* Biology: This is a very strong foundation, covering cellular processes, genetics, and organismal biology, all crucial to understanding how drugs work.
* Chemistry: Organic chemistry is essential, as most drugs are organic compounds. Inorganic and biochemistry are also helpful.
* Biochemistry: This focuses on the chemical processes within and relating to living organisms, directly relevant to drug action and metabolism.
* Molecular Biology: This delves into the molecular mechanisms of cells and how genes influence biological processes, crucial for understanding drug targets.
* Physiology: This explores the functions of living organisms and their systems, providing context for drug effects on the body.
Important Note: While these are strong foundational degrees, many colleges offer specific pre-pharmacy tracks within a general biology or chemistry major. These tracks ensure you take the required courses needed for admission to pharmacy school.
After completing your bachelor's degree, you would apply to and attend a Doctor of Pharmacy (PharmD) program. The PharmD is the professional degree needed to become a licensed pharmacist. If you're interested in research rather than clinical practice, you could pursue a graduate degree (MS or PhD) in Pharmacology after your bachelor's. This route requires strong performance in your undergraduate coursework, particularly in the sciences mentioned above.