The DM intake was higher (P < 0.05) in the mixed diets than in the sole Napier grass diet while the OM intake was higher (P < 0.05) in the diet containing 400 g/kg of Sesbania (52.9 g kg W− 0.75 day− 1) than Napier grass alone (47.5 g kg W− 0.75 day− 1).
In this work, young mice were fed with a mixed diet including mussels collected in a Pb-polluted area.
Briefly, three-day-old larvae in groups of ten were fed with 500 μl of the spore suspension in mixed diet (~10 spores per larva), and kept at 33° C under 97% RH in 6-well culture dishes.
Once these working conditions were adjusted in EXP 1 and 2, the effect of fluid turnover and incubation pH on the extent of microbial fermentation in a mixed diet (experiment 3, EXP 3) was studied in two incubations.
A similar result was found in this study, as the inclusion of the microalgal concentrates (C. calcitrans and T. suecica) component in a mixed diet may have compensated for any nutritional deficiency in the concentrates.
Infants in the mixed diet group received 75-80% human milk, while infants in the maternal and donor groups received 85-100% human milk.
Zero (T0), 25 (T250, 50 (T50), 75 (T75) and 100% (T100) inflorescences of Y. carnerosana were added for alfalfa replacement (300 g kg− 1 of the diet) in a completely mixed diet based on corn grain and soybean meal.
Most other studies have focused on specific foods or nutrients in relation to preterm delivery, but distinguishing the foods in a mixed diet that are responsible for the effect can be difficult.
Protein, needed to maintain body function and structure, consists of nine essential amino acids that must be provided from different foods in a mixed diet.
The mixed diet exhibited the least variation in rumen polysaccharide-degrading enzyme activities among the enzymes systems tested.
