Find out how biomedical science compares with biology and chemistry.
If you’re interested in fields like biology and chemistry, Biomedical science is a great way to merge these interests and make a profound impact upon the world. So, how does biomedical science bridge these fields in a meaningful way? Let’s explore more about how biology and chemistry are essential in the groundbreaking field of biomedical science.
Biomedical Science vs. Biology
Think of biology as the big picture of life on Earth. It covers everything from tiny cells to entire ecosystems and the relationships between living things. Biomedical science, on the other hand, is a specialized type of biology that focuses specifically on human health and disease.
Similarities
- Both fields study living organisms, cells, and genetics.
- You'll take classes in subjects like biochemistry, molecular biology, and genetics in both majors.
- They both use similar lab techniques and research methods.
Differences
Biomedical science is much more applied and problem-focused. Instead of just studying how a cell works, you'll study how a cell malfunctions, resulting in a disease, like cancer.
While a biology degree can lead to a wider range of careers, from ecology and conservation to teaching, a biomedical science degree is geared more toward careers in healthcare, medical research, or pharmaceuticals.
Biomedical Science vs. Chemistry
Chemistry is the study of matter and its properties. It's all about how atoms and molecules interact. Biomedical science uses the principles of chemistry to understand the human body at a molecular level.
Similarities
- Both fields require a strong understanding of chemical reactions and molecular structures.
- You'll use chemistry knowledge to understand things like how drugs work in the body or how nutrients are processed.
- Courses in biochemistry and organic chemistry are essential for both majors.
Differences
Chemistry is broader and can apply to many industries, such as materials science, cosmetics, or energy.
Biomedical science applies chemical principles directly to human health. For example, a chemist might develop a new type of plastic, while a biomedical scientist might use chemistry to design a drug that targets a specific virus.
A Medicine-focused Major
If you're fascinated by all living things, from plants to animals, and want a broad range of options, consider biology.
If you love chemical reactions and understanding the world at a molecular level, chemistry might be for you.
If you're passionate about human health and want to use science to solve medical problems and find cures, then biomedical science could be the perfect fit!
Remember, many of these fields overlap, and it's common for people to combine them. For example, a student might major in biology and minor in chemistry or go on to get a master's degree in biomedical engineering after studying biomedical science.
Sources
American Society for Biochemistry and Molecular Biology (ASBMB) — What Is Biomedical Science?
National Institute of Biomedical Imaging and Bioengineering (NIBIB) — What Is Biomedical Engineering?
College Board BigFuture — Major and Career Search