Muhlenberg faculty, Keri Colabory, holds equipment in a lab while speaking to students.

Why biochemistry matters:

Biochemistry reveals the molecular building blocks of life, from DNA and proteins to enzymes and energy systems. It plays a central role in breakthroughs across medicine, genetics, public health, and biotechnology. As science and society evolve, biochemistry helps us answer urgent questions — how diseases spread, how drugs work, and how we care for human and planetary health.

How biochemistry is taught at Muhlenberg:

Biochemistry at Muhlenberg blends rigorous coursework with hands-on lab experiences in both chemistry and biology. Students learn to think critically, design experiments, and interpret real data while exploring ethical questions at the heart of scientific progress. Faculty-mentored research, flexibility for double majors, and paths to original honors projects prepare graduates for careers in science and medicine — or wherever their curiosity leads.

93%
Working or enrolled
Six months after graduation
8:1
Student to Faculty
Classroom ratio
80%
Higher
ROI of a Muhlenberg degree compared with other college degrees across the nation
91%
Retention rate
Most Muhlenberg students return for their second year (compared with 58% national average)
  • 93%
    Working or enrolled
    Six months after graduation
  • 8:1
    Student to Faculty
    Classroom ratio
  • 80%
    Higher
    ROI of a Muhlenberg degree compared with other college degrees across the nation
  • 91%
    Retention rate
    Most Muhlenberg students return for their second year (compared with 58% national average)
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Program Contact Details
Biochemistry at Muhlenberg
484-664-3200

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Program Contact Details
Biochemistry at Muhlenberg
484-664-3200

Biochemistry at Muhlenberg combines coursework from both the biology and chemistry departments, giving students a strong foundation in the chemistry of life — from cells and molecules to enzymes and genetic material. The curriculum includes foundational courses, hands-on lab experiences, and advanced seminars that guide students from basic principles to independent exploration.

Along the way, students learn to design experiments, interpret data, and think critically about the role of biochemistry in fields like medicine, genetics, pharmacology, and molecular biology. Many students go on to pursue graduate or professional study, while others apply their skills directly in research labs, biotech companies, or healthcare settings.

Students with a strong academic record may pursue an honors thesis, conducting original research under faculty mentorship and presenting their work in both written and public forums.

Biochemistry students gain hands-on experience through lab-based courses, faculty-mentored research, and independent projects. Many present at conferences or co-author publications, while others pursue internships in clinical, academic, or industry settings.

Students seeking deeper research opportunities can apply to the biochemistry honors program, which includes a thesis and public presentation. These experiences build technical skills, confidence, and a strong foundation for careers in science or medicine and/or for graduate school.

Biochemistry
Biochemistry

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Bruce Wightman
Professor, Dept. Chair, Biology
Christine Ingersoll
Professor, Chemistry, Director, Interdisciplinary Science Program
Debra A Walther
Senior Lecturer, Biology
Giancarlo Cuadra
Associate Professor, Biology
Jeremy Alden Teissere
Stanley Road Professor, Neuroscience
Josephine Loricco
Assistant Professor, Biochemistry
Keri L Colabroy
Professor, Department Chair, Chemistry; Undergraduate Research Coordinator; Co-Director, Biochemistry Program
Marten J Edwards
Professor, Biology
Sherri C Young
Associate Professor, Chemistry, Director, Muhlenberg Center for Teaching & Learning
Biochemistry
Professor and chair of chemistry

Keri Colabroy

I think research is the best teaching I do. The power of being able to look at a problem and instead of being afraid of trying to solve it, you have a willingness to try this or try that … I can’t provide a student with a better set of tools.
READ ABOUT COLABORY'S STUDENT-CENTERED RESEARCH
Biochemistry

Powerful Outcomes

A Muhlenberg education sets you up for success. The liberal arts will hone your ability to think critically, communicate, and problem-solve, skills that are in high demand across all employment sectors. 

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