Long-hauled calves averaging 293 lb were allotted to groups fed with or without protected lysine-methionine (Smartamine ML®). Protected lysine-methionin e did not improve ADG in the first 28 days but did improve ADG from 29 to 56 days. It also reduced morbidity (16.1 vs 34.2%) from day 29 to 56. Based on this research, the response of long-hauled calves to protected lysine-methionine in the diet appears to occur after they have recovered from the stress of shipment
A finishing trial and a metabolism trial were conducted to determine the effect of supplemental meta...
Trials were conducted to determine the methionine and lysine requirements of growing and finishing b...
Increasing the amino acid supply to the small intestine of growing cattle can increase performance, ...
Long-hauled calves averaging 293 lb were allotted to groups fed with or without protected lysine-m...
Feed efficiency for finishing steers was significantly improved (7.4%) when rumen-protected methioni...
Objective: This study was conducted to evaluate the ability of supplemental methionine to improve he...
Objective: The objective of this study was to evaluate the effects of ruminally-protected lysine sup...
A 190- d calf fed finishing study, utilizing 240 steers, was conducted to determine the effects of s...
Lysine frequently is cited as the first-limiting amino acid for cattle diets. Synthetic lysine, whil...
Vita.A series of four experiments were conducted to assess the effects of supplemental amino acids o...
Methionine is often the first limiting amino acid for growing cattle. This study was conducted to de...
ObjectiveTwo trials were conducted in order to examine the effects of level of supplemental methioni...
This study aimed to evaluate the performance and metabolic changes in dairy calves supplemented with...
Dairy Research, 2011 is known as Dairy Day, 2011Ninety-six lactating Holstein cows were used to dete...
This study aimed to investigate various levels of crude protein (CP) in starter diets and their supp...
A finishing trial and a metabolism trial were conducted to determine the effect of supplemental meta...
Trials were conducted to determine the methionine and lysine requirements of growing and finishing b...
Increasing the amino acid supply to the small intestine of growing cattle can increase performance, ...
Long-hauled calves averaging 293 lb were allotted to groups fed with or without protected lysine-m...
Feed efficiency for finishing steers was significantly improved (7.4%) when rumen-protected methioni...
Objective: This study was conducted to evaluate the ability of supplemental methionine to improve he...
Objective: The objective of this study was to evaluate the effects of ruminally-protected lysine sup...
A 190- d calf fed finishing study, utilizing 240 steers, was conducted to determine the effects of s...
Lysine frequently is cited as the first-limiting amino acid for cattle diets. Synthetic lysine, whil...
Vita.A series of four experiments were conducted to assess the effects of supplemental amino acids o...
Methionine is often the first limiting amino acid for growing cattle. This study was conducted to de...
ObjectiveTwo trials were conducted in order to examine the effects of level of supplemental methioni...
This study aimed to evaluate the performance and metabolic changes in dairy calves supplemented with...
Dairy Research, 2011 is known as Dairy Day, 2011Ninety-six lactating Holstein cows were used to dete...
This study aimed to investigate various levels of crude protein (CP) in starter diets and their supp...
A finishing trial and a metabolism trial were conducted to determine the effect of supplemental meta...
Trials were conducted to determine the methionine and lysine requirements of growing and finishing b...
Increasing the amino acid supply to the small intestine of growing cattle can increase performance, ...