Loyola University Chicago

What you'll study

This PhD emphasises hypothesis-driven laboratory research combined with coursework and professional development. Students undertake an initial period of coursework and laboratory rotations to identify a dissertation laboratory, then progress to focused independent research culminating in a written dissertation and oral defence.

• Core coursework: advanced cellular and molecular physiology, pathophysiology, experimental design and statistics, and contemporary topics in biomedical research.
• Laboratory rotations: short laboratory placements with faculty across physiology, pathology, cancer biology, neuroscience, cardiovascular biology, metabolism and immunology to help students select an advisor and refine their research question.
• Research training: intensive mentor-led laboratory research addressing mechanistic questions relevant to human disease; projects commonly use molecular biology, cell biology, animal models, imaging, electrophysiology, and omics approaches.
• Seminars and journal clubs: participation in department seminars, research-in-progress presentations and journal clubs to develop critical reading and communication skills.
• Teaching and professional development: opportunities to gain teaching experience as a graduate instructor, plus training in grant writing, peer review, ethics, and career planning.
• Qualifying milestones: a qualifying exam or portfolio to move from coursework to candidacy, followed by a dissertation proposal defence and final dissertation defence.

Entry requirements

Applicants are expected to hold a relevant bachelor’s degree (biological sciences, physiology, biomedical sciences or equivalent); many successful applicants have a master’s or previous research experience. Competitive candidates demonstrate substantive laboratory research experience, a strong academic record, and clear motivation for a research career.

• Official academic transcripts showing undergraduate and any graduate-level study.
• Research experience, typically evidenced by a CV/resume and a statement of research interests describing past projects and proposed areas of study.
• Letters of recommendation (commonly three) from academic or research supervisors who can comment on research potential and preparedness for doctoral study.
• A personal statement outlining research goals and fit with the department’s faculty and facilities.
• English language proficiency test scores for applicants whose first language is not English, where required by the university.

Standardised test requirements (such as the GRE) and minimum GPA thresholds vary; applicants should consult the programme’s admissions page for current guidance and for information about funding, assistantships and application procedures.

Career prospects

Graduates from this programme pursue a wide range of research-focused careers. Outcomes commonly include:

• Academic research positions: postdoctoral fellowships leading to tenure-track or research faculty roles in physiology, pathology, neuroscience or related biomedical disciplines.
• Biotechnology and pharmaceutical industry: research scientist roles in drug discovery, preclinical development, translational science, biomarker development and regulatory science.
• Clinical and translational research: positions in academic medical centres, clinical trials units and translational research organisations bridging laboratory findings to patient care.
• Science communication, policy and management: roles in scientific publishing, research administration, science policy, patent law (with further training) and project management.
• Teaching and education: positions in higher education and specialised teaching roles in physiology and biomedical sciences.

Why study at Loyola University Chicago

Loyola’s doctoral training in Physiology, Pathology and Related Sciences is embedded in the Stritch School of Medicine and benefits from close ties to Loyola University Medical Center, providing access to clinical samples, multidisciplinary teams and translational research opportunities. The programme emphasises small cohorts, individualized mentorship and ethical, service-oriented scholarship in line with the university’s mission.

• Interdisciplinary faculty: faculty research spans cardiovascular biology, neuroscience, immunology/inflammation, cancer biology and metabolic disease, enabling diverse project choices and collaboration across departments.
• Research infrastructure: students access core facilities and technologies typical of a research medical centre, including imaging, genomics and animal-model support.
• Mentorship and professional development: structured mentoring, graduate seminars and teaching opportunities help students develop as independent investigators and communicators.
• Location and collaboration: proximity to a major urban medical centre and a broad network of clinical and research partners supports translational projects and postdoctoral/job opportunities in the Chicago region and beyond.