Short-term satiety of brown rice and milled rice
Issue Date
4-2016
Abstract
The study was conducted to determine the short-term satiety of brown and milled rice forms of modern Philippine rice varieties of wider range of apparent amylose content (AC) types, and differing in glycemic index (GI). Brown and milled rice representing waxy, Low-AC, intermediate-AC and high-AC types were cooked to comparable hardness by adjusting ware-rice ratio. The rice samples were subjected to estimation of satiety in 12 normal Filipino subjects using a randomized, crossover study design. Short-term satiety indexes used were: 1) satiety quotient (SQ) for four parameters, namely hunger, fullness, desire to eat, and prospective consumption; 2) overall satiety index (SI); and 3) 2-h post meal common cooked rice intake. SQ for the four parameters and SI were comparable across AC types. Consistent with earlier studies, milled rice satiety was independent of AC, as well as of the GI. Meanwhile, there was a tendency for both SQ and SI to be higher in brown rice than in milled rice, and SI had strong positive correlation with dietary fiber (DF) content. Contrary however to hypothesis, the higher SQ and SI for brown rice was not translated into lower subsequent food intake after 2 h. Common cooked rice intake was not affected by DF content. Cooking method, water-rice ratio, water content, hardness (tenderness) and stickiness of cooked rice may have complicated the findings. These have to be further elucidated, together with the roles of cognitive cues and sensory qualities. Follow-up studies of longer duration and to include physiological biomarkers are likewise suggested.
Source or Periodical Title
Philippine Journal of Crop Science
ISSN
0115-463x
Volume
41
Issue
1
Page
52-59
Document Type
Article
Frequency
tri-quarterly
Physical Description
tables, graph
Language
English
Recommended Citation
Felix, Angelina dR.; Tuaño, Arvin Paul P.; Mallillin, Aida C.; Trinidad, Trinidad P.; and Juliano, Bienvenido O., "Short-term satiety of brown rice and milled rice" (2016). Journal Article. 4895.
https://www.ukdr.uplb.edu.ph/journal-articles/4895