Chemical biology is the application of exact science,
particularly chemistry, to the understanding and utilization of
biological phenomena. The scientific approach to understanding
living systems ultimately leads to the cell - the basis of all
living systems. Modern biology focuses on how cells originate,
differentiate, multiply and function, with emphasis on their molecular
components, their chemical and physical properties and their
interaction.
Chemical biology includes genetic engineering, the
design and modification of genetic material, and molecular
biology. It is an exciting field at the very core of
biotechnology. Today’s biology laboratory is equipped with
sophisticated instrumentation to stimulate muscle tissue and
measure action potentials; to determine the size, shape and
electrical charge of protein molecules; and to follow reactions
within the cell. Biologists can study biological phenomena under
controlled conditionsto explore the mechanisms governing growth,
differentiation, behavior, evolution and aging-knowledge that provides
a foundation for modern medicine. The field of medicine relies
heavily on modern biology.
The Stevens program in chemical biology provides
excellent preparation for the student to pursue a career in
medicine, and satisfies requirements for admission to professional
schools of medicine, dentistry and veterinary medicine. Our program
features the study of cell and molecular biology, molecular genetics,
physiology, biochemistry, biophysical chemistry, organic and
physical chemistry and instrumental analysis. Equipped with this
rigorous background - and here is where the Stevens chemical
biology program differs from traditional biology and pre-medicine
programs - our graduates also find employment in industrial
research and pathology laboratories. Many continue their studies at
the graduate level in the biological sciences, biochemistry,
chemistry or biophysics.
The chemical biology program is certified by the
American Chemical Society (ACS) option - biochemistry. The typical
course sequence at Stevens is as follows: