Gregory B. Penner

Department of Animal and Poultry Science, University of Saskatchewan
Saskatoon, SK
Canada

Papers:
124 High-Fibre High-Lipid By-Product Pellets Are an Effective Replacement for Barley Grain in Diets for Finishing Beef Cattle 241 Effects of Low Vs. High Dietary Lipid and Source of Lipid on Performance of Gestating Beef Cows and Subsequent Effects on Progeny 246 Over-Feeding Metabolizable Protein Supply in Late Gestation Beef Cattle: Effects on Colostrum Composition, Milk and Milk Component Yield, and Pre-Weaning Growth of Calves 247 Effect of 3- Vs. 9-d Whole-Plant Corn Allocation with or without Fiber Supplementation on Cow Performance, Grazing Preference, and Ruminal Fermentation. 248 Validating the Stage of Maturity at Harvest for Barley, Oat, and Triticale for Swath Grazing 255 Evaluation of Canola Meal Versus Soybean Meal As a Protein Supplement on Performance and Carcass Characteristics of Growing and Finishing Beef Cattle 256 Effects of Post-Partum Lipid Supplementation and Source of Supplemental Lipid on Reproductive Performance of Lactating Beef Cows Grazing Cool-Season Grass Pastures 573 Over-Feeding Metabolizable Protein Supply in Late Gestation Beef Cattle: Effects on DMI, Ruminal Fermentation, and Performance 602 The Impact of Time on Feed and Partial Replacement of High-Moisture Corn with a High-Lipid High-Fiber Pellet on Steer Performance, Visceral Organ Weight, Fat Deposition, and Carcass Composition. 742 Continuous Ruminal pH Measurement: Validation, Opportunities, and Limitations 880 The Effect of Partial Replacement of Corn with a High-Lipid, High-Fibre By-Product Pellet on Hepatic Indicators of Metabolic Efficiency and Insulin Sensitivity in Beef Steers throughout the Finishing Period. A1 Early Career Award Speaker: Short-chain fatty acid absorption across the ruminal epithelium: Current knowledge and strategies to modulate absorption