Animal Science - Swine Nutrition Archives - Page 4 of 11 - Pork Checkoff

Pork Checkoff Research

Research is at the heart of the National Pork Board’s mission and is funded by your Pork Checkoff dollars. Research is administered in all areas of pork production, processing, and human nutrition to develop a higher quality and more profitable product in the competitive meat protein market.

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Animal Science - Swine Nutrition
Effect of glucosamine supplementation on litter size in a commercial setting
Litter size is a key determinant of the efficiency of pork production. In turn, placental function is a key determinant of whether an individual pig fetus survives during gestation and also...
Animal Science - Swine Nutrition
Evaluation of a microbially-converted soybean meal as a substitute for fishmeal and a dietary acidifier in nursery pig diets and its effect on post-weaning diarrhea
There is concern that current demands for fish, and its resultant by product fishmeal (FM), are at unsustainable levels, as such, efforts are being placed on finding alternatives sources of...
Animal Science - Swine Nutrition
Improving nutrient utilization and biological and financial performance through the use of super-dosing of phytase in grow-finish diets
The objective of this research was to determine the impact of feeding grow-finish pigs super-dosed levels of phytase on the digestibility of nutrients, and pig growth performance. The enzyme...
Animal Science - Swine Nutrition
Evaluation of an in vitro digestibility procedure for dietary fiber in high fiber feed ingredients fed to growing pigs
Use of high fiber feed ingredients in commercial swine diets is a common strategy to decrease feed costs during times of high corn and soybean meal prices. However, the addition of high fiber...
Animal Science - Swine Nutrition
Improving energy utilization in high by-product diets with copper
The overriding objective is to determine if energy utilization from diets containing high levels of by-products and differing in energy content can be improved with supplemental Cu in commercial...
Animal Science - Swine Nutrition
Should Producers Invest in 2-High, 3-High, or 4-High Roller Mills?
The overall objective of this research is to help producers decide whether they should invest in a 2-High, 3-High, or 4-High roller mill when considering technology to reduce particle size to...
Animal Science - Swine Nutrition
Enhancing feed utilization and nutrient digestibility through management of particle size and feed processing options
The overall goal for this experiment was to determine the impact of average particle size of corn, wheat and corn DDGS with two different grinding technologies on the digestion of energy and...
Animal Science - Swine Nutrition
Evaluating the use of long-term conditioning or extrusion to extract nutrients from low energy feedstuffs
A shift in three major issues affecting feed manufacturing for pork production has occurred simultaneously in recent years. First, high...
Animal Science - Swine Nutrition
Impact of disease on amino acid requirements of growing pigs
A total of 40 gilts (initial BW 9.4 ± 0.9 kg) were used in three experiments (Exp) to evaluate the impact of disease induced either by bacterial lipopolysaccharide (LPS) or porcine...
Animal Science - Swine Nutrition
Applying Enzyme Technology to Optimize the Utilization of Fibrous Feed Ingredients in Swine Diets – Nutrient Digestibility
The increasing industrial demand for feed grains, partly for biofuel production, has raised the price forecast for feed grains. Co-products are a short-term solution for commercial swine production...
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