Explain the importance of dose response curve?
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Answer:
The dose-response relationship is an essential concept in toxicology. It correlates exposures with changes in body functions or health.
The dose-response relationship is an essential concept in toxicology. It correlates exposures with changes in body functions or health.In general, the higher the dose, the more severe the response. The dose-response relationship is based on observed data from experimental animal, human clinical, or cell studies.
The dose-response relationship is an essential concept in toxicology. It correlates exposures with changes in body functions or health.In general, the higher the dose, the more severe the response. The dose-response relationship is based on observed data from experimental animal, human clinical, or cell studies.Knowledge of the dose-response relationship establishes:
The dose-response relationship is an essential concept in toxicology. It correlates exposures with changes in body functions or health.In general, the higher the dose, the more severe the response. The dose-response relationship is based on observed data from experimental animal, human clinical, or cell studies.Knowledge of the dose-response relationship establishes:Causality — that the chemical has induced the observed effects.
The dose-response relationship is an essential concept in toxicology. It correlates exposures with changes in body functions or health.In general, the higher the dose, the more severe the response. The dose-response relationship is based on observed data from experimental animal, human clinical, or cell studies.Knowledge of the dose-response relationship establishes:Causality — that the chemical has induced the observed effects.The threshold effect — the lowest dose where an induced effect occurs.
The dose-response relationship is an essential concept in toxicology. It correlates exposures with changes in body functions or health.In general, the higher the dose, the more severe the response. The dose-response relationship is based on observed data from experimental animal, human clinical, or cell studies.Knowledge of the dose-response relationship establishes:Causality — that the chemical has induced the observed effects.The threshold effect — the lowest dose where an induced effect occurs.The slope for the dose response — the rate at which injury builds up.
The dose-response relationship is an essential concept in toxicology. It correlates exposures with changes in body functions or health.In general, the higher the dose, the more severe the response. The dose-response relationship is based on observed data from experimental animal, human clinical, or cell studies.Knowledge of the dose-response relationship establishes:Causality — that the chemical has induced the observed effects.The threshold effect — the lowest dose where an induced effect occurs.The slope for the dose response — the rate at which injury builds up.Within a population, the majority of responses to a toxicant are similar; however, there are differences in how responses may be encountered – some individuals are susceptible and others resistant. As demonstrated in Animation 1, a graph of the individual responses can be depicted as a bell-shaped standard distribution curve. There is a wide variance in responses as demonstrated by the mild reaction in resistant individuals, the typical response in the majority of individuals, and the severe reaction in sensitive individuals.
Explanation:
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Answer:
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The dose-response relationship is an essential concept in toxicology. It correlates exposures with changes in body functions or health.
The dose-response relationship is an essential concept in toxicology. It correlates exposures with changes in body functions or health.In general, the higher the dose, the more severe the response. The dose-response relationship is based on observed data from experimental animal, human clinical, or cell studies.
The dose-response relationship is an essential concept in toxicology. It correlates exposures with changes in body functions or health.In general, the higher the dose, the more severe the response. The dose-response relationship is based on observed data from experimental animal, human clinical, or cell studies.Knowledge of the dose-response relationship establishes:
The dose-response relationship is an essential concept in toxicology. It correlates exposures with changes in body functions or health.In general, the higher the dose, the more severe the response. The dose-response relationship is based on observed data from experimental animal, human clinical, or cell studies.Knowledge of the dose-response relationship establishes:Causality — that the chemical has induced the observed effects.
The dose-response relationship is an essential concept in toxicology. It correlates exposures with changes in body functions or health.In general, the higher the dose, the more severe the response. The dose-response relationship is based on observed data from experimental animal, human clinical, or cell studies.Knowledge of the dose-response relationship establishes:Causality — that the chemical has induced the observed effects.The threshold effect — the lowest dose where an induced effect occurs.
The dose-response relationship is an essential concept in toxicology. It correlates exposures with changes in body functions or health.In general, the higher the dose, the more severe the response. The dose-response relationship is based on observed data from experimental animal, human clinical, or cell studies.Knowledge of the dose-response relationship establishes:Causality — that the chemical has induced the observed effects.The threshold effect — the lowest dose where an induced effect occurs.The slope for the dose response — the rate at which injury builds up.
The dose-response relationship is an essential concept in toxicology. It correlates exposures with changes in body functions or health.In general, the higher the dose, the more severe the response. The dose-response relationship is based on observed data from experimental animal, human clinical, or cell studies.Knowledge of the dose-response relationship establishes:Causality — that the chemical has induced the observed effects.The threshold effect — the lowest dose where an induced effect occurs.The slope for the dose response — the rate at which injury builds up.Within a population, the majority of responses to a toxicant are similar; however, there are differences in how responses may be encountered – some individuals are susceptible and others resistant. As demonstrated in Animation 1, a graph of the individual responses can be depicted as a bell-shaped standard distribution curve. There is a wide variance in responses as demonstrated by the mild reaction in resistant individuals, the typical response in the majority of individuals, and the severe reaction in sensitive individuals.
Explanation:
Hope this may help you !!....