Evidence That Support Animal Testing

Animals, whether cats in the house or lions on the savannah, reserve the right to life. The disregard for animal life has been equated to racism or sexism; acting on principles of disrespect for life and thoughts of discrimination (Animal Testing and Ethics). The continuation of animal testing and experimentation take an enormous psychological toll on humanity, leading to rationalization and flawed justification. To carry on this path would darken the mark this animal abuse is currently leaving on our humanity, one step towards yet another fault in human nature.

Animal testing is not only beneficial to human but also animals, at least to those who are not used in the experiments, such as pets and endangered species. Along with researching for new treatments and medicines for

Countless medical advances have been made as a direct result of animal testing. Cures and preventions of diseases have been discovered and tested for safety by using animals. Vaccines have also been created for various reasons such as influenza, rabies, tetanus, infectious

The major pro fo animals testing is that it aids researchers in finding drugs and treatments to improve health and medicine . Many medical treatments have been made posiible by animal testing . research involving laboratory animals at UCLA leads to many medical breakthoughts that improve peoples lives and hold promise fo additional improvements in treatments and cures . Example : Breast cancer : the UCLA studies utilizing mice were the basis for human clinical trials in patients with breast cancer . The first cancer fighting drug successfully target a specific genetis alteration, thereby limiting side effects such as hairloss and nause that often accompany conventional therapies . Mouse models

Vaccines are the most successful strategies in medicine to prevent and even eliminate the most gruesome and contagious diseases. For centuries, smallpox traumatized the human race. Today, smallpox is not something we automatically think of when somebody gets a rash or have the chills, thanks to Edward Jenner. The first successful smallpox vaccine was introduced by Jenner in 1796. Although, Jenner’s portrayed the first scientific attempt to control this deadly disease, later in the 19th century it was perceived that the vaccination did not grant immunity for the rest a victim 's life. As the 19th century came to an end, the smallpox vaccine became more advanced and more depended on. Scientist Louis Pasteur amazed the French Academy of Medicine when he prevented two boys from contracting rabies. Once a person was to get rabies, the symptom was death. A 15-year-old, Jean-Baptiste, was bitten several times while conflicting with a rabid dog. Three days following to the dog attack, Pasteur and his colleagues injected Jean 13 times over 10 days with rabid rabbits’ nerve tissue that had

Louis Pasteur was born 27 December 1822 and grew up in a small village, Arbois in France. In school, he liked to paint and draw so his teachers encouraged him to work hard on that subject. However, his father thought that painting was just something Louis could do at his pastime and told him to study hard. Louis followed his advice and graduated in 1847 from a highly regarded school in Paris called École Normale Supérieure. There, he had studied molecular asymmetry and continued to examine it at the University of Strasbourg. Louis soon discovered that molecules that looked like they were the same could occur as mirror images of each other. The finding was a huge step forward in the microchemistry.

Thanks to animal testing, millions of lives are saved per year from otherwise untreatable diseases. When vaccines or antibodies are tested, mice are usually the ones being tested on. In order for humans to stay healthy, other animals are used to test out new medicines that can save lots of lives. Human benefit outweighs the lives of other animals, because If we don’t test out vaccines, there will be no verifiable vaccines to use as a cure.

Thanks to animal research, many diseases that once killed millions of people are now either treatable or curable. Animal testing has not only benefit humans, but animals as well. Some animal testing has lead to life saving and life extending treatments for many of the animals used for testing. A complete alternative to animal testing has yet to be discovered.

It was not until Pasteur’s discovery that vaccines were able to defend against more diseases. Pasteur had been looking for a way to create a vaccine for anthrax, a type of disease in sheeps and cattle, when a scientist sent him a head of a rooster that had died of chicken cholera, asking him to help find a way to prevent it. He accepted this challenge and found a way of growing chicken cholera germs in culture by putting germs into a container of chicken broth. However, they had to constantly grow more of these

Louis Pasteur, motivated by Edward Jenner’s discovery of the small pox vaccination, determined that other diseases could be cured by vaccinations as well, and he set out to systematically determine what caused the diseases, and how to develop the vaccines for them. While he was familiar with Edward Jenner’s smallpox vaccine, he did not really know how it worked, and so he started experimenting, doing various tests that may develop a cure for chicken cholera, rabies, anthrax, etc. There were multiple diseases that would sweep through areas and effect large numbers of the population. Pasteur is famous for several things, one of them being the discovery of micro-organisms. This discovery was a by-product of research that Pasteur had been asked

I chose to research the work done by Louis Pasteur on the Anthrax Vaccination. Louis Pasteur paved the way for science with his use of bacteria in vaccines to help prevent infectious diseases. Pasteur was motivated by Jenner's previous work with vaccinations. Pasteur used a smaller version of the deadly virus, Anthrax, in his vaccines to help prevent the virus. He, along with his collaborators, tested this vaccine on sheep, cows, and goats. They gave half of the animals the vaccine and left the other half alone as a control group. Then they infected all the animals with Anthrax. They found that only the vaccinated animals survived the inoculation of the virus. All unvaccinated animals died. This is a significant milestone in science today.

Animal testing is also extremely beneficial. Countless vaccines, antibiotics, and surgical procedures have developed due to research performed on animals. One of the most important breakthroughs in the medical field was the development of penicillin. Oxford scientists

Animal experimentation research has brought many lifesaving medical benefits to the world. The California Biomedical Research Association states that nearly every medical breakthrough in the last 100 years has resulted directly from research using animals. According to foundation for biomedical reseach, If you’ve ever taken antibiotics, had a vaccine, a blood transfusion, dialysis, an organ transplant, chemotherapy, bypass surgery or joint replacement, you have benefitted from animal testing and research. In fact, practically every drug, treatment, medical device, diagnostic tool or cure we have today was developed with the help of lab animals. One of the lifesaving medicines is penicillin. It was discovered in 1928, when Alexander Fleming noticed that staphylococcus bacilli would not grow on a culture medium accidentally contaminated with a mold, Penicillin notatum. But, test tube experiments failed to show the antibiotic properties he expected. Ten years later, Oxford chemists Ernest Chain and Howard Florey were working on antibacterial substances. Penicillin

Louis Pasteur was a French 19th century scientist, chemist, physicist, philosopher, microbiologist, father of pasteurization, and towards the latter part of his career became an immunologist. Though the immune system had barely even been discovered towards the end of the 19th century, Pasteur was able to develop vaccines for chicken cholera, anthrax, and rabies. Though he started out trying to discover what the culprit was to making livestock and dogs sick, he applied this knowledge and new discoveries to infected humans, which resulted in saving many people’s lives towards the turn of the century and even today.

Anthrax was slaughtering farm animals mostly, sheep; through investigations of healthy and diseased animals he was able to cultivate a vaccine to control the bacteria. (Toledo-Pereyra, 2009), and he did the exact same thing with Chicken Cholera.