified atmosphere packaging(MAP)on quality of fresh-cut papaya, 2013, pp.85, 147~153
- Yahara S, "Further study on dammarane-type saponins of roots, leaves, flower-buds, and fruits of Panax ginseng C. A. Meyer", Chemical and Pharmaceutical Bulletin, 27, pp.88~92 (1979)