Animal Welfare Act

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In skin and eye irritation test, rabbits are forced either to have a chemicals rubbed on a shaved area of skin or drops of chemicals put in there eyes. With their eyes held open by clips for days, they test to see how they will react to shampoo or any kind of hair product. In “lethal dose” tests, animals are forced to inhale massive loads of chemicals to see how much can be given before death. This will kill 50% of the animals used in the experiment. These animals are given no form of a pain reliever and are forced to suffer. Why would you do this to any living being? Thousands of animals are killed yearly because of this. Animals hurt too, why do we need to test on them? A helpless rabbit or mouse is suffering. No one wants to suffer, …show more content…

The AWA (Animal Welfare Act) doesn't protect rats or mice, they are the most commonly used animals. If the animals aren't protected this can lead to the mistreatment of them. The Animal Welfare act also doesn't prevent cases of terrible abuse during in the labs. In 2009 there were 338 violations of the Animal Welfare Acts at just one research center in …show more content…

It is wasting the governmental researchers dollars. The national of Institute Health uses $14 billion of its $31 billion dollars on animal research and testing.
Most of the experiments are flawed, wasting the lives of the animals. Why would you kill or injure an animal for no reason? 87% of studies don't randomize the selection of animals to prevent researcher bias. Most animals are killed during or after the testing of products on them so why is it necessary if it is flawed?
Since we've talked about how bad it is what are other options? Vitro or cell cultures can be tested and will harm not a thing. No, vitro , is not stem cell research, a virto is created from other chemical and it mimics the abilities of a human cell. Artificial human skin will have the same reaction to chemicals as human skin would have. Microfluidic chips that recreate the functions of a human organ can be used but are still in development stages. The best option is computer models that can predict the toxicity of the chemicals without harming

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