Two experiments were carried out to determine nutritive value and verify performance of piglets fed diets with by cassava root silage with or without whole soybean. In the first experiment, 15 crossbred barrows with initial BW of 21.90 ± 2.54 kg were allotted to a split plot design, whole plot (animals) and plot (time) with five diets and six repetitions. Four cassava root silages were evaluated: without inoculant (CA), with inoculant (CI), with integral soy (CS), and with integral soy […]

Two trials were carried out to evaluate the feeding of high moisture sorghum silage (HMSS) of high or low tannin contents for piglets. In the digestibility trial, twelve crossbred, castrated males, averaging initial body weight of 15.9±1.9 kg were allotted to metabolism cages, as a completely randomized design, with four experimental units and one piglet per cage. The total feces and urine collection method was used. The values of digestible DM, digestible protein, digestible starch, digestible OM, digestible energy and […]

Two experiments were carried out to determine nutritive value and verify performance of growing and finishing swine feed high moisture corn silage (HMCS) and reconstituted silage (RS) of higher oil corn. The digestibility assay was carried twelve cross breed barrow, were allotted in metabolism cages, in a completely randomized design. The values of digestible dry matter (DDM), digestible protein (DP), digestible starch (DS), digestible ether extract (DEE), digestible organic matter (DOM), digestible energy (DE) and metabolizable energy (ME) were for […]

An experiment was carried out to determine TME and TMEn values of integral mesquite pods meal (MPM) in cecectomized cockerels by Sibbald method. A second experiment was conducted to examine the effects of MPM inclusion (0, 5, 10, 15, 20, 25 and 30%) in pelleted and mashed diets on laying hens performance. In the experiment 1, values of TME and TMEn in raw MPM were 2819 and 2806 kcal/kg, respectively, while cellulose and lignin contents were five- and four-fold higher […]