Results 21 to 30 of about 6,680,071 (237)
Corn and soybean meal metabolizable energy with the addition of exogenous enzymes for poultry [PDF]
Brazilian Journal of Poultry Science, 2009 Two metabolism assays were carried out to determine corn and soybean meal metabolizable energy when enzymes were added. In the first trial, 35 cockerels per studied feedstuff (corn and soybean meal) were distributed in a completely randomized ...
LRB Dourado +6 more
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TRUE METABOLIZABLE ENERGY AND DIGESTIBILITY OF FIVE Vigna unguiculata VARIETIES IN CHICKENS
Tropical and Subtropical Agroecosystems, 2010 This study was carried out to evaluate the effect of heat-treatment on grain true metabolizable energy (TME), dry matter and gross energy digestibilities of five Vigna unguiculata varieties: H82, T782, TM97, C666 y XL.
Luis Armando Sarmiento-Franco +5 more
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A Bioassay for True Metabolizable Energy in Feedingstuffs
Poultry Science, 1976 In 12 experiments with S.C.W.L. roosters it was shown that for each of 12 feedingstuffs there was a linear relationship between feed input and the amount of energy voided as excreta. In the 24 h. period, following 21 hr. of starvation, roosters receiving no feed excreted 4.07 kcal./kg. of body weight.
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Poultry Science, 1986 Abstract Comparisons were made between the repeatability of true metabolizable energy (TME) and nitrogen corrected TME (TMEn) values for yellow corn and dehulled soybean meal (SBM). Seven samples of each ingredient were evaluated twice for TME and TMEn content.
N.M. DALE, H.L. FULLER
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Metabolizable energy values of soybean meals and soybean oil for broilers at different ages
Acta Scientiarum: Animal Sciences, 2019 One trial with six analyses of different diets at different ages was carried out to determine the values of apparent (AME), corrected (AMEn), true (TME) and true corrected (TMEn) metabolizable energy of SBM and SBO for broiler chickens from 1 to 42 days ...
Antônio Gilberto Bertechini +4 more
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True Metabolizable Energy of Corn Fractions
Journal of Applied Poultry Research, 1994 Abstract A series of studies was conducted to determine the relative metabolizable energy content of whole corn kernels, broken corn (BC), and foreign material (FM). Samples of yellow corn were obtained from eight different trains and separated into the three fractions which were assayed for proximate composition and nitrogen corrected true ...
Nick Dale, Donald Jackson
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Apparent and true metabolizable energy values of feedstuffs for ducks
Poultry Science, 1997 Two experiments were conducted, each with 24 White Pekin ducks, to determine the AME and TME content of five feedstuffs for ducks. In each experiment, fasting losses were obtained from six ducks and six ducks were used for each feedstuff. Each experiment lasted 102 h with an initial 48-h period and a 54-h excreta collection period.
D, King, D, Ragland, O, Adeola
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Poultry Science, 1981 Samples of 35 diets were obtained from five different regions of Canada. The true metabolizable energy (TME) of these diets was measured with mature White Leghorn cockerels. The N-corrected apparent metabolizable energy (MEn) values, calculated from average analysis figures, were supplied by the feed manufacturers.
A J, Muztar, S J, Slinger
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An Evaluation of the Nitrogen Correction in the True Metabolizable Energy Assay
Poultry Science, 1981 This paper examined the effect of N-correction on the true metabolizable energy (TME) values of mixed diets and single ingredients using mature White Leghorn roosters. The N-corrected TME (TMEn) values were consistently higher than the corresponding TME values, the results being significant (P less than .05) in about one-half of the samples tested ...
A J, Muztar, S J, Slinger
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True Metabolizable Energy of Dried Bakery Product
Poultry Science, 1990 Abstract Twenty-six samples of dried bakery product (DBP) were obtained from commercial sources and were evaluated for their proximate composition and TMEn content. Among the samples, marked variations were noted in ash, fiber, ether extract, and TMEn content. An equation to predict the TMEn content from the proximate composition was developed: TMEn (
N.M. DALE, G.M. PESTI, S.R. ROGERS
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