Title of article :
Health and nutritional status of Wistar rats following subchronic exposure to CV127 soybeans
Author/Authors :
Chukwudebe، نويسنده , , Amechi and Privalle، نويسنده , , Laura and Reed، نويسنده , , Andrew and Wandelt، نويسنده , , Christine and Contri، نويسنده , , Daniela and Dammann، نويسنده , , Martina and Groeters، نويسنده , , Sibylle and Kaspers، نويسنده , , Uwe and Strauss، نويسنده , , Volker and van Ravenzwaay، نويسنده , , Bennard، نويسنده ,
Issue Information :
روزنامه با شماره پیاپی سال 2012
Abstract :
This subchronic duration feeding study evaluated the nutritional and health status of rats fed diets containing CV127 at incorporation levels of 11% and 33%. For control comparisons, rats were also exposed to similar incorporation levels of the near isogenic conventional soybean variety (Conquista) and two other conventional soybean varieties (Monsoy, Coodetec). In spite of phenotypic differences among these four soybean varieties, there were no quantitative differences in their respective proximate and other compositional properties, including proteins, amino acids, antinutrients and nutritional cofactors. All diets were prepared by blending the respective processed soybean meal with ground Kliba maintenance meal at high (33%) and low (11%) incorporation levels, and the blended diets were fed to Wistar rats for about 91 days. Although there were some isolated parameters indicating statistically significant changes, these lacked consistency and a plausible mechanism and were thus assessed to be incidental. The totality of results demonstrate that CV127 soybeans are similar with respect to their nutritional value and systemic effects as its near isogenic conventional counterpart, as well as other conventional soybean varieties. Hence, introduction of AHAS gene into soybeans does not substantially alter its compositional properties, nor adversely affect its nutritional or safety status to mammals.
Keywords :
AHAS gene , GM subchronic feeding study , Whole food subchronic toxicity study , BPS-CV127 , Imidazolinones , acetohydroxyacid synthase
Journal title :
Food and Chemical Toxicology
Journal title :
Food and Chemical Toxicology