have been validated or or they are currently under development. However,in some cases, animal models in the test required by the regulatory authorities to protect human and animal health. furthermore, there id pubic demand to know the toxicity risks posed in everyday life, which necessitates the use of animal models conparable to humans.
Although animals are relatively expensive experimental models compared to the alternative methods discussed later, there are several important reasons for their continued use. First, there is extensive information available on their normal biochemical and physiological properties. Seconds, the published-data from the measurement of toxicological endpoints in vivo, using models of relavance to humans and domestic/farm animals, makes animal testing a valuable tool to predict toxicity. The animals that are most commonly used in toxicologicals testing are rodents and rabbits (Table 5.1).
have been validated or or they are currently under development. However,in some cases, animal models in the test required by the regulatory authorities to protect human and animal health. furthermore, there id pubic demand to know the toxicity risks posed in everyday life, which necessitates the use of animal models conparable to humans.
Although animals are relatively expensive experimental models compared to the alternative methods discussed later, there are several important reasons for their continued use. First, there is extensive information available on their normal biochemical and physiological properties. Seconds, the published-data from the measurement of toxicological endpoints in vivo, using models of relavance to humans and domestic/farm animals, makes animal testing a valuable tool to predict toxicity. The animals that are most commonly used in toxicologicals testing are rodents and rabbits (Table 5.1).
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