| IPPH 52100 | Drug Development | All | 3 |
| | A review of drug discovery and drug development, with emphasis on the regulatory aspects of these activities. Animal preclinical research and human clinical research are discussed in detail. In addition, the process for the assembly of an IND and NDA is discussed along with the Phases (I,II,III) of human clinical trials. The CMC (chemistry manufacturing and control) aspects of drug development are presented along with ICH documents and manufacturing process analytical technologies. The course concludes with a brief review of international regulatory issues and patents.
Website: https://courses.pnhs.purdue.edu/ipph521 |
| IPPH 52200 | Good Regulatory Practice | All | 3 |
| | A review of the FDA and ICH regulations on good manufacturing, good laboratory, and good clinical practices. The meaning of these regulations, the globalization of practices, and the roles and responsibilities of various professionals implementing these regulations are addressed. Special emphasis is on detailed coverage of the process for the assembly and submission of an IND or NDA and the function of the regulatory affairs department in a pharmaceutical company.
Website: https://courses.pnhs.purdue.edu/ipph522 |
| IPPH 52300 | Quality Management, Audits And Inspections | Fall | 3 |
| | Advanced topics in quality management and business improvement methods that apply to the pharmaceutical industry. Emphasis is placed on specific issues of industry audits and inspections, as well as successful selection and presentation of business and quality improvement projects.
Website: https://courses.pnhs.purdue.edu/ipph523 |
| IPPH 56200 | Introduction To Pharmaceutical Manufacturing Processes | Fall | 3 |
| | A course intended to provide the student with basic understanding of both the theoretical and practical aspects of pharmaceutical manufacturing by combining a thorough classroom treatment of the underlying principles of each pharmaceutical unit operation with hands-on execution of these activities in the laboratory.
Website: https://courses.pnhs.purdue.edu/ipph562/ |
| IPPH 58000 | Physical Chemical Principles | Fall | 3 |
| | Applications of physical chemical principles to pharmaceutical systems.
Website: https://courses.pnhs.purdue.edu/ipph580 |
| IPPH 58300 | Advanced Biopharmaceutics | Spring | 3 |
| | A comprehensive course dealing with the interaction of biological and physico-chemical considerations relating to drug effectiveness and dosage form design.
Website: https://courses.pnhs.purdue.edu/ipph583 |
| IPPH 58500 | Unit Operations In Pharmacy | Fall | 3 |
| | A study of pharmaceutical manufacturing unit operations emphasizing the physical processes and equipment. |
| IPPH 58700 | Pharmaceutical Solids | Summer | 2 |
| | Provides students with the ability to identify and characterize polymorphs and hydrates and to understand their behavior in the presence of water. Both classical methods and new techniques for the study of pharmaceutical solids and their interaction with water are included. Scientific principles are blended with practical examples to provide a conceptual basis for understanding particular problems.
Website: https://courses.pnhs.purdue.edu/ipph587 |
| IPPH 59000 | Special Topics In Industrial And Physical Pharmacy | All | 1-6 |
| | Special topics in selected areas of industrial and physical pharmacy. |
| IPPH 590A | Food and Drug Law | Fall | 3 |
| | This first course in Food and Drug Law is aimed at having the student gain a basic understanding of the origins, structures, impacts, and relevance of the myriad of laws in place to regulate the manufacture and distribution of drugs and devices. The purpose is to have the student - while not knowing all the laws or where they are found - at least know that there are laws governing situations encountered. The emphasis is to be on the purpose of the laws and their applicability to drug manufacturing as well as to be able to describe the elements in the laws/regulations that trigger the application. The approach will be mainly a macro study, with some exceptions.
Website: https://courses.pnhs.purdue.edu/ipph590a |
| IPPH 590M | Introduction to Pharmaceutical Materials Science | | 2 |
| | Special topics in selected areas of industrial and physical pharmacy.
Website: https://courses.pnhs.purdue.edu/ipph590m |
| IPPH 59800 | Introduction To Research | All | 1-3 |
| | An elective course for fourth- or fifth-year pharmacy students. Qualified students will undertake a project in an area of pharmacal science under the direction of a member of the graduate faculty. |
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| IPPH 66800 | Theory Of Solutions | Summer, Spring | 2 |
| | A study of the thermodynamic properties of drugs in solution. Offered in alternate years. |
| IPPH 66900 | Rate Processes | Summer, Spring | 2 |
| | The application of thermodynamics and kinetics to the decomposition and stabilization of medicinal agents and to their rate of absorption, distribution, and elimination from the body. Offered in alternate years. |
| IPPH 67000 | Advanced Pharmaceutical Production | Fall | 3 |
| | Manufacturing pharmacy from the viewpoint of refined technology and quantity production. Offered in alternate years. |
| IPPH 67100 | Advanced Pharmaceutical Production | Spring | 3 |
| | Continuation of IPPH 670. |
| IPPH 69000 | Molecular Basis of Manufacturing Pharmaceuticals | Fall | 3 |
| | This graduate course is aimed at professionals in the fields of pharmaceutical manufacturing, pharmaceutical development, pharmaceutical analysis, clinical supplies and regulatory. The course will also benefit persons interested in intelectual property and patents. The course is fast-paced but assumes no prior knowledge of pharmaceutical manufacturing. This course is part of Purdue's graduate program in Regulatory and Quality Compliance. For more information, see the flyer. |
| IPPH 690A | Solids Discussion Group | All | 1 |
| | Individual research topics on solid-state properties, manufacturing insights, and spectrophotometric aspects of pharmaceuticals will be presented and discussed by the participants.
Website: https://courses.pnhs.purdue.edu/ipph690a |
| IPPH 690C | Computational Methods For Molecular Crystals | Fall | 1 |
| | Individual research topics selected from the areas of industrial pharmacy, physical pharmacy, or biopharmaceutics.
Website: https://courses.pnhs.purdue.edu/ipph690c |
| IPPH 690D | Document and Dialogue of Drug Development and Registration | All | 3 |
| | Individual research topics selected from the areas of industrial pharmacy, physical pharmacy, or biopharmaceutics.
Website: https://courses.pnhs.purdue.edu/ipph690d |
| IPPH 690S | Field Projects | | 3 |
| | Individual research topics selected from the areas of industrial pharmacy, physical pharmacy, or biopharmaceutics.
Website: https://courses.pnhs.purdue.edu/ipph690s |
| IPPH 690T | Process Analytical Technology | | 3 |
| | Individual research topics selected from the areas of industrial pharmacy, physical pharmacy, or biopharmaceutics. |
| IPPH 690W | Polymers in Pharmaceutical and Biomedical Applications | Fall, even years | 2 |
| | Individual research topics selected from the areas of industrial pharmacy, physical pharmacy, or biopharmaceutics.
Website: https://courses.pnhs.purdue.edu/ipph690w |
| IPPH 69100 | Special Projects | All | 1-6 |
| | Continuation of IPPH 690. |
| IPPH 69600 | Seminar in Industrial and Physical Pharmacy | Fall, Spring | 1 |
| | Discussion of recent research developments in physical pharmacy, industrial pharmacy, and biopharmaceutics related to the physico-chemical properties, availability, effectiveness, and safety of drugs and drug products. Topics are presented by staff, students, and invited speakers.
Website: https://courses.pnhs.purdue.edu/ipph696 |
| IPPH 87500 | Biopharmaceutics and Pharmacokinetics II | Fall | 3 |
| | Continuation of IPPH 475 with emphasis on physiologic pharmacokinetics, therapeutic drug monitoring, design of dosage regimens in selected disease states, and the relationship of drug concentration to intensity and duration of drug effects.
Website: https://courses.pnhs.purdue.edu/ipph875 |
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| NUPH 53000 | Applied Nuclear Pharmacy | Fall | 3 |
| | Information on pharmaceutical products used exclusively in the practice of nuclear medicine. Duties and responsibilities of a pharmacist in the handling of radiopharmaceuticals are covered. Laboratories complement the lecture presentation.
Website: https://courses.pnhs.purdue.edu/nuph530 |
| NUPH 55000 | Introduction to Positron Emission Tomography | Spring | 2 |
| | Introduction to the principles and applications of positron emission tomography (PET). Topics include: instrumentation; radionuclide production; synthesis and applications of 15O, 11C, 13N, and 18F radiopharmaceuticals; quantitative tracer kinetic modeling; and regulatory issues in clinical PET.
Website: https://courses.pnhs.purdue.edu/nuph550 |
| NUPH 69000 | Nuclear Pharmacy Clerkship | | 1 |
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Website: https://courses.pnhs.purdue.edu/nuph690/ |
| NUPH 69600 | Seminar In Nuclear Pharmacy | Fall, Spring | 0-1 |
| | Selected topics in nuclear pharmacy, radiopharmaceutical chemistry, health physics, and radiation biology, presented by staff, students, and invited speakers. |
| NUPH 89500 | Clerkship in Nuclear Medicine | All | 4 |
| | Four-week Doctor of Pharmacy clinical rotation designed to develop the student's clinical knowledge and skills with regard to diagnostic and therapeutic nuclear medicine and associated nuclear pharmacy practice. The contributions of nuclear medicine and nuclear pharmacy to patient care will be evaluated through study of clinical cases and outcomes.
Website: https://courses.pnhs.purdue.edu/nuph895/ |
