We prioritize providing you with a comprehensive understanding of modern biological
sciences. Our B.S. in Biological Sciences curriculum includes interdisciplinary courses
such as chemistry, physics, scientific writing, and statistics to prepare you for
advanced biology courses and your future career. Our capstone course focuses on inquiry-based
scientific discovery, providing you with the opportunity to apply your knowledge and
skills to real-world problems. We also offer ample opportunities for you to engage
in undergraduate research in a faculty laboratory, allowing you to gain practical
experience and develop critical thinking skills. Our goal is to ensure that you are
well-prepared for your future career, including graduate school, professional schools
(medical, dental, veterinary) and technical positions in laboratories. We are proud
to have a track record of successfully preparing our graduates for a variety of career
paths.
The Ph.D. program in Biological Sciences is dedicated to fostering groundbreaking
research. You'll have the opportunity to specialize in a diverse range of biology
fields, such as microbiology, cell biology, evolutionary biology, neurobiology, physiology,
endocrinology, or field biology.
The research opportunities at the School of Science and Engineering are outstanding
and have provided me with opportunities to learn and understand biology from a whole
new perspective.
My biology degree prepared me to pursue a PhD program through relevant coursework,
organizations, and graduate/faculty mentors. The structure of the degree grants flexibility
to explore different subjects. I was able to fit in many additional courses in math,
chemistry and engineering.
Justin SingerBS Biological Sciences, '24Enroll Now
My time at Duquesne was more focused on the basics of science research. A lot
of the functional skills developed from this experience have carried over to my time
at Michigan.
The capstone course teaches you so many laboratory techniques and allows you
to pursue a research project that interests you. Joining a laboratory can be hard
and time-consuming, but this course allows us to build necessary bench skills and
gain experience that helps students excel in the lab.
The Bachelor of Science in Biological Sciences offers four concentrations that allow
for specialized areas of study, including general biology, molecular biology, physiology
biology and evolution & organismal biology.
The 4+1 Biological Sciences-Biotechnology Dual Degree Program lets you earn a Bachelor
of Science in Biological Sciences and a Master of Science in Biotechnology in just
five years. Save time and money by taking graduate level classes in your junior year,
while gaining hands-on experience and real-world exposure to research, pharmaceutical
development, medical technology and bioengineering innovations.
The Master of Science in Biotechnology offers advanced interdisciplinary training
in biotechnology, biological sciences, chemistry, and pharmaceutical sciences, along
with essential business skills for career success. With flexible, part-time study
options, you can choose courses that fit your schedule and align with your professional
goals.
The PhD in Biological Sciences is a stipend-supported program focused on research.
Students can choose to specialize in one of many areas of biology, including microbiology,
cell biology, evolutionary biology, neurobiology, physiology, endocrinology or field
biology.
The B.S. in Biological Sciences offers a comprehensive curriculum, small class sizes,
and newly renovated teaching labs, preparing you for entry into medical, dental, and
other healthcare-related professional programs.
Participate in exciting faculty-led projects and utilize modern research equipment
and teaching facilities to prepare for scientific pursuits in today's world.
Hear directly from our Biological Sciences students as they share their Duquesne experiences,
mentorship stories and passion for research.
Graduate Student Publications
Dr. Jessica Packard, a former Biological Sciences PhD candidate from the Dembowski lab, studied how viral DNA interacts with host cell proteins during infections. Her research focused on how viruses hijack the host's cellular machinery to replicate and sustain
their lifecycle. By identifying and validating these interactions using experimental
methods, she examined their effects on critical processes such as DNA repair, replication,
and transcription. These findings advance the understanding of virus-host dynamics
and offer essential knowledge for future research on viral infections.
Former PhD candidate Kyle Emerson and Associate Professor Sarah Woodley collaborated to investigate the impact of the gut microbiome on how an animal perceives
and responds to its environment. Emerson and Woodley found that tadpoles raised in
autoclaved pond water had a dramatically altered gut microbiome and decreased behavioural
responses to sensory stimuli. They were also larger in body mass, with heavier brains
compared to tadpole raised in regular pond water. This indicates that the gut microbiome
plays an important role in shaping animal behavior and brain development.
Former PhD candidate Dr. Brooke Deal and undergraduate students Laura Reynolds and Charles Patterson from Dr. John Pollock’s lab studied male and female rats' responses to neuropathic pain, focusing on neuroinflammation
by macrophages. They found that while both sexes experienced similar pain levels,
a nanotherapeutic delivering celecoxib provided full relief in males but only partial
relief in females, likely due to fewer macrophages at the injury site in females.
The study suggests gender differences in neuroinflammation, which could influence pain treatment
approaches.