Biomedicine is an interdisciplinary subject developed by combining the theories and methods of engineering, medicine and biology. Its basic task is to study and solve the problems in life science, especially in medicine. It mainly uses electronic information technology combined with medical clinic to extract and process human information without damage or slight damage. Biomedicine is an academic research and innovation base for biomedical information, medical imaging technology, gene chip, nanotechnology, new materials and other technologies. With the proposal of social-psychological-biomedical model and the development of systems biology, modern systems biomedicine has been formed, which is closely related to the formation and development of biotechnology in the 2 1 century, and is an important engineering field related to improving the level of medical diagnosis and human health.
The research fields of biomedicine are very wide, and cancer, diabetes, toxicology research, blood transfusion, anemia, meningitis, hepatitis and AIDS are all medical fields they explore. In addition, biomedical scientists also play a key role in cervical smear screening, virus and disease identification, and monitoring the effectiveness of drug therapy and other diagnostic and treatment programs.
Biomedical uses computers in daily work, and comes into contact with high-precision instruments, microscopes and other high-tech laboratory equipment. They are knowledgeable and familiar with the operation of many complicated high-tech instruments.
What are the employment prospects of biomedical scientists?
Biomedical science is innovative, full of vitality and has broad employment prospects. It spans management, scientific research, education and professional laboratory work. Biomedicine is an important symbol of the application of scientific knowledge to practice. It plays an important role in medical care and can bring people a sense of accomplishment at work. Biomedicine has professional skills recognized all over the world.