채소류(菜蔬類)의 식이성(食餌性) 섬유소(纖維素)의 함량(含量)과 물리적(物理的) 특성(特性)

Determination and Physical Properties of Dietary Fiber in Vegetables

  • 강태순 (경북대학교 식품가공학과) ;
  • 윤형식 (경북대학교 식품가공학과)
  • Kahng, Tae-Soon (Department of Food Science & Technology Graduate School, Kyungpook National University) ;
  • Yoon, Hyung-Sik (Department of Food Science & Technology Graduate School, Kyungpook National University)
  • 발행 : 1987.08.31

초록

일반적인 식용채소류인 무우잎, 배추, 시금치, 냉이, 고추잎, 콩잎, 양배추를 시료로 하여 건물양에 대한 DF값으로 NDF, ADF, Lignin, Hemicellulose, Cellulose의 함량을 조사한 결과 NDF는 $12.9{\sim}41.9%$, ADF는 $7.7{\sim}16.9%$ Lignin은 $0.9{\sim}7.6%$, Hemicellulose는 $2.9{\sim}25.0%$, Cellulose는 $6.3{\sim}12.7%$로서 고추잎, 들깨잎, 콩잎에서는 높은 수치를 나타내었다. 물성적 측면에서는 DF의 Water-Holding Capacity(WHC)와 밀도를 조사하였는데 시료의 Acetone Dried Powedr(ADP)의 WHC는 $6.6{\sim}10.4(gwater/g\;ADP)$였고 무우잎, 콩잎에서는 높은 값을 나타내었으며 고추잎, 들깨잎에서는 다소 낮은 편이었다. 밀도에서는 대체로 Direct(non-packed) 값은 Bulk(packed) density와 상응하였다.

Procedures for Dietary Fiber(DF) determination were applied to some common vegetables. The samples selected in this study were: Radish(Leaf), Chinese cabbage, Spinach, Shepherd's purse, Red pepper(Leaf), Perilla(Leaf), Soybean(Leaf) and Cabbage. DF was analyzed by the method of detergent fractionation. Values for NDF, ADF, Lignin, Hemicellulose, Cellulose were obtained. NDF for most samples was $12.9{\sim}27.4%$, except Soybean(Leaf) (41.9%), ADP was $7.7{\sim}16.9%$. Lignin was around $1.0{\sim}2.1%$; Red pepper (Leaf) (7.6%), Perillar(Leaf) (5.7%), Soybean(Leaf) (4.2%) were exceptions. $Hemicellulose(NDF{\sim}ADF)$ was about $2.9{\sim}12.0%$, except Soybean(Leaf) (25.0%). $Cellulose(ADF{\sim}Lignin)$ was $6.3{\sim}13.0%$. This paper describes two properties of the fiber of commonly eaten vegetables; Water-Holding Capacity(WHC) and Density. The capacity of the ADP to hold water was estimated. The WHC measurements differed from 6.6g per g of ADP for Red pepper(Leaf) to 10.4g per g of ADP for Radish(Leaf). Radish(Leaf), Soybean(Leaf) had the greatest WHC whereas Red pepper(Leaf), Perillar(Leaf) had the least. Two types of density determinations are shown. Direct (non-packed) values largely correspond with bulk(packed) density.

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