Trace mineral supplementation during times of stress and critical production periods may prove beneficial to overall animal health and performance. A decrease in trace mineral status may negatively impact reproduction, immunity, and general performance of the animal. Little research is available inquiring into breed differences on trace mineral status and clearance. This study concluded that Multimin®90 appeared to be an effective way to improve the trace mineral status, specifically of liver copper (Cu) and selenium (Se), of Angus and Simmental calves when compared to controls receiving sterilized saline
A series of studies were conducted to determine the effect of supplemental trace mineral source on g...
Adequate dietary intakes of trace minerals are thought necessary to maximize cow reproduction, calf ...
Light weight stocker calves experience variable degrees of physiological and psychological stressors...
The objective of this study was to determine the effects of trace mineral inclusion management on th...
Adequate trace mineral status of feedlot cattle decreases losses during shipping and improves marbl...
The objective was to determine the effects of an injectable trace mineral (TMI; Multimin 90) contain...
In the conditions of the study when additional copper and selenium were provided, cow reproduction a...
Adequate trace mineral status is important in beef cow/calf and replacement heifer systems because t...
A number of trace minerals are required by beef cattle. Feeds consumed by cattle may supply most tra...
It was observed that diets with high sulfur and molybdenum decreased markers of copper, selenium, an...
There are multiple programs producers can market cattle into including certified natural programs. T...
Trace minerals are important components of many biological functions, including growth and developme...
The objective of this experiment was to determine the effects of increasing concentrations of trace ...
Overall, it was observed that there were no effects of the trace mineral (TM) injection on Natural b...
The objective of experiments was to investigate the effects of inorganic or amino acid-complexed sou...
A series of studies were conducted to determine the effect of supplemental trace mineral source on g...
Adequate dietary intakes of trace minerals are thought necessary to maximize cow reproduction, calf ...
Light weight stocker calves experience variable degrees of physiological and psychological stressors...
The objective of this study was to determine the effects of trace mineral inclusion management on th...
Adequate trace mineral status of feedlot cattle decreases losses during shipping and improves marbl...
The objective was to determine the effects of an injectable trace mineral (TMI; Multimin 90) contain...
In the conditions of the study when additional copper and selenium were provided, cow reproduction a...
Adequate trace mineral status is important in beef cow/calf and replacement heifer systems because t...
A number of trace minerals are required by beef cattle. Feeds consumed by cattle may supply most tra...
It was observed that diets with high sulfur and molybdenum decreased markers of copper, selenium, an...
There are multiple programs producers can market cattle into including certified natural programs. T...
Trace minerals are important components of many biological functions, including growth and developme...
The objective of this experiment was to determine the effects of increasing concentrations of trace ...
Overall, it was observed that there were no effects of the trace mineral (TM) injection on Natural b...
The objective of experiments was to investigate the effects of inorganic or amino acid-complexed sou...
A series of studies were conducted to determine the effect of supplemental trace mineral source on g...
Adequate dietary intakes of trace minerals are thought necessary to maximize cow reproduction, calf ...
Light weight stocker calves experience variable degrees of physiological and psychological stressors...