Hussein L, Abbassy M, Arafa A, Morcos S R
Z Ernahrungswiss. 1979 Dec;18(4):275-85. doi: 10.1007/BF02020518.
The amino acid analysis revealed that wheat grains, white and dark flour, baladi bread prepared from white or dark flour, bread prepared from formulae enriched with gluten and biscuits are poor in lysine with chemical scores ranging between 20 and 49. The assessment of the protein quality of wheat and related products was done by slope ratio bioassay. Results based on slopes relative to those of reference casein + methionine ranked bread prepared from dark flour and cooked wheat (belila) as the highest in their protein quality, followed by their parent; wheat (RNV = 44). Dietetic bread with gluten had RNV = 20-24; owing to its high protein content (38%), its utilizable protein approached that of good proteins (8%). Very high significant correlation existed between the two measures of response; gain in weight and net increase in body water as response of nitrogen intake.
氨基酸分析表明,小麦粒、白面粉和黑面粉、用白面粉或黑面粉制作的巴拉迪面包、用富含麸质的配方制作的面包以及饼干的赖氨酸含量较低,化学评分在20至49之间。通过斜率比生物测定法对小麦及相关产品的蛋白质质量进行了评估。基于相对于参考酪蛋白+蛋氨酸斜率的结果,将用黑面粉制作的面包和煮熟的小麦(贝莉拉)的蛋白质质量列为最高,其次是它们的母体——小麦(相对营养值=44)。含麸质的营养面包的相对营养值=20 - 24;由于其高蛋白含量(38%),其可利用蛋白质接近优质蛋白质(8%)。作为氮摄入量反应的两个反应指标——体重增加和身体水分净增加之间存在非常显著的相关性。