In this context, we summarize some effects of bioactive plants and compounds on selected animal functions and health,
with special attention to rumen and microbial fermentation. We also outline some plant bioactive mechanisms in the animal,
such as maintaining homeostasis, causing or preventing organ malfunction, improving cellular function or helping animal
metabolism return to normal after a challenge. Only a few examples will be given for functions listed in Table 1, since we did
not aim to provide an exhaustive list of plants with specific actions on numerous functions in the animal. However, effects
on animal growth, milk production, parasites and ruminal CH4 production will be discussed in more detail in other papers in
this Special Issue. Some of the benefits and limitations of use of bioactive plants in animal production, as well as an outline
of current research gaps and potential new research areas will be discussed.
In this context, we summarize some effects of bioactive plants and compounds on selected animal functions and health,with special attention to rumen and microbial fermentation. We also outline some plant bioactive mechanisms in the animal,such as maintaining homeostasis, causing or preventing organ malfunction, improving cellular function or helping animalmetabolism return to normal after a challenge. Only a few examples will be given for functions listed in Table 1, since we didnot aim to provide an exhaustive list of plants with specific actions on numerous functions in the animal. However, effectson animal growth, milk production, parasites and ruminal CH4 production will be discussed in more detail in other papers inthis Special Issue. Some of the benefits and limitations of use of bioactive plants in animal production, as well as an outlineof current research gaps and potential new research areas will be discussed.
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