P1 | P2 | P3 | Course Number | Course Title and Description | Area(s) of Interest | Credits |
---|---|---|---|---|---|---|
X | PHC 500 | Basic Drug Development Introductory graduate course on the fundamental concepts of drug formulation and development, including discussions of the crucial physicochemical and biopharmaceutical characteristics necessary for drug absorption. | F | 2 | ||
X | PHC 506 | Biometry in Pharmaceutical Sciences PHC 506 is a required 3 credit course designed for first year graduate students of the Department of Pharmaceutical Sciences. This course provides a broad overview of statistical approaches commonly used in the area of pharmaceutical research. In addition to learning the theoretical aspects of these approaches, students will gain hands-on experience applying these approaches to experimental data using a statistical software package used be researches in academia, government, and the pharmaceutical industry. | F | 3 | ||
X | PHC 508 | Drug Delivery A study at the advanced level of the physical and biological principles which apply to the design, development, and evaluation of drug delivery systems. Specific examples of modern systems such as transdermal preparations, liposomes, implants, monoclonal antibodies, and those involving site-targeting will be discussed. | F | 3 | ||
X | PHC 509 | Pharmacogenomics Even years Instructor permission only This graduate level course (2 credits) covers the essential fundamentals of pharmacogenomics within the context of the pharmaceutical sciences. Emphasis is devoted to the application of pharmacogenomics principles and techniques to contemporary drug development practices and drug treatments for major diseases. | F, PG | 2 | ||
X | PHC 538 | Introduction to Biologics Even years Biologics such as protein-, gene- and cell- based therapies have been of great interest as therapeutic modalities for clinical use. They show immense promise to treat/cure several clinical conditions. Due to its complexity, dispensing and development of these drugs poses challenges. the protein drugs are not user friendly like small organic molecule based drugs and pose unique difficulties in its development and handling as drugs. Please refer to the reading material. | F, PKPD, PG | 2 | ||
X | PHC 539 | Protein Pharmaceuticals Introduction to pharmaceutical issues associated with the development of protein and antibody drugs, in particular, production, formulation, stability, characterization and analysis, Pharmacokinetics & dynamics, immunogenicity, delivery, Bio-similar, bio-betters and next generation protein products. | F, PKPD, PG | 2 | ||
X | PHC 607 | Intermediate Pharmacokinetics This course covers the theoretical development of the major methods, models, and equations used in pharmacokinetics with their physicochemical and physiological assumptions and limitations. It employs current graphical and computer methods of applying pharmacokinetics to analysis of experimental and clinical data; as well as evaluating literature and approaches to design of studies and recovery of essential drug parameters. | F, PKPD, PG | 3 | ||
X | X | X | PHC 613 | Pharmaceutics Seminar Instructor permission only Guidance in research in connection with graduate thesis. May be taken more than once for credit. | F | 1 |
X | X | X | PHC 615 | Research Instructor permission only Research | All | 1 - 6 |
X | PHC 630 | Drug Metabolism and Transport Odd years A study of the metabolism and transport of drugs and drug metabolites. Topics include in-depth discussions of Phase I and II biotransformation pathways, Solute Carrier and ATP-binding cassette membrane transport proteins, intestinal, hepatic, renal and brain metabolism and transport, in vitro/in vivo techniques for evaluating drug metabolism and transport, and scale-up of drug metabolism and membrane transport data. | F | 3 | ||
X | X | PHM 525 | Positron Emission Tomography
This course will introduce students to the modalities used in molecular imaging. Four imaging modalities will be covered. Those are optical imaging, Magnetic Resonance Imaging (MRI), Single Photon Imaging Technology (SPECT) and Positron Emission Tomography (PET). It is designed to introduce students to the basics of each modality. The students spend time at the radiochemistry laboratory for the production of human use PET radiopharmaceuticals. They are exposed to automated synthesizer, HPLC and other equipment needed to complete the quality control tests required by USP. The students also spend time in MRI camera laboratory and learn the practical aspect of MRI imaging. | NS | 2 | |
X | PHM 536 | Diabetes Management Students will develop their knowledge and ability to assess, manage, educate, and monitor patients with diabetes with a more in depth examination of various topics. | AC | 1 | ||
X | PHM 551 | Clinical Research Methods This course will introduce the student to the concepts and analytical foundation underlying evidence-based pharmacy practice and clinical research. Course content will focus on: concepts of evidence-based practice; fundamentals of research including measurement, reliability, validity, and ethical concerns; an overview of the FDA approval process; clinical research designs; data analysis and presentation; and the structure and evaluation of clinical research proposals and reports. Upon completion of the course, the student will be able to critically evaluate the medical literature for use in clinical and or/administrative decision making. | F | 2 | ||
X | X | PHM 561 | Global Health Outreach This course is designed to expose students to issues surrounding global health including what world interdependence means, considerations in treating noncommunicable diseases in low-income countries, pharmacists' role/servant leadership, concerns and regulations regarding medication use and acquisition outside the USA, and opportunities that exist for pharmacists in global health. Students will also be exposed to possible opportunities to participate in global health outreach such as medical mission trips, advanced rotation experiences, and short-term trips. | GH | 1 | |
X | X | X | PHM 598 | Professional Problems Instructor permission only Independent study. Contact instructor. | All | 1 - 6 |
X | PHM 599 | Teaching and Learning Theory
The supervised teaching course provides instruction on learning theory and best teaching practices. This will provide the P3 students at the University at Buffalo opportunities to learn about teaching modalities and apply them in small group sessions and evaluate students' performance in pharmaceutical care activities during teaching assistant activities. | AD, RS | 1 | ||
X | PHM 607 | Clinical Evaluation of New Drugs PHM 607 is a 1-credit hour course offered in the Fall Semester to students in the third professional year of the Doctor of Pharmacy program. The course is intended to build on drug information skills introduced to students in the P2 year and prepare information for presentation to peers and pharmacists on newly approved drugs. | DI | 1 | ||
X | X | PHM 611 | Practical Oncology Many patients seen in healthcare settings such as community pharmacy, ambulatory care and acute care often come across individuals undergoing active therapies for their cancer diagnosis. Often times these complications are treated in settings out of the direct oversight of their oncologists. This course will look through the lenses of non-oncologists/oncology pharmacists as they treat common complications, presentations and side effects that can routinely be seen in other settings. Topics such as nausea and vomiting, febrile neutropenia and infections, tumor lysis syndrome, hypercalcemia of malignancy and bone health as well as others will be discussed. | ON | 1 | |
X | X | PHM 612 | Specialty Pharmacy This elective allows students to gain knowledge and expertise in the field of specialty pharmacy. This course will focus on development of clinical and practical knowledge of specialty pharmaceuticals as well as critical thinking and applications of clinical knowledge to solve actual patient problems. It is a pharmacy elective course designed primarily for students interested in expanding their knowledge of specialty pharmaceuticals. | All | 1 | |
X | X | PHM 618 | Advocacy and Adv Topics in Reproductive Health This elective course will explore in greater detail the pharmacotherapy of reproductive health topics across the lifespan. This course will prepare student pharmacists to provide optimal care to patients by reinforcing previously learned content with application activities and by encouraging students to integrate their foundational knowledge in health policy, research, and advocacy into decision making. Pharmacotherapeutic topics will include a blend of reproductive health topics which may include: specialty infertility care, preconception and antenatal care in pregnancy and lactation, maternal fetal medicine, gender affirming care, complex contraceptive care, among others. Elements of diversity and inclusivity will be woven throughout the course.
| W | 2 | |
X | X | PHM 643 | Book Club Discussion This is an in person, small discussion group of one book that involves a health or health care theme and the intersection with health care disparities. | All | 1 | |
X | PHM 752 | Cardiology and Critical Care Pharmacotherapy Cardiology and critical care pharmacotherapy is an elective course offered to third year professional pharmacy students. The course will cover the pathophysiology and therapeutics of various disease states encountered in these populations. The course will also address challenges to providing pharmaceutical care to these populations, with a particular focus on selecting the appropriate drug, dosage, and route of administration. | CD | 1 | ||
X | PHM 753 | Pharmacy Journal Club This course is designed to improve students understanding of primary literature, research methodology, statistical analysis, and application. Through a formal journal club presentation and group discussion and evaluation of presentations, students will improve presentation skills and collegial discussion of primary literature. | 1 | |||
X | X | PHM 798 | Supervised Teaching Teaching assistants serve various roles in courses throughout pharmacy school. Supervised Teaching allows faculty to recognize students who participate as teaching assistants in their courses as review session holders, content creators, and simulated patients, to name a few responsibilities. | AD, RS | 1 - 3 |
P1 | P2 | P3 | Course Number | Course Title | Area(s) of Interest | Credits |
---|---|---|---|---|---|---|
X | X | X | CHB 501 | Study of Health Behavior Limited availability. Email the instructor for permission. | PH | 3 |
X | X | X | CHB 601 | Principles of Community Health and Health Behavior | PH | 3 |
X | X | X | EEH 501 | Epidemiology Principles Only 3 credits count toward elective requirement | PH | 4 |
X | X | X | EEH 530 | Intro to Health Care Organization | PH | 3 |
X | X | X | LAI 648 | Graduate Research Ethics | PH | 3 |
X | X | X | MGB 630 | LD | 1.5 | |
X | X | X | MGG 605 | Social Innovation & Entrepreneurial Leadership in Africa | LD | 3 |
X | X | X | MGM 523 | Marketing Foundations | LD | 3 |
X | X | X | NGC 518 | Health Promotion and Epidemiologic Methods Instructor permission only | EPD | 3 |
X | X | X | NMD 325 | Radiation Safety for NMT | NS | 2 |
X | X | X | NMD 421 | Basic Radiation Science | NS | 4 |
X | X | X | NTR 500 | Energy/Protein Nutrition | All | 3 |
X | X | X | NTR 503 | Nutrition and Health | All | 3 |
X | X | X | NTR 527/ ES 527 | Obesity | DMS | 3 |
X | X | X | PHM 522/ CHB 522 | Health for Refugee Populations | GH | 3 |
X | X | X | PHM 642/ MGH 642 | Innovators in Health Care | CR | 3 |
X | X | X | PHM 692/ MGH 692 | Health Care Fraud and Abuse | CR | 3 |
X | X | X | PHM 867/ LAW 867 | Law and Genetics | PCI | 3 |
X | X | PMY 599 | Supervised Teaching Instructor permission only | AD, RS | 2 | |
X | X | PMY 626 | Toxicology Principles and Practices | All | 3 | |
X | X | X | RPN 530 | Oncology for Scientists I | ON | 4 |
X | X | X | SPA 522 | All | 3 | |
X | X | X | STA 527 | Intro to Medical Statistics | All | 4 |