Research is one of the most important fields of medication. It provides many improvements on health care with new knowledge and technology for better diagnosis, cure, and anticipation of disease. Medical research often combines medicine with related fields of biology, it is called biomedical research. Research can be basic or applied. Basic cancer research, for example, may try to identify gene mutations that turn a healthy cell into evil.

At the same time as, this information does not have any clinical value. It breeds knowledge that often leads to better ideas for patients such as development of a better drug for breast cancer. The early stages of biomedical research usually take places in a laboratory. As scientists add more knowledge in some area, they begin studies on humans. These studies often take place in hospitals or clinics and they are called clinical research.

Clinical research usually is done by multidisciplinary teams. This group consists of men and women who have knowledge and skills in different areas, or disciplines, of science. A multidisciplinary biomedical research team may include biochemists, geneticists, physiologists, and physicians. Each team member approaches the problem from a different region and shares knowledge with the group. This multidisciplinary can increases the chances of solving a problem or it might develop new treatment. This kind of research is very useful.

Animals are used for the variety of scientific and medical purposes. Scientists use laboratory animals to examine biological processes in humans and animals. They use them to study the causes of diseases, to test drugs, vaccines, and surgical techniques. Also to evaluate the safety of chemicals used in pesticides, cosmetics, and other products. In many cases, scientific and biomedical research can be performed on laboratory consist of specific cells, or on simple life forms such as bacteria. Some research is better performed by studying the more complex responses of an animal.

The reason of using animals is that their function essentially like humans and tit makes them be the best models for experiments on fundamental processes such as breathing, eating and digesting food, and reproducing. Some animals also suffer the same diseases as humans do, with immune systems that respond likewise to disease-causing agents such as viruses and bacteria. Animals also bear a number of genes that are identical to human genes. By that similarity information, scientists have been able to learn much about the human body by studying animals.

In competent research, the neurobiologists make an experiment on rats and mice. They investigate their ways to fix nerve tissue and restore movement. Animals are also being used to seek cures for today’s most pressing diseases, including Acquired immune deficiency System Disease (AIDS).