Monensin supplementation increases weight gain in stocker steers, but higher doses reduce essential mineral intake

Monensin is known to improve feed efficiency in cattle. At higher doses, however, monensin reduces the palatability of mineral supplements, which may reduce consumption of essential minerals such as selenium. The main objective of this study was to compare weight gain, while evaluating the impact on blood selenium concentrations, among treatment and control groups of stocker calves supplemented with a self-fed mineral supplement designed to deliver different amounts of monensin, while the control group received the same mineral without monensin. A secondary objective was to compare the presence of pathogenic and total coccidia oocysts. At study end, all monensin treatment groups weighed more than the control group but were not different from each other. No effect was detected on coccidia oocysts. In sum, there is a production gain from providing monensin in a mineral supplement to weaned calves on pasture. However, too high a dose may lead to insufficient trace mineral consumption. This is a concern in areas where forage is deficient in these nutrients.

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Publication Details

Journal
California Agriculture
Published
2024-08-09
DOI
https://doi.org/10.3733/001c.122394
Citations
1
Primary Topic
Animal Nutrition and Physiology
Type
article
Field-Weighted Citation Impact
0.34

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article

Monensin supplementation increases weight gain in stocker steers, but higher doses reduce essential mineral intake

Sharif S. Aly, Josh Davy, Berit Bangoura, Gabriele Ute Maier et al.
1 citations
California Agriculture
Animal Nutrition and Physiology
0.34
article

Monensin supplementation increases weight gain in stocker steers, but higher doses reduce essential mineral intake

Sharif S. Aly, Josh Davy, Berit Bangoura, Gabriele Ute Maier, Larry Forero, Tanapon Sukkankah, Matthew Torcal
article en
1 citations

Abstract

Monensin is known to improve feed efficiency in cattle. At higher doses, however, monensin reduces the palatability of mineral supplements, which may reduce consumption of essential minerals such as selenium. The main objective of this study was to compare weight gain, while evaluating the impact on blood selenium concentrations, among treatment and control groups of stocker calves supplemented with a self-fed mineral supplement designed to deliver different amounts of monensin, while the control group received the same mineral without monensin. A secondary objective was to compare the presence of pathogenic and total coccidia oocysts. At study end, all monensin treatment groups weighed more than the control group but were not different from each other. No effect was detected on coccidia oocysts. In sum, there is a production gain from providing monensin in a mineral supplement to weaned calves on pasture. However, too high a dose may lead to insufficient trace mineral consumption. This is a concern in areas where forage is deficient in these nutrients.

California AgricultureVol. 78(3-4)
University of Wyoming (US), University of California System (US), Wyoming Department of Education (US), University of California Division of Agriculture and Natural Resources (US), University of California, Davis (US)
University of Wyoming, University of California, Davis
Openalex Percentile: Top 43%
Animal Nutrition and Physiology
0.34
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Monensin supplementation increases weight gain in stocker steers, but higher doses reduce essential mineral intake — Sharif S. Aly, Josh Davy, et al. · California Agriculture (2024) | TGRS Research Map | TGRS