Pharmaceutical Product Development (PPD)
How to Read Course Descriptions
The bolded first line begins with a capitalized abbreviation that designates the subject area followed by the course number and title. The unit value is also displayed.
Components: Indicates that the course has multiple components, such as lecture (LEC) and laboratory (LAB). The corresponding component hours are included in parentheses. For example, LEC (2), LAB (3).
The course description outlines what topics are covered in the course.
Prerequisites: Coursework to be completed and/or requirements required before taking the course.
Co-requisites: Course(s) that must be taken in the same term.
General Education Key: Indicates the General Education area for which the course may fulfill a requirement.
- SD- Science Distributive Requirement
- BSD- Behavioral and Social Science Distributive
- HD- Humanities Distributive Requirement
- AD- Arts Distributive Requirement
- EC- English Composition Requirement
- PS- Public Speaking Requirement
- I- Interdisciplinary Requirement
- J- Diversity Requirement
- W- Writing Emphasis
- F- Foreign Languages Culture Cluster
- AR- Arabic Culture Cluster
- ASL- American Sign Language Culture Cluster
- CC- Classical Civilizations Culture Cluster
- FA- France & Francophone Area Culture Cluster
- GER- Germany Culture Cluster
- IT- Italy Culture Cluster
- REE- Russia & Eastern Europe Culture Cluster
- SP- Spanish Culture Cluster
Distance Education: Indicates if a course is approved to be offered via distance education. See the class schedule for details.
Typically Offered: Indicates what semester the course is typically offered.
Repeatable for Credit: Indicates if a student can take the course again and obtain credit.
Cross Listed: Indicates if there are any other course offerings that are considered equivalent to the course listing.
PPD 535. Pharmaceutical Chemistry. 3 Credits.
Through the use of case studies, the student will learn the role of the chemist in drug discovery and development. Specifically, target initiation, competitive surveillance, lead discovery and optimization, counterscreens for selectivity, pharmacokinetics, selection criteria for entering development and synthetic optimization will be elucidated.
Pre / Co requisites: PPD 535 requires prerequisite : CHE 232.
Cross listed courses CHE 535, PPD 535.
PPD 581. Drug Design I. 3 Credits.
This introductory graduate level course provides an overview of the pharmaceutical industry and the drug development process, including lectures of each phase of the process and the organization of a typical pharmaceutical company. In addition to weekly reading assignments students will be expected to analyze specific case studies on a weekly basis.
Typically offered in Spring.
PPD 582. Drug Design II. 3 Credits.
This graduate level course provides an overview of the pharmaceutical industry and the drug development process, including lectures of each phase of the manufacturing process and drug development process including the role of regulatory and government affairs in drug development. In addition to weekly reading assignments students will be expected to analyze specific case studies on a weekly basis.
Typically offered in Fall.
PPD 583. Drug Design III. 3 Credits.
This graduate level course provides an overview of the pharmaceutical industry and the drug discovery process, including lectures on the use of computers in drug design the newest targets for development as well as lectures on proteomics, HTS and translational medicine.
Typically offered in Spring.
PPD 590. Special Topics in Drug Development. 1 Credit.
This special topics course is designed to offer in-depth seminars about novel and exciting areas of research in the field of pharmaceutical product development and drug discovery. Topics will change each semester. Invited speakers from the pharmaceutical industry will be presenting the most up-to-date information about their areas of expertise.
Pre / Co requisites: PPD 590 requires a prerequisite of PPD 581.
Repeatable for Credit.