Top Masters Programs in Molecular Pharmacology

Pharmacology utilizes the basic concepts of biology and chemistry to determine how drugs affect organisms. It encompasses the study of the biological targets of drug action, the mechanism by which drugs act, the therapeutic and toxic effects of drugs as well as the development of new therapeutic agents. As the study of pharmacology is interdisciplinary, graduate programs in pharmacology are diverse and flexible. Students take a small core of courses in pharmacology, and complete their didactic instruction with courses in areas related to their research including molecular biology, biochemistry, genetics, and cell biology. The Pharmacology and Cancer Biology at Duke University has particular strengths in the areas of receptor function and cellular signaling mechanisms as targets of drug action, neuropharmacology, metabolism, and the pharmacology of normal and abnormal cell growth.

The Therapeutic Sciences PhD Program was developed to be an expansion and integration of our longstanding PhD programs in Molecular Pharmacology Physiology (MPP) and Biotechnology (Biotech). Although the Therapeutic Sciences PhD still covers pharmacology, physiology and biotechnology, it also includes other fields that are part of the broader, expanding discipline of therapeutics. For example, the program includes studies of drug targets in the immune system that are important in treating infectious diseases, characterization of brain mechanisms of addiction with an eye toward therapy, studies of molecular interactions in disease processes, understanding and preventing cancer growth and metastasis, and applications of cell and tissue-based therapies, to name a few of the research foci. Thus, TSGP offers advanced training appropriate for academic and research careers in the fields of biology and medical sciences with a focus on determining disease mechanisms and drug actions, and developing novel therapies. The PhD program is funded in part by an NIH training grant (T32) through the National Institute of General Medical Sciences (NIGMS) Program in Pharmacological Sciences.

Attainment of the Ph.D. degree normally requires four to five years for Ph.D. candidates and three to four years of graduate work for M.D. Ph.D. candidates.

Pharmacology is the science of drugs, their chemical and biochemical properties, and their interactions with live cells, tissues and organisms. In the past 60 years, pharmacology has changed biology and medicine dramatically. Diseases are cured, pain is relieved and formerly fatal illnesses are arrested due to the discoveries made in pharmacology laboratories. Important questions have been answered by basic science, but many remain unsolved.

Scientific foundation of the pharmacology PhD program at Weill Cornell Graduate School trains students in areas of modern biology and biomedical engineering.

This allows students in the Pharmacology program to perform research that will result in better or new therapies for serious medical conditions such as cancer, epilepsy, neurodegenerative disorders, infectious diseases, pain and heart disease.

Pharmacology students have ample opportunities to improve their scientific communication skills, both by writing research papers and presenting their research data at laboratory meetings, the program annual retreat and national scientific meetings. The program provides supportive, spirited colleagues along with a collegiality that helps prepare students for productive research careers in academia, government or industry.

Additional information is available at the Pharmacology graduate program web site.

A baccalaureate degree with a strong background in the natural sciences and or health sciences is required for acceptance into the Pharmacology program. For applicants to the Pharmacology program, valid GRE scores are required. GRE scores are only valid for five years after the test date. Please list your GRE scores in the application. Additionally, official scores must be sent directly to the Weill Cornell Graduate School of Medical Sciences by the Educational Testing Service. The Institution Code Number is 4132. GRE Scores are optional for the following program: Biochemistry Structural Biology, Cellular Developmental Biology, and Molecular Biology program (Allied BCMB), Immunology Microbial Pathogenesis program, Neuroscience, and Physiology, Biophysics Systems Biology. Applicants whose native language is not English are required to take the TOEFL examination. See for application procedures.

In the first year, students complete the core academic curriculum in their second year, they complete elective courses. information Pharmacology program courses is available at Courses.

In addition to coursework, students participate in bi-weekly student-run Pharmacology Journal Clubs, the annual program retreat, and the annual Vincent du Vigneaud Research Day. Students are also required to attend all Pharmacology program seminars and must pass the Pharmacology Seminar Course throughout their tenure as graduate students.

Each student typically selects a thesis lab and major sponsor (thesis advisor) by the end of the first quarter of the second year.

Thesis research is typically completed by the sixth year of tenure in the program. While working full-time in the thesis laboratory and developing the thesis, the student continues to participate in Pharmacology program activities.

The culmination of the student successful progression through the program is the final examination (the defense ) and certification by the Special Committee that the thesis represents an official piece of research that satisfies Graduate School requirements for a PhD degree.

Critical Analysis of the Scientific Literature in Pharmacology.

Principles of Pharmacology III: Principles and Systems Pharmacology.

A collage of the active graduate students in 2020.

The study of how drugs or other agents affect cells and living organisms is a foundational science that intersects with many disciplines in basic science and human disease. Our graduate program emulates the breadth of pharmacology by providing our students with a solid foundation and broad training in cellular and organismal mechanisms, as well as translational science. Our graduate program has recently been re-vamped to create a modern, vibrant program that is well-aligned with both the historical foundations and new strategic vision of the department.

Our program is ideal for students who are interested in studying basic cellular mechanisms with an emphasis on their application to human disease.

Although rigorous, our program is very flexible and individualized to each student, allowing all students to gain a strong foundation in pharmacology, while adapting the specific educational components to the specific research interests of each student. Training in the first year consists of required core courses and research rotations in participating laboratories. In the second year, students begin their thesis research and continue to take their remaining core courses as well as elective courses relevant to their thesis work. At the end of the second year, students take their qualifying exam, for which they prepare and defend a research proposal that is related to their intended thesis research. Subsequent years are devoted to the research, writing and defense of their PhD thesis.

Get information on applying or answers to questions the Molecular Pharmacology Therapeutics Graduate Program.

The Department of Molecular and Medical Pharmacology (DMMP) is a combined basic science and clinical department. The DMMP integrates mathematics, engineering, physical, biological and medical sciences to achieve together advances that we cannot achieve individually in three overall areas: (1) understanding biology of disease, (2) developing new molecular diagnostics and (3) developing new molecular and cellular therapeutics..

UCLA Graduate Program in Molecular Medical Pharmacology offers the following degree(s):.

Molecular Medical Pharmacology its own site.

Molecular Medical Pharmacology Graduate Program at UCLADavid Geffen School of Medicine at UCLA23-120 CHS650 Charles E.

Visit the registrar site for the Molecular Medical Pharmacology’s course descriptions.

The Department of Pharmacology & Physiology offers a rigorous program leading to the M.S. degree in Pharmacology.

The M.S. program is designed to be completed in two full-time semesters. There is a set of required courses focused on pharmacology, biochemistry, and physiology as well as elective credits for each student to tailor the program to their interests. The degree can be completed with coursework only or it can include a laboratory experience. Thirty credits are required to complete the M.S. degree and, if an area of concentration is chosen, the elective credits will come either from a set of related courses or from the research project.

Opportunities for masters-level pharmacologists exist in the pharmaceutical industry, government agencies, and laboratories, as well as at biotechnology companies. Masters students may also decide to apply for Ph.D. or M.D. programs, where the coursework completed in this master's program will prove beneficial.

Typical matriculants to the M.S. program have a B.S. degree in biology, chemistry, biochemistry, or similar science field. Applicants with an undergraduate degree in any other discipline must show strong performance in basic courses in biology and chemistry in order to be eligible for admission.

Tuition Information for MS in Pharmacology (please reference BGE Tuition section).

Scholarship & Financial Aid Information for Biomedical Graduate Education (BGE) at Georgetown University.

The Molecular and Systems Pharmacology graduate program offers broad training in the biomedical sciences for students interested in learning how the drugs of today work and how the novel therapeutics of tomorrow can be developed. Ph.D. training in the Emory MSP graduate program prepares students for successful careers in the biotechnology and pharmaceutical industries as well as in academic research, teaching, government research, patent law and other disciplines that depend upon knowledge of fundamental pharmacological principles.

Cancer Pharmacology research at the Winship Cancer Center, combining cutting-edge research with patient treatment Neuropharmacology research at the Yerkes Primate Research Center, which is world-renowned for research on addiction neurodegeneration Infectious Disease research, as close proximity to CDC has helped to make Emory a leader in anti-viral research, especially anti-HIV work.

Other areas of strength include Cardiovascular Pharmacology, Inflammation, Toxicology, Chemical Biology, and Structural Biology of drug targets.

Pharmacology is one of the most exciting areas of biomedical research because you can have a real impact on human health while working in the lab. Pharmacology is multidisciplinary, bringing together ideas from chemistry, biochemistry, cell biology and integrative biology to create a comprehensive framework for understanding and treating disease. Here, at the University of Michigan Pharmacology, we have assembled a diverse group of outstanding scientists who work together to advance the forefronts of new knowledge to develop novel therapeutic approaches for treatment of disease. There are a number of exciting opportunities for students to work with leaders in the field in one of the top Pharmacology departments in the world.

Docking 250 million molecules for new chemotypes with new GPCR pharmacology .

David Maguire, Ph.D., Assistant Professor of Research, Pharmacology, University of Texas Health –San Antonio.

Biochemistry Molecular Pharmacology Education NYU Langone Health.

Our rigorous training programs help students and postdocs launch scientific careers.

Earn an interdisciplinary PhD in the biomedical sciences.

Pharmacology, which is the most translational of the biological sciences, focuses on mechanisms whereby drugs and toxins perturb biological processes. It draws on all basic science fields to investigate how drug targets regulate normal physiological mechanisms and contribute to disease pathophysiology.

The Pharmacological Sciences Training Program at UVA encompasses the breadth of this discipline and provides students with a solid foundation for careers in Pharmacology. Technologic advances in AI, imaging, and -omics approaches have accelerated the process of identifying potential drug targets and are expected to improve the success rate of drug discovery and development. Experience and practical training with these cutting-edge tools and an underlying knowledge of organismal physiology can equip students with the skills necessary to contribute effectively to biotechnology and drug discovery research in the future. Students are supported by the Pharmacological Sciences Training Grant, now in its 49th year.

Molecular mechanisms linking innate immune and insulin signaling to control cell growth and metabolism.

Drug Discovery and Molecular Biology of Pathogenic RNA viruses: Ebola, SARS-CoV-2, Influenza and Zika.

Molecular mechanisms controlling insulin signaling and fat synthesis.

Advancement in the design of imaging agents molecular imaging and radiological sciences.

Understanding the cellular mechanisms by which seizures are initiated in SCN8A epileptic encephalopathy (DEE13) and temporal lobe epilepsy. My lab uses a number of experimental techniques including patch clamp electrophysiology and in vivo seizure monitor.