Twenty or twenty one (20 or 21) of the thirty (30) minimum credits needed to complete the MS in Physiology program are completed through required courses:
- PBIO 534 Cellular and Molecular Physiology (4 credits; offered fall)
- PBIO 504 Biostatistics (3 credits; offered fall)
- PBIO 602 Biomedical Career Pathways (1 credit; offered fall) Note: only required if student is currently applying to or plans to apply to medical school.
- PBIO 501 Fundamentals of Physiology (5 credits; offered fall)
- PBIO 907 Physiology Research Paper (2 credits; offered all semesters)
- PBIO 569 Neurophysiology (3 credits; offered spring & summer)
- PBIO 568 Advanced Physiology and Pathophysiology (3 credits; offered spring) or PBIO 603 Graduate Pathophysiology (3 credits; offered summer)
Basic course descriptions are provided below. For the most current course descriptions, please see the Graduate Catalog of courses and select the current academic year. Additional information (i.e. a syllabus may be provided by the department on the Schedule of Classes - choose Main Campus).
PBIO-534 Cell and Molecular Physiology
Faculty: Thomas Sherman
This course covers the principles of biochemistry. The first section examines protein structure/function and enzymology; the middle section focuses on cell signaling, and the final section integrates it all in the context of metabolism. Current concepts regarding physiological processes at the cellular and molecular levels are investigated. This course meets twice a week for two hours in Med-Dent SW107, and has three exams. The primary textbook is Lehninger Principles of Biochemistry.
Prerequisites: organic chemistry and general biology
PBIO-504-01 Introductory Biostatistics: Exp Des/Anlys
Faculty: Anca Dragomir and Ming Tan
This course is designed for introductory biostatistical theory and application for students pursuing a master's degree in fields outside of the Department of Biostatistics, Bioinformatics, and Biomathematics. Students first learn the four pillars of exploring and displaying data appropriately, exploring relationships between two variables, issues of gathering sample data, and understanding randomness and probability. On these pillars, students then can develop the platform for statistical inference including proportions and means, multiple regression, and ANOVA.
PBIO-602-02 Biomedical Career Pathways
Faculty: Adam Myers
This seminar-style course will consist of presentations on study and survival skills for students pursuing biomedical careers and alternative pathways for careers in medicine. Students will attend study skills workshops, interviewing skills workshops, presentations on military medicine, primary care medicine, osteopathic medicine, and complementary and alternative medicine, and presentations on career pathways for specialty and subspecialty medical training. Evaluation of students will be based on participation and homework assignments.
PBIO-501 Fundamentals of Human Physiology
Faculty: Aviad Harmati, Jagmeet Kanwal, Joanna Kitlinska, Michael D. Lumpkin, Susan Mulroney, Adam Myers, Aruna Ramachandran Natajaran, John Partridge, Stefano Vincini
This course is designed to provide students enrolled in graduate programs in biomedical sciences with a basic overview of the function of human body systems. The presentations will include cellular and molecular concepts but the emphasis will be on the integrated regulation among systems. The method of instruction will be mostly lecture. Professors Kitlinska and Haramati direct this course; it is taught by the Physiology faculty.
Prerequisites: Undergraduate Biology, Chemistry, Organic Chemistry, Physics
PBIO-907 Physiology Library Research
Faculty: Andrew Seymour, Jennifer Whitney
Students will perform a thorough literature search and prepare a state-of-the-art, critical review paper on a topic of current interest in physiology, under the tutelage of a faculty member.
PBIO-569-01 Introduction to Neurophysiology
Faculty: John Partridge and Andrew Seymour
This graduate course is an introductory neuroscience course that emphasizes the study of the human nervous system as it applies to clinical medicine. Topics include cellular electrophysiology, brain & spinal cord anatomy, peripheral nervous system anatomy, the structure and function of sensory and motor systems, sleep, and cognitive topics such as learning and memory, stress, and reward. Information given in lectures is reinforced using problem-solving workshops and clinical correlates. This course is a requirement for the MS in Physiology program. Prerequisites: PBIO-501 or BMED-604; PBIO-562, 563, 564 and BCHM-565.
Prerequisites: PBIO-501 or BMED-604; PBIO-562, 563, 564 and BCHM-565
PBIO-568-01 Advanced Physiology & Pathophysiology
Faculty: Jennifer Whitney
This graduate course will cover the fundamental mechanisms and the pathophysiologic basis of major human diseases. This course will complement the basic physiological principles covered in BCHB-561, PBIO-562, PBIO-563, PBIO-564 and BCHC-565, as well as PBIO-501 (Fundamentals of Human Physiology), and also feature a forensic component. It is a lecture-based course.
Prerequisites: PBIO-501 or BCHB-561, PBIO-562, PBIO-563, PBIO-564 and BCHC-565