Organic Trace Minerals: Why Bioavailability Matters
Trace minerals such as zinc, copper and manganese are essential to immunity, fertility and skeletal health. But the form in which they are fed determines how much the animal can truly use — and how much simply passes through.
The inorganic limitation
Conventional inorganic minerals — oxides and sulphates — dissociate in the gut and can bind to other dietary components before absorption, lowering their real availability.
The result is variable uptake and higher excretion, which raises both cost and environmental load.
How organic minerals differ
In organic (chelated) minerals, the metal is bound to an amino acid or peptide. This protects it through the gut and presents it to the intestinal wall in a form the animal absorbs efficiently.
Greater bioavailability means the same performance can be achieved at lower inclusion — or better performance at the same level.
Performance and sustainability
Improved mineral status supports stronger immunity, better reproduction and sounder feet and legs across species.
Because less mineral is excreted, organic sources also reduce the footprint of production — a benefit that matters more each year.
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