Dario A C, Salgado J M
Sector de Nutrição Humana e Alimentos, Escola Superior de Agricultura, Luiz de Queiroz, Universidade de São Paulo, Brazil.
Plant Foods Hum Nutr. 1994 Sep;46(2):181-6. doi: 10.1007/BF01088771.
Chemical and nutritional characteristics of irradiated and nonirradiated cowpea bean at 0.2 kGy submitted to several thermal treatments were studied. The cowpea bean flours irradiated at 0.2 kGy were superior to those non-irradiated concerning digestibility and the flours submitted to microwave oven were superior to those cooked under low pressure, autoclaved or even raw from the nutritional point of view. As to the presence of anti-nutritional factors, the results showed that the variety of cowpea bean under research presented neither trypsin inhibitor nor haemagglutinin activity, however, regarding tannin, a 0.006% content was found and considered negligible.
研究了经0.2千戈瑞辐照和未辐照的豇豆在几种热处理条件下的化学和营养特性。从消化率方面来看,经0.2千戈瑞辐照的豇豆粉优于未辐照的豇豆粉;从营养角度而言,经微波炉处理的豇豆粉优于低压煮熟、高压灭菌甚至生的豇豆粉。关于抗营养因子的存在,结果表明,所研究的豇豆品种既没有胰蛋白酶抑制剂活性,也没有血凝素活性,然而,就单宁而言,发现其含量为0.006%,可忽略不计。