Pharmacology

This is a continuation of Application in Pharmacy Practice I course. The course will be co-coordinated by clinical and basic science faculty, who will provide instruction utilizing both didactic and practical teaching modalities. The applications for pharmacy practice I course is the first in a longitudinal series of courses meant to fully integrate knowledge and skills acquired from each course running during the same semester. It aims to incorporate the entrustable professional activities (EPAs), which emphasize practical applications for being a clinical pharmacist, using interactive and case-based learning activities during scheduled 3-hour sessions. Students will learn the purpose of the material taught in each course as well as how that material may be applied in practice-based real-world scenarios.

This is a continuation of Application in Pharmacy Practice 3 course. The course will be co-coordinated by clinical and basic science faculty, who will provide instruction utilizing both didactic and practical teaching modalities. The applications for pharmacy practice 4 course is the fourth in a longitudinal series of courses meant to fully integrate knowledge and skills acquired from each course running during the same semester. It aims to incorporate the entrustable professional activities (EPAs), which emphasize practical applications for being a clinical pharmacist, using interactive and case-based learning activities during scheduled 3-hour sessions. Students will learn the purpose of the material taught in each course as well as how that material may be applied in practice-based real-world scenarios

The history and principles of pharmacology. Covers pharmacodynamics, pharmacokinetics, pharmacogenetics pharmacogenomics, neurotransmitters and their receptor systems and signaling pathways.

Covers the basic concepts of laboratory best practices, use of animals for research, use of radioactive materials in research, human research, and the use of chemical compounds in research, including drugs and toxins. Part of the course is hands-on workshops in the labs of faculty members teaching the course.

Elementary statistics with applications to fundamental pharmacological and toxicology evaluations.

Laboratory methods in toxicology and quantitative determinations of pharmacologically active and toxic agents.

It covers the basics of Research Writing and Presentations. How to prepare a poster, write an research article, and how to write a grant.

Seminar on contemporary research topics by outstanding scientists. Students must write a synopsis of the presentation and present discuss the topic with the speaker.

Laboratory with discussion on the action of drugs pertaining to the cardiovascular system.

Advanced laboratory procedures in autonomic and cardiovascular pharmacology.

This course will provide an overview of the drug development process, focusing on drug development science, regulation, and industry from the U.S. perspective. Most sessions will consist of a brief didactic overview of the day's topic, followed by discussion of a primary scientific publication that emphasizes the most important principles covered.

Study of biochemical mechanisms responsible for the biotransformation of drugs and chemicals.

Studies of biochemical mechanisms of action of drugs or chemicals, Drug Receptor Theory, reaction mechanisms, cellular ultrastructure considerations, methodologies, kinetics, and current topics in molecular pharmacology.

A practical hands-on experience in laboratory technology.

Lectures and demonstrations dealing with the basic principles of pharmacology, and systems pharmacology.

Lectures and demonstrations dealing with systemic pharmacology.

This is the core introductory course for students beginning a master's degree in Biomedical Informatics or for students in other graduate degree programs seeking an introductory overview of the core theories, challenges, research methods and areas for the development of health information management systems and applications.

Covers topics from genetics of alcoholism to the molecular effects of alcohol in various tissues and organs, and the treatments of alcoholism.

The course develops a foundation in human physiology by examining the homeostasis of vital parameters within the body, and the biophysical properties of cells, tissues, and organs. Basic concepts in cell and membrane physiology are synthesized through exploring the function of skeletal, smooth, and cardiac muscle.

Responses of isolated organ systems and tissues to various toxicological agents, including methods used in biological assay.

Detection and quantitation of pharmacologically active and toxicologically important agents in tissue, blood, and other body fluids.

The toxicology of important insecticides, rodenticides, herbicides, fungicides, antioxidants, food colors, and such heavy metals as lead and mercury.

Methods for determining toxicity to or via skin, eye, and respiratory system.

Examination of toxicity resulting from combinations of drugs and chemicals, including therapeutic agents.

Analysis of the toxic effects of drugs and chemicals on various central nervous system functions and behavior.

Study of the effects of drugs and chemicals on embryonic and fetal development and on genetic apparatus.

Presentation of the histological and histochemical changes induced by drugs and chemicals on organs and tissues.

A study of the toxic effects of drugs and chemicals on humans resulting from industrial, environmental, or therapeutic short-term massive or long-term, low-level exposures.

Comparative study of chemical carcinogens, with emphasis on their reactions with cellular macromolecules and on the methods employed to screen agents for carcinogenic activity.

Overview of the biology of laboratory animals, emphasizing their anatomical variation, biochemistry, physiology, and common diseases.

*Note: This course can be taken for a maximum of 10 credits with the student taking 2 credits per semester.

Writing the thesis of the research performed. See note on page 577 related to courses with a range of credit hours. See note on page 577 related to thesis hours.

Writing the dissertation of the research performed. See note on page 577 related to courses with a range of credit hours. See note on page 577 related to dissertation hours.

Laboratory procedures for studying drug actions on the peripheral and central nervous system.

Review of the concepts of the mode of drug action, drug resistance, structure activity relationship, antimetabolites, neurohormones or other hot topics. See note on page 577 related to courses with a range of credit hours and special topics courses.