Discover open access scientific publications

Search, annotate, share and cite publications

Publications by M F Montaño

Influence of Malic Acid Supplementation on Ruminal pH, Lactic Acid Utilization, and Digestive Function in Steers Fed High-Concentrate Finishing Diets.

Journal of Animal Science

English

Related publications

Effect on Ruminal Lactic Acid Utilization and Lactic Acid-Utilizing Bacteria

Kansas Agricultural Experiment Station Research Reports

1986

English

Influence of Roughage and Grain Processing in High-Concentrate Diets on the Performance of Long-Fed Holstein Steers.

Journal of Animal Science

English

Supplemental Protein Sources for Steers Fed Corn-Based Diets: I. Ruminal Characteristics and Intestinal Amino Acid Flows.

Journal of Animal Science

English

Effects of Zinc-Treated Soybean Meal on Ruminal Fermentation and Intestinal Amino Acid Flows in Steers Fed Corn Silage-Based Diets.

Journal of Animal Science

English

Effects of Clinoptilolite on Rumen Fermentation, Digestion and Feedlot Performance in Beef Steers Fed High Concentrate Diets

Journal of Animal Science

English

Effect of Roughage Particle Size on Ruminal, Digestive and Metabolic Characteristics of Early-Weaned Lambs Fed Pelleted Corncob-Concentrate Diets

Journal of Animal Science

English

Effects of Fumaric Acid Supplementation on Methane Production and Rumen Fermentation in Goats Fed Diets Varying in Forage and Concentrate Particle Size

Journal of Animal Science and Biotechnology

English

Feedlot Performance of Bulls and Steers Fed on Three Levels of Concentrate in the Diets

Acta Scientiarum - Animal Sciences

English

Effect of Dietary Lactic Acid on Rumen Lactate Metabolism and Blood Acid-Base Status of Lambs Switched From Low to High Concentrate Diets

Journal of Animal Science

English

Amanote Research

Discover open access scientific publications

Search, annotate, share and cite publications

Publications by M F Montaño

Influence of Malic Acid Supplementation on Ruminal pH, Lactic Acid Utilization, and Digestive Function in Steers Fed High-Concentrate Finishing Diets.

Related publications

Effect on Ruminal Lactic Acid Utilization and Lactic Acid-Utilizing Bacteria

Influence of Roughage and Grain Processing in High-Concentrate Diets on the Performance of Long-Fed Holstein Steers.

Supplemental Protein Sources for Steers Fed Corn-Based Diets: I. Ruminal Characteristics and Intestinal Amino Acid Flows.

Effects of Zinc-Treated Soybean Meal on Ruminal Fermentation and Intestinal Amino Acid Flows in Steers Fed Corn Silage-Based Diets.

Effects of Clinoptilolite on Rumen Fermentation, Digestion and Feedlot Performance in Beef Steers Fed High Concentrate Diets

Effect of Roughage Particle Size on Ruminal, Digestive and Metabolic Characteristics of Early-Weaned Lambs Fed Pelleted Corncob-Concentrate Diets

Effects of Fumaric Acid Supplementation on Methane Production and Rumen Fermentation in Goats Fed Diets Varying in Forage and Concentrate Particle Size

Feedlot Performance of Bulls and Steers Fed on Three Levels of Concentrate in the Diets

Effect of Dietary Lactic Acid on Rumen Lactate Metabolism and Blood Acid-Base Status of Lambs Switched From Low to High Concentrate Diets