Medical Schools and Animal Experimentation

It is kept in a cage waiting for millions of animals to be used for experiments. Among these animals are mice, cats, dogs and rats. They experienced so much pain, they are lonely, they do not have much room to walk around, they need to sit there waiting to be annoyed. They only have to wait until they are executed again to leave their cage. After they are poked and stimulated they will eventually resign. These animals were tortured only to live in fear and eventually they were knocked down.

There are no medical schools that use animals to train medical students in the United States, and for those who apply for medical schools, animal anatomy or experiments are not required or desired. Medical students received complicated human-patient simulators, interactive computer programs, safe human-based educational methods and clinical experience training.

Every year millions of animals are used for product testing, medical and educational experiments. Animals undergo different action under the name of science after medical treatment. Medical research has developed many treatments and treatments for diseases, but the pain and long-term effects of animals during this experiment are inhumane and cruel, often leading to death of animals. - The role of animals in the existence of human being over the years can be regarded as one of the factors that greatly influence human culture. It is very important for animals to contribute to society as they have brought tremendous benefits to people since long ago. Animals have always become a source of human food, clothing, and subordinate labor

The pain of animals used in medical research is not questionable, and its scale is often. But there is considerable disagreement as to whether animal experimentation is part of good science and whether medical advances will be made to humans or whether such progress can be achieved by other means. To say the least, the biomedical research is a difficult process. The human body is the most complicated machine to come across, each consisting of trillions of cells containing billions of molecules, many of which are made up of tens of thousands of atoms. These molecular machines perform very precisely assigned tasks in surprisingly interdependent environments, ranging from molecular level microscopic levels to whole interacting organ systems. Biomedical researchers need tools to mimic this level of sophistication