Electives

This course will provide students knowledge about the cannabis plant and the derivative constituents, primarily focusing on cannabinoids and their interaction with the endocannabinoid system. The goal of this course will be to introduce the scientific basis for the development of cannabis-derived medicinal drug products beginning with the ancient history of cannabis and learning about the cultural, social, political, legal, medical, pharmaceutical, scientific and educational perspectives. As an introductory course, it will cover many aspects of cannabis, including botany, pharmacology, and therapeutics and will include guest speakers with relevant expertise. Students will have an opportunity to be at the forefront of this rapidly growing field in order to provide scientific based information to patients, and will gain expertise while interactively participating in the learning process.

The goal of the free clinic TCC is to provide behavioral counseling and pharmacotherapy recommendations to uninsured and disadvantaged patients. In addition to TCC, students will also treat patients in comprehensive fashion focusing on medication management in complex patients. This will be a pre-APPE study mimicking an APPE ambulatory care rotation with emphasis on TCC and medication management of chronic diseases.

Profound racial and ethnic disparities are deeply woven within the constructs of the US healthcare system. Infectious diseases are the second leading contributor to healthcare racial disparities, however, racially/ethnically minoritized groups are less likely to have access to preventative therapies. This SSPPS elective, Exploring the Intersection of Racism, Antimicrobial Resistance, and Vaccine Equity, is a one-unit course focusing on the confluence of racism and social determinants of health on infectious diseases and disparate outcomes. At the conclusion of this course, learners will be equipped with the necessary tools to identify inequities recognized with racially/ethnically minoritized communities and their own role in narrowing the equity gaps.

A lab-based human anatomy course in which enrolled students perform hands-on dissection in parallel with the MS1 anatomy course.

This course focuses on facilitating student learning about wellbeing and actively practicing strategies for well-being. Throughout the course, there will be experiential and self-care sessions focused on the following topics: Orientation/Introduction of Wellbeing, Building Community, Self-Compassion & Kindness, Mind-Body Connection, Play and Joy, Nourishing Our Bodies. The course will conclude with a final student presentation on wellness. After learning about, reflecting on, and practicing well-being strategies, students will better understand the importance of wellbeing in their own lives in addition to the lives of their patients and peers.

This course will provide an introduction to pharmacoepidemiology and related methods to investigate the effectiveness, safety, and benefits of pharmaceuticals on the population. Pharmacoepidemiology combines the philosophies and methods of epidemiology and pharmacology to address population health issues in well-defined large populations using real-world data. Fundamental activities of pharmacoepidemiology includes drug utilization and safety, pharmacovigilance, comparative effectiveness, and benefits of pharmaceuticals on large populations. This course is for pharmacy students at all levels of their education.

This elective course provides students with a foundational understanding of Python programming, focusing on its application in healthcare practice and research. Students will learn core programming concepts, such as data types and functions, while exploring how Python can be used to analyze and interpret patient data and streamline the patient care process. No coding experience or knowledge is required. This is a beginner-friendly course designed to teach the principles behind how to code.

This course will provide an overview of the field of teratology with emphasis on specific medications used during pregnancy and the risk for congenital anomalies. Students will acquire ability to critically evaluate data and apply this to individual risk assessment.

The goal of the 2-quarter series in 'Principles of Pharmaceutical Sciences and Drug Development' (PPSDD) graduate courses is to provide students with an in depth understanding of the drug discovery (Part A) and drug development (Part B) processes. As part of the Biomedical Sciences Graduate Program at UC San Diego, the PSDD Training Area is taught by Skaggs School of Pharmacy and Pharmaceutical Sciences (SSPPS) faculty in association with the Scripps Institution of Oceanography (SIO), the Protein Data Bank (PDB), the Center for Drug Discovery Innovation (cDDI), the UC San Diego Drug Development Pipeline, the Center for Compound Resources, the Center for Computer-Aided Drug Design and the Center for Discovery and Innovation in Parasitic Diseases. The PSDD courses are open to graduate students in related disciplines of Chemistry/Biochemistry, Bioengineering, Neurosciences, Bioinformatics, Biological Sciences, Marine Chemical Biology, and related, reflecting the multidisciplinary nature of drug discovery and development. The Principles of PSDD part 'A' course covers target discovery, lead discovery and early preclinical drug development. The Principles of PSDD part 'B' course covers lead optimization, late stage preclinical development, clinical trials and commercialization. In addition, Part B teaches regulatory affairs and intellectual property associated with drug development. Although both quarters are recommended for graduate students, part A (3 Units) and part B (3 Units) can each be taken alone. The PSDD training area will provide translational sciences training that bridges basic sciences and clinical research for the purpose of addressing the world’s challenges in unmet therapeutic needs.

This course will provide students with a concrete understanding of the challenges and successes associated with moving optimized drug candidates to IND and clinical trials. Optimization of drug leads involves drug design and evaluation for efficacy with appropriate properties in pharmacodynamics, pharmacokinetics, safety and toxicology, drug formulation for routes of administration, FDA drug regulations, and intellectual property for IND application and approval of a projected therapeutic agent.

This course is intended to give students an opportunity to hone a variety of skills including critical analysis, presentation and research skills while gaining a real world perspective of the pharmacy management process. Students will become familiarized in evaluating the available scientific, clinical and economic evidence for a new molecular entity, conduct a cost/benefit analysis, assess the impact on patient population outcomes and relate drug therapy choices to practice guidelines.

Students apply clinical and outcomes assessment skills to clinical and economic dossier for extensive review. Completion of clinical studies evidence matrix, budget impact analyses, and cost-effectiveness analyses yielding a formulary use recommendation and medication use parameters on a population level.

This course introduces students to veterinary pharmacy, challenges in drug therapy, pharmacokinetic/pharmacodynamic variances, ethical issues, law and public health, and drug administration. Students will learn many aspects of serving veterinary patients through lectures, discussion, exercises, field visits and a project.

Through didactic lecture and case study discussions of common pharmaceutical care and chronic disease management challenges in the pediatric population, this elective provides students with specialized focus on Pediatric Pharmacotherapy. Reading materials and case studies will be drawn from clinical practice, primary literature, evidence-based medicine, and clinical practice guidelines.

This hands-on and active learning course will provide students the skills to appropriately assess and treat various pain disorders by building upon the foundation that is taught in Fall Therapeutics. Additionally the course will cover topics of opioid use disorder and prescribing opioids safely, end-of-life management, pediatric pain management, treatment of sickle cell crises, patient assessment and communication in difficult clinical situations.

Designed to develop/enhance students’ working knowledge of medical/healthcare Spanish and cultural competency to facilitate communication with Spanish-speaking patients and families. Special emphasis on oral communication skills and clinical experiences. Open to beginners with no prior exposure to Spanish.

A continuation of SPPS 270A. Designed to develop/enhance students’ working knowledge of medical/healthcare Spanish and cultural competency to facilitate communication with Spanish-speaking patients and families. Special emphasis on oral communication skills and clinical experiences.

This course focuses on teaching students basic knowledge of the legislative process and fundamental advocacy techniques. Students will learn about current legislation relevant to pharmacy and influence lobbyists, legislators, and policy professionals. Throughout the course, there will be three mandatory meetings: orientation, Legislative day, and a lunchtime talk with a guest speaker who will present about their role in advocacy. After Legislative day, we will have a post-legislative day assignment for the students and a video assignment. Lastly, students will write a letter to their senator/assemblyman about any bill presented during Legislative Day.

Presenting drug therapy management in critically ill patients. This is a complementary course to the therapeutics series. Emphasis on drug selection, pharmacology, monitoring therapeutics outcomes, integrating organ function/laboratory tests, drug interaction/adverse reaction recognition and management, pharmacokinetic analysis on select drugs.

This course explores state-of-the art research at various stages of a drug’s lifetime through a series of seminars delivered by world- renowned experts and innovators in pharmaceutical sciences and pharmacy practice. Students will learn how breakthroughs change pharmaceutical industry and healthcare.

Provides students the opportunity to work directly with an underserved population, provide patient education/counseling, and learn how to treat and manage chronic disease states that burden these communities. Students will receive administrative training in management, pharmacy operations and dispensing.

The Prescription Drug Abuse Prevention Elective provides a general review of substances of abuse including stimulants, depressants, opioids, and marijuana. In addition, an overview of drug use, regulations, the mechanism of action of drugs, and preventing substance abuse and substance abuse and dependence will be covered.

This elective will provide an overview of diabetes management including non-pharmacological treatments, pharmacological guidelines and treatment strategies based on the patient’s culture and comorbid conditions. The students will then apply their treatment strategies to patients at the Student Run Free Clinic Program Diabetes Care Clinic.

Through descriptions of some of the most interesting phenomena involving natural products, this course will provide the foundations of the natural product sciences, including ethnobotanical uses of plants, ecological interactions and contemporary drug screening programs, and will increase awareness of the pervasiveness of natural products in pharmaceutical products. Students will gain knowledge of specific natural products of special note for their pharmaceutical or ecological value, and will integrate various scientific disciplines such as organic chemistry, pharmaceutical chemistry, pharmacology, ecology and the drug discovery process. There will be two planned but optional field trips (tide pool exploration, desert garden walk).

Where to find and how to visualize atomic structures of biologically important macromolecules, proteins and nucleic acids. Computer visualization and analysis of their atomic level interactions with drugs. Creating slide-show presentations with incorporated molecular structures. Presenting visualized structures in stereoscopic 3D. Using cutting edge visualization resources at UC San Diego to display and immerse into macromolecular structures in 3D:Oculus Rift VR classroom where 6 students at a time will be able to simultaneously use individual Oculus Rift based VR gear for immersive sensing and analysis of their molecular visualization classroom projects. Each student will select drug*macromolecule complex of their choice to visualize and will have 5-10 min presentation time to emphasize most important atomic drug-molecule interactions in the system, based on visualization tool capabilities.

An elective course focusing on viral and non-viral hepatitis and their impacts on the community. Lectures include epidemiology, testing, diagnosis, and therapeutic management for viral hepatitis, their significance in current healthcare, therapeutic considerations in disease and medication management, and pharmacists’ and physicians’ roles in prevention and transitions of care.

The Special Topics in Psychiatry is an elective course focusing on mental health disorders and dispelling the myths and stigma associated with mental health disorders. Topics that are currently not presented in required curriculum (e.g. Therapeutics) are highlighted.

Elective course on the therapeutic management of solid organ transplant recipients. In this course, students will use their previous knowledge of anatomy, physiology, pathophysiology, pharmaceutics, pharmacokinetics, pharmacology, and therapeutics and literature evaluation to formulate appropriate therapeutic decisions. By the end of the course, students will have reviewed the pathophysiology of major disease states pre- and post-transplantation, the pharmacology of the drugs used in solid organ transplantation, and the decision processes to create and implement therapeutic plans. This course will prepare students for the practice of pharmaceutical care on acute and ambulatory care solid organ transplant rotations.

This is an elective that will introduce students to oncology pharmacy and basic concepts in oncologic care. The curriculum is designed to provide students with the continuum of oncology pharmacy from beginning to end: risks/cancer prevention, drug development, clinical trial design, drug administration, future therapies, adverse effects, survivorship, and hospice/palliative care. This course will prepare students for future oncology rotations and confer basic knowledge for the responsible provision of other aspects of pharmaceutical care of patients with cancer.

Special studies in specific topics in pharmacy and pharmaceutical sciences, taken by more than one student.

You may earn elective credit by creating an independent study project in collaboration with a faculty advisor. You may want to consider this option if there is a topic you want to research or learn more about beyond what is currently taught in the curriculum and isn't part of your required PharmD research project. Please refer to the SPPS 298 Independent Study Project proposal form on the home page of the Student Resources Canvas course page in the "Course Lists and Other Course-related Information" module for more information.

With faculty approval, students may enroll in this 1–2 unit course to assist in the coordination and delivery of selected required and elective courses within the curriculum. Under the guidance of a faculty advisor, students support instructional, organizational, and quality improvement efforts while gaining experience in academic leadership and course development.

Eligible courses include, but are not limited to: Pharmaceutics (IV Prep Lab), Managed Care, Current Concepts in Pharmacy Legislation, Diabetes Care, and Hepatitis Free SD Collaborative.

In collaboration with the faculty advisor, students may participate in activities such as organizing and delivering selected lecture content; coordinating lecture logistics and outreach events; reviewing and analyzing feedback from prior-year students and faculty to inform course enhancements; attending course sessions; and assisting with the planning and management of course-related initiatives.

Assist in teaching SPPS 225 Dosage Forms and Drug Delivery Systems – Compounding Lab, a P1 required course. The goal of this course is for students to gain teaching experience in compounding labs through any or all of the following activities: Preparing non-sterile compounded dosage forms (i.e. capsules, creams, suppositories & suspensions), studying USP guidelines in order to effectively interpret current regulations in compounding, and participating in exercises geared towards identifying the proper role of compounding in patient therapies.