Biomedical Science is not a sinkhole major.
The legendary four sinkholes, biochemical ring material, biology tops the list. However, it is undeniable that biology is one of the fastest growing and most productive fields in the last twenty years. From genetics to neuroscience, from medicine to today's fight against viral epidemics, biology has long proved its significance, but why do people still call it a sinkhole?
It's called a sinkhole for one reason or another: graduates don't get good jobs, or jobs that don't pay well. Either they take their degree to the end of their tether and become a researcher, or they learn a little bit and graduate to a different profession.
But this intuitive understanding, really can not biology called sinkhole reason. 2017, I went through the whole of Malaysia's job site, but also did not find a artificial intelligence, machine learning employment positions, while at that time, in Beijing, Shanghai, Hangzhou, this kind of job recruitment demand is very hot. In other words, the lack of jobs is not necessarily due to the industry, but the fact that the industry is not valued and developed enough in this part of the world.
To put it bluntly the lack of jobs in a profession with so much influence is a sign of backwardness.
Expansion:
1. Biomedical science is the study of the intersection between biology and medicine, aiming to explore the causes, development, and treatment of human health and disease. It covers a wide range of areas, from basic science to clinical applications, and provides an important foundation for understanding the mechanisms of disease, the development of new drugs, and the improvement of diagnostic techniques.
2. Biomedical science involves research fields including molecular biology, genetics, biochemistry, cell biology, immunology, pharmacology, microbiology, and biotechnology. Through the knowledge and technology in these research fields, biomedical science is committed to revealing the molecular mechanisms of diseases, finding new treatments and drugs, improving clinical diagnosis and treatment techniques, and enhancing human health.
3. Biomedical science is a broad field that involves many different specialties and careers, including researcher, laboratory technician, clinical trial coordinator, medical writing editor, and drug registration specialist. In university education, biomedical sciences is usually offered as a major or concentration, providing relevant courses and laboratory training to develop students' scientific research skills and clinical applications.
4. In general, biomedical sciences are dedicated to integrating biology and medicine to contribute to the solution of major medical problems and the advancement of medicine.
Biomedical science employment
1, medical research: biomedical science graduates can be engaged in medical research institutions, universities and enterprises in disease research, drug development, genetic engineering and other aspects of the work.
2, clinical laboratory: biomedical science graduates can work in hospitals, diagnostic laboratories or biotechnology companies, etc. in clinical testing, sample analysis and diagnostic testing.
3, pharmaceutical and biotechnology industry: biomedical sciences graduates can work in pharmaceutical companies, biotechnology companies or medical device companies in drug development, production, quality control and marketing.
4, medical writing and science editing: biomedical sciences graduates can work in medical publishers, research institutions or medical consulting firms in scientific writing, scientific and technological communication and literature editing.
5, clinical trial coordinator: biomedical sciences graduates can work in clinical research institutions or pharmaceutical companies as a clinical trial coordinator, responsible for the organization and management of clinical trials.