Applied Science and Technology

Biochemistry


What is Biochemistry?

Biological Chemistry is a branch of science focused on the chemical processes and substances that occur within living organisms. It explores how molecules such as proteins, nucleic acids, lipids, and carbohydrates interact to form the foundation of biological processes, playing a key role in fields such as medicine, pharmacology, and biotechnology.

Students will explore essential questions like: How do chemical reactions support life? What are the molecular mechanisms behind diseases? How can biochemistry help develop new medical treatments?


What Makes Biochemistry at Saint Peter’s Different?

Saint Peter’s offers an interdisciplinary approach that integrates chemistry, biology, and technology. Students can engage in hands-on research and internships through programs like TREX (Transformative Experiences Program), which provide practical experience in the STEM field and count towards academic credit.

Courses like “Biomedical Applications of DNA Technology” and “Medical Immunology” offer cutting-edge content that combines traditional biochemical knowledge with modern technologies, focusing on areas such as gene therapy and immunotherapy.


Why Study Biochemistry?

Studying Biological Chemistry prepares students for a wide array of careers in research, healthcare, and biotechnology. It equips them with critical thinking, laboratory, and problem-solving skills that are highly valued in today’s scientific industries.

The program offers a strong foundation in understanding the molecular basis of life and prepares students for careers in scientific research, healthcare, pharmaceuticals, or graduate studies. Through hands-on lab work and internships, students develop a practical and theoretical understanding that is essential for the job market.

Graduates can pursue careers in biotechnology, pharmaceuticals, clinical research, environmental science, and healthcare. They are also well-prepared for graduate programs in medicine, pharmacology, and bioengineering.


Leonard Sciorra, Ph.D., Coordinator

The Biochemistry Program is housed within the Department of Applied Science and Technology. The Department offers a major in Biochemistry in collaboration with the Biol­ogy and Chemistry Departments.

Requirements for Biochemistry Major

Degree of Bachelor of Science

Twelve of the required credits for the major count towards the Core Curriculum Requirements.

BI-183General Biology I (Core Natural Science)3
BI-185General Biology I Lab1
BI-184General Biology II (Core Natural Science)3
BI-186General Biology II Lab1
BI-240Cell and Molecular Biology4
BI-240LCell & Molecular Bio Lab0
BC/CH-4212
For Capstone, choose from one of the following3
BC-390
Spec Topics: Biological Chem (Capstone)
CH-499
Research in Chemistry
HP-492
Honors Thesis: Independent Study
CH-131General Chem and Qualitative Analysis 13
CH-131LGen Chem and Qualitative Analysis 1 Lab1
CH-132General Chem and Qualitative Analysis 23
CH-132LGen Chem and Qualitative Analysis 2 Lab1
CH-251Organic Chemistry I3
CH-251LOrganic Chemistry I Lab1
CH-252Organic Chemistry II3
CH-252LOrganic Chemistry II Lab1
CH-365Physical Chemistry I3
CH-365LPhysical Chemistry I Lab1
CH-366Physical Chemistry II3
CH-366LPhysical Chemistry II Lab1
BC/CH-442Biochemistry I3.00
BC/CH-442LBiochemistry 1 Lab1.00
BC/CH-443Biochemistry II3.00
BC/CH-443LBiochemistry II Lab1.00
MA-143Differential Calculus (Core Math)4
MA-144Integral Calculus (Core Math)4
MA-273Multivariable Calculus I4
PC-185General Physics I3
PC-187General Physics Laboratory I1
PC-186General Physics II3
PC-188General Physics Laboratory II1
Total Credits69

Special Notes on Major Requirements