earticle

영어

The changes of lipid components in apple peels which effects physiological characteristic in apple storage, and pigment which is important base in quality, were investigated in terms of temperature and pressure. The results obtained were as follows ; The contents of total lipid of Ralls which is resistant to cold temperature were higher than those of Fuji. The contents of total lipid of Fuji and Ralls were decreased up to about 60 days and then increased up to the final stage of storage. Especially, the increasing rate at low temperature storage was greater than at normal temperature storage. In the case of Fuji, the contents of neutral lipid of normal temperature were increased up to 90 days, while those of low temperature were decreased up to 60 days and then increased up to 90 days. The contents of glycolipid, in both Fuji and Ralls were decreased up to about 30 days and then increased up to about 60 days and the decreased up to 90 days. The contents of phospholipid in Fuji were decreased during storage, while those in Ralls were appeared very slight changes. The ratios of unsaturated fatty acid to saturated fatty acids in neutral lipid of Fuji were decreased during storage, but those of Ralls were increased. Those of glycolipid of Fuji were decreased up to 60 days and then increased up to 90 days, while those in Ralls were increased during storage. In both Fuji and Ralls, those of phospholipid increased during storage and were high in order of sub-atmospheric pressure at (SAP-L), normal atmospheric pressure at (NAP-L), sub-atmospheric pressure at (SAP-N) and normal atmospheric pressure at (NAP-N) for storage condition. The contents of chlorophyll of Ralls were higher than those of Fuji and the decreasing rate was the lowest in SAP-L. The changes of carotenoid and anthocyanin contents were the greatest increasing at NAP-N and colouring was delayed at SAP-L.

한국어

사과의 감압저장중(減壓貯藏中) 저장생리(貯藏生理)에 영향을 미치는 과피지질(果皮脂質)과 품질(品質)의 측도(測度)가 되는 색소(色素)의 변화(變化)에 대해 조사(調査)한 결과(結果)는 다음과 같다. 전지질(全脂質) 함량(含量)은 국광(國光)이 Fuji보다 높았으며, 두 품종(品種) 모두 저장(貯藏) 60일(日)까지 감소(減少)하다가 저장말기(貯藏末期)까지는 증가(增加)하였으며 특히 저온구(低溫區)에서 변화(變化) 폭(幅)이 현저하였다. 중성지질(中性脂質) 함량(含量)은 Fuji의 상온구(常溫區)에서는 전반적(全般的)으로 증가(增加)하였고 저온구(低溫區)에서는 60일(日)까지 감소(減少)하다가 그 이후(以後)로는 증가(增加)하였으며 국광(國光)은 60일(日)까지 약간씩 감소(減少)하다가 그 이후(以後)로는 증가(增加)하였다. 당지질(糖脂質)은 두 품종(品種) 모두 30일(日)까지 감소(減少)한 후(後) 60일(日)까지는 증가(增加)하였다가 저장말기(貯藏末期)까지는 감소(減少)하였는데, 저온구(低溫區)에서 변화폭(變化幅)이 더 컸다. 인지질(燐脂質)은 Fuji에서 전반적(全般的)으로 감소(減少)하는 경향이었고 국광(國光)에서는 저장전반(貯藏全般)을 통해 변화(變化)가 거의 없었다. 포화지방산(飽和脂肪酸)에 대한 불포화지방산(不飽和脂肪酸)의 함량비(含量比)는 중성지질(中性脂質)에서 Fuji는 감소(減少)하였으나 국광(國光)은 증가(增加)하였고, 당지질(糖脂質)에서 Fuji는 60일(日)까지 감소(減少)한 후(後) 저장말기(貯藏末期)까지 증가(增加)하였고 국광(國光)은 저장전반(貯藏全般)에 걸쳐 증가(增加)하였다. 인지질(燐脂質)의 경우는 두 품종(品種) 모두 전반적(全般的)으로 증가(增加)하는 경향(傾向)이었으며 SAP-L, NAP-L, SAP-N, NAP-N 순(順)으로 비율(比率)이 높았다. Chlorophyll 함량(含量)은 국광(國光)이 Fuji보다 다소 높았고 저온감압구(低溫減壓區)에서 감소(減少) 경향(傾向)이 가장 적었다. Carotenoid, anthocyanin의 함량변화(含量變化) 상온상압구(常溫常壓區)에서 증가폭(增加幅)이 가장 컸으며 저온감압구(低溫減壓區)는 착색(着色)이 가장 지연(遲延)되었다.