Integrated Sequence

Courses

PHIDG 1510: Introduction to Integrated Pharmacotherapeutics

Credits 5

​​​​The Integrated Pharmacotherapeutics Sequence is a series of 9 modular 5- or 10- week courses. Each module incorporates the principles of pathophysiology, pharmacology, pharmacotherapeutics and medicinal chemistry to teach the safe, effective and evidence-based use of drugs. This course has a particular emphasis on scientific principles foundational to the disciplines of Pharmacotherapeutics, Pharmacology, and Medicinal Chemistry, as well as respiratory and ophthalmic disorders. ​​ 

PHIDG 1511: Integrated Pharmacotherapeutics: Cardiology and Kidneys

Credits 4

​​The Integrated Pharmacotherapeutics courses are a series of 9 modular 5- or 10-week courses that utilize an organ systems approach. Each module incorporates the principles of pathophysiology, pharmacology, pharmacotherapeutics and medicinal chemistry to teach the safe, effective and evidence-based use of drugs. This course has a particular emphasis on cardiology and renal systems.​​ 

PHIDG 1512: Integrated Pharmacotherapeutics: Endocrinology

Credits 4

​​The Integrated Pharmacotherapeutics Sequence is a series of 9 modular 5- or 10-week courses that utilize an organ systems approach. Each module incorporates the principles of pathophysiology, pharmacology, pharmacotherapeutics and medicinal chemistry to teach the safe, effective and evidence-based use of drugs. This course has a particular emphasis on endocrine-related conditions.​​ 

PHIDG 1610: Integrated Pharmacotherapeutics: Cardiovascular Disorders

Credits 4

​​The Integrated Pharmacotherapeutics Sequence is a series of 9 modular 5- or 10-week courses that utilize an organ systems approach. Each module incorporates the principles of pathophysiology, pharmacology, pharmacotherapeutics and medicinal chemistry to teach the safe, effective and evidence-based use of drugs. This course has a particular emphasis on both acute and chronic management of cardiovascular disorders.​ 

PHIDG 1611: Integrated Pharmacotherapeutics: Neurology

Credits 4

​​The Integrated Pharmacotherapeutics Sequence is a series of 9 modular 5- or 10-week courses that utilize an organ systems approach. Each module incorporates the principles of pathophysiology, pharmacology, pharmacotherapeutics and medicinal chemistry to teach the safe, effective and evidence-based use of drugs. This course has a particular emphasis on neurology.

PHIDG 1612: Integrated Pharmacotherapeutics: Infectious Diseases

Credits 5

The Integrated Pharmacotherapeutics Sequence is a series of 9 modular 5- or 10-week  courses that utilize an organ systems approach. Each module incorporated the principles of pathophysiology, pharmacology, pharmacotherapeutics and medicinal chemistry to teach the safe, effective and evidence-based use of drugs. This course has a particular emphasis on the pharmacotherapy of infectious diseases.

PHIDG 1613: Integrated Pharmacotherapeutics: Psychiatric Conditions

Credits 3.5

The Integrated Pharmacotherapeutics Sequence is a series of 9 modular 5- or 10- week courses that utilize an organ systems approach. Each module incorporates the principles of pathophysiology, pharmacology, pharmacotherapeutics and medicinal chemistry to teach the safe, effective and evidence-based use of drugs. This course has a particular emphasis on psychiatric conditions.

PHIDG 1614: Integrated Pharmacotherapeutics: Oncology

Credits 3.5

The Integrated Pharmacotherapeutics Sequence is a series of 9 modular 5- or 10-week courses that utilize an organ systems approach. Each module incorporates the principles of pathophysiology, pharmacology, pharmacotherapeutics and medicinal chemistry to teach the safe, effective and evidence-based use of drugs. This course has a particular emphasis on antineoplastics and related oncologic disorders, plus hematological patient support.

PHIDG 1615: Integrated Pharmacotherapeutics: GI, Nutrition, and Critical Care

Credits 4

The Integrated Pharmacotherapeutics Sequence is a series of 9 modular, 5- or 10-week courses that utilize an organ systems approach. Each module incorporates the principles of pathophysiology, pharmacology, pharmacotherapeutics and medicinal chemistry to teach the safe, effective and evidence-based use of drugs. This course has a particular emphasis on gastrointestinal disease states, nutrition, and critical care.