Summary
This review, authored by established researchers in cattle mineral metabolism (Miranda & López-Alonso), examines the aetiology and consequences of trace mineral imbalances in cattle production. The paper appears to synthesise evidence on copper, zinc, molybdenum, iron and selenium dysregulation, as suggested by the title, and likely considers interactions between dietary supply, antagonistic mineral relationships, and animal health outcomes. As a 2026 publication, it may incorporate recent data on mineral bioavailability and emerging management strategies.
UK applicability
UK cattle producers—particularly in intensive and mixed systems—may find the diagnostic criteria and management strategies applicable to identifying subclinical mineral imbalances affecting herd performance. The mineral antagonisms discussed (e.g. molybdenum–copper) are particularly relevant in regions with forage-based diets typical of UK dairy and beef systems.
Key measures
Trace mineral concentrations (copper, zinc, molybdenum, iron, selenium); clinical and subclinical deficiency/toxicity signs; production and health parameters
Outcomes reported
The paper examines imbalances of trace minerals (copper, zinc, molybdenum, iron, selenium) in cattle and their effects on animal health and productivity. It likely synthesises evidence on dietary, environmental and management factors contributing to mineral dysregulation.
Topic tags
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