Biochemistry is the "chemistry of life." It’s these fundamental topics that make biochemistry so fascinating and indispensable. The focus is on processes in animals, plants, and bacteria, the cell from metabolism to intercellular communication, and the mechanisms of medications. Diving into the molecular details of fundamental processes captivates many high school graduates, leading to numerous applications each year to study biochemistry at Goethe University. With approximately 70 study places, the degree program is relatively small, fostering close relationships between students and the eight professors and enabling intensive supervision.
The aim of our research-oriented degree program is to attain a solid and broad foundation of scientific knowledge along with advanced competencies in the field of biochemistry. During the first semesters, our students acquire foundational knowledge in chemistry, physics, mathematics, and biology to understand complex biochemical connections in their full scope. Building on this foundational education, the molecular principles of chemical reactions and molecular interactions in cells are gradually taught in the context of current research. Additionally, there is a close integration of theoretical courses and experimental applications, where students learn biochemical, cell biological, and biophysical techniques.
To enhance practical relevance and provide access to a wide range of modern techniques, two external research institutions—the Paul-Ehrlich-Institute and the Max Planck Institute for Biophysics—are incorporated into the education. The program is further enriched by elective courses or a four-week internship (optionally abroad), allowing students to tailor their studies to their personal interests.
What makes studying biochemistry in Frankfurt so appealing?
- Research-oriented teaching with intensive practical training
- Dedicated faculty, professors as mentors, and an active departmental student body
- Manageable class sizes (~70 study places) enabling close supervision
- Diverse course content: foundational knowledge in chemistry, physics, mathematics, and biology; molecular biology; protein structure and function; metabolism; cell biology; cellular biochemistry; structural biology; and biophysical chemistry
- State-of-the-art methods and facilities
- Strong connection between research and teaching: integration into the current and successful research landscape
- Excellent career prospects