The goal in this course is to build upon the student’s knowledge in chemistry and biochemistry, to provide insight into concepts relating to the chemical basis of drug action in order to make drug therapy decisions. The relationship between the biological target and the drug entity that produces a biological response requires an integrated knowledge of the drug target, the manner in which the drug interacts with the target and factors that provide the drug with a measure of specificity. The course will emphasize the significance of chemical and physicochemical properties as these factors influence the stability, solubility, bioavailability, metabolism, elimination, potency, drug half-life, drug interactions and target interactions (covalent and noncovalent binding) of the drug. The chemical and physicochemical properties of functional groups in drug and “target” structures will be emphasized. The course in not intended to cover all drugs and drug classes but will instead cover representative classes that provide broad examples of the fundamental principles associated with the chemical basis of drug action. “Top 200 drugs” (www.drugs.com/top200) will be used as examples where appropriate. The course is intended to complement material presented in other pharmaceutical sciences, pharmacology, and disease and therapeutics courses.
This course consists of lectures and in class exercises designed to introduce the principles and concepts in pharmacogenomics and personalized medicine. The course goal is to give students an understanding of the principles of pharmacogenomics and personalized medicine, such that they can then apply these skills to patient care. This is a required 2 credit hours course for students in the Bachelor of Sciences Program in Pharmaceutical Sciences and the Doctorate of Pharmacy Program (Pharm D). This is an elective 2 credit hours course for graduate students (i.e. MS and PhD) in the Pharmaceutical Sciences program.
Pharmacy Calculations is a class taken by incoming pharmacy majors. The course provides the foundational knowledge that prepares students to take licensing examinations and to be efficient, effective and accurate practicing pharmacists in diverse practice settings. It develops competencies in techniques for identifying, analyzing and solving real-life pharmaceutical and pharmacy problems involving calculations. The material covered provides the prerequisite background for other courses such as Physical Pharmacy and Pharmacokinetics.
Physical chemical properties of drugs; theory and practice applicable to design and evaluation of drug dosage forms; principles of solubility, solution equilibria, chemical kinetics, heterogeneous systems, solids.
This course introduces and evaluates factors influencing the absorption, distribution, and elimination of drugs in humans and presents a mathematical framework for characterizing the time-course of drug concentrations in the body (i.e., pharmacokinetics or PK). In addition, basic pharmacodynamic (PD) concepts are reviewed, which define the relationships between drug concentrations and pharmacological and adverse effects. Integrated together, the PK-PD paradigm describes the components that determine the intensity and duration of drug effects, and mathematical PK-PD models can be ultimately used to optimize the initiation and individualization of drug therapy in a quantitative manner.
PHM 501 Foundations of Pharmacotherapeutics
PHM 601 Cardiovascular/Renal
PHM 602 Endocrinology & Women's Health
PHM 603 Immunology/Infectious Diseases Pharmacotherapeutics
PHM 604 Ophthalmology/Dermatology/Nutrition/GI Pharmacotherapeutics
PHM 701 Neurology/Psychiatry/Substance Abuse Pharmacotherapeutics
PHM 702 Pulmonary/Toxicology/Rheumatology Pharmacotherapeutics
PHM 703 Hematology/Oncology and Critical Care Pharmacotherapeutics
PHM 704 Pediatrics and Geriatrics Pharmacotherapeutics
PHM 705 Pharmacotherapeutic Integrated Cases
Pharmacotherapeutics (PT) courses start in the spring of your first professional year and continues through your third professional year of the doctor of pharmacy program (PharmD). Upon completion of the course sequence, you should be able to use the Pharmacists’ Patient Care Process and advance the level of clinical patient management through the understanding and utilization of pharmacotherapeutic principles.
PHM 501 occurs in the spring of the first professional year and focuses on foundational concepts related to the health care environment and application of clinical laboratory data.
PHM 601 occurs in the fall of the second professional year and focuses on cardiology and nephrology.
PHM 602 occurs in the fall of the second professional year and focuses on endocrinology and women’s health.
PHM 603 occurs in the spring of the second professional year and focuses on immunology and infectious diseases.
PHM 604 occurs in the spring of the second professional year and focuses on ophthalmology, dermatology, nutrition and gastroenterology.
PHM 701 occurs in the fall of the third professional year and focuses on neurology, psychiatry and substance abuse.
PHM 702 occurs in the fall of the third professional year and focuses on pulmonology, toxicology and rheumatology.
PHM 703 occurs in the spring of the second professional year and focuses on oncology, hematology and critical care. In addition, this course will focus on disease integration in a case-based format to ensure student competency prior to advanced pharmacy practice experiences.
PHM 704 occurs in the spring of the second professional year and focuses on geriatrics and pediatrics. In addition, this course will focus on disease integration in a case-based format to ensure student competency prior to advanced pharmacy practice experiences.
PHM 705 occurs in the spring of the second professional year and integrates Pathophysiology, Medicinal Chemistry, Drug Disposition, Pharmacology, Patient Assessment and the Pharmacotherapeutics sequence in order to optimize therapeutic outcomes.
The PHM 503 and 504 courses are designed to provide you with a basic understanding of pathophysiologic mechanisms of diseases and normal physiologic compensatory function. The emphasis is on bridging basic science to clinical practice through integrated understanding of molecular and functional alterations in cells, tissues, and organ systems of diseases. In your first semester, the course sequence will begin with general pathology at the molecular, cellular, and tissue levels, followed by integrated organ system diseases by mid-first semester and throughout the second semester. A structured framework has been developed to include epidemiology, etiology, pathogenesis, and clinical manifestations of disease.
Pharmacy is a dynamic professional with an ever evolving scope of practice. PHM505 is a course designed to expose students to the process of patient assessment, so that future functions of the profession in the assessment arena are more easily developed, and so that a common database and understanding can be shared with other health care professionals. The overarching purpose of this course is to provide students with the necessary tools to be capable of determining how specific diagnoses are achieved based on an assessment of subjective and objective data from the patient history, physical examination findings, laboratory parameters, and imaging findings; to assess data from a pharmacy perspective; and, to utilize this data in disease state management and triage.
Pharmaceutical Care 1 introduces the basic fundamentals of the pharmacy profession and practice to the first professional year student (P1). The main focus of this course is professional communication. The student will learn basic skills needed to enter the profession as an intern. Skills to be developed in the fall semester (PHM 515, Pharmaceutical Care 1) include communication and motivation interviewing (including patient counseling), retrieval of drug information in various databases, prescription checking, proper use of various devices for the treatment of pulmonary conditions, locate information within a medical chart, enhance skills toward the provision of care in a culturally competent clinical practice, medication reconciliation and transitions of care, technique to prevent medication errors and increase patient safety, and fundamental skills of the inpatient and outpatient pharmacy settings.
The courses in the first professional year of pharmacy school introduce the basic fundamentals of the pharmacy profession and practice to students. Topics to be introduced in the fall semester (PHM 515, Pharmaceutical Care 1) include (but are not limited to) communication and motivation interviewing (including patient counseling), electronic drug databases, and prescription checking. The spring semester (PHM 516, Self-Care Pharmacotherapeutics) focuses on self-care of common ambulatory care conditions and will include identification of patients who are candidates for self-care, exclusions for selfcare, and selection of over-the-counter therapy and general care measures. Students in the first professional year (P1) will be exposed to didactic lectures as well as a practicum which includes clinical skills exercises such as prescription counseling and drug delivery device training where techniques will be learned and competency will be assessed.
This course is intended to provide rote knowledge and understanding in all the laws, rules and regulations that pertain to the practice of pharmacy in New York State. The material presented should serve as the basis for your legal knowledge and practice over the life span of your career in pharmacy. As a pharmacist, you will apply the law every day in your practice.
This is not an actual course, but a required seminar time for all professional pharmacy students to have available for events, which are announced throughout the semester.
Social, political, economic and other factors have an enormous impact on the way that the US health care system is structured and; therefor, on the types of and manner by which care is delivered to patients.
“The health care system in the United States has been called ‘a paradox of excess and deprivation’. Some persons receive too little care because they are uninsured, inadequately insured, or have Medicaid coverage that many physicians will not accept.” (“Understanding Health Policy: A Clinical Approach, 6e” by Thomas Bodenheimer and Kevin Grumbach.)
This is a one credit-hour course which serves as an examination of U.S. health systems in which patient-centered and/or population-based care is provided, and how social, political, economic, organizational and cultural factors influence providers’ ability to ensure patient safety and deliver coordinated interprofessional care services.
PHM 606 is a 3-credit hour course offered in the Spring Semester to students in the second professional year of the Doctor of Pharmacy program. The course introduces students to practical areas of statistics, applied to pharmacy practice and pharmaceutical sciences, and builds on drug information retrieval skills first introduced to students in the first professional year coupled with drug literature evaluation.
Courses in the second professional year of pharmacy school (PHM 615, Pharmaceutical Care 2 and PHM 616, Pharmaceutical Care 3) emphasize patient-oriented pharmaceutical care skills. Students in the second professional year (P2) are exposed to Pharmacotherapeutics courses for the first time. Disease and therapeutics from Pharmacotherapeutics classes will be reinforced through a variety of integrated activities when applicable, including counseling on a variety of devices for diabetes and contraceptive methods, in-depth cases and discussion on infectious diseases, patient interviewing and counseling. Pharmacy communication is built on from the first year with students writing SOAP notes, practitioner consultation(s), and care plans.
The changing health care environment requires that pharmacists practicing in all settings become efficient and effective purveyors of pharmaceutical care. Pharmacists command high salaries and as a consequence are expected to manage a pharmacy's resources to maximize the potential of the corporation's or institution’s employees, finances, inventory, and time to achieve the desired health and economic outcomes. Changes in pharmacy scope of practice, health care laws and reduction in reimbursement have mandated that all pharmacists, supervisors and staff alike, be well versed in business management techniques. This course will cover all aspects of pharmacy business management including, but not limited to, accounting and finance; human resource management issues; inventory pricing and control; marketing and promotion; leadership; advocacy; Medicaid and Medicare; time management and investments. Students will learn to apply these skills to successfully operate a pharmacy practice encompassing independent, chain, institution, ambulatory and consultant fields.
Practical application of drug dosage formulation, the storage, preparation, dispensing and compounding of medicines and the use of non-medications which include but are not limited to: solid and liquid dosage forms, intravenous admixtures, and devices. Emphasis is on application of pharmaceutical preparations, mathematical skills, pharmacy law, critical thinking, patient education/counseling and practitioner consultation.
652 is a continuation of Professional Practice I with emphasis on more advanced product selection. In addition, drug and non-drug products include, but are not limited to: advanced intravenous therapy, pre-packing and unit dose, chemotherapy, total parenteral nutrition. Emphasis is on patient education, counseling, practitioner consultations, as well as product incompatibilities, preparation, law, and critical thinking.
This is a two-hour course designed for PharmD students in the third professional year. It introduces the concepts and tools required to understand the use of informatics in pharmacy practice. The field of health informatics includes the development, deployment, and use of hardware and software technologies to enhance patient care including improvements in efficiency and safety. Key items that will be discussed include software such as electronic medical records, computerized provider order entry/e-prescribing, and clinical decision support tools as well as hardware solutions such as robotic dispensing/picking, bar code medication administration, and automated dispensing cabinets.
Courses in the third professional year of pharmacy school (PHM 715, Pharmaceutical Care 4) build upon the fundamentals of the pharmacy profession and practice that have been built through the sequence from the first and second professional years. Pharmacy communication is built from previous years with students verbally presenting patients and writing consult notes and care plans. Clinical and patient-oriented skills learned in the previous courses of this sequence have not yet been mastered and will be developed further in these courses with an emphasis on inpatient care. PHM 716 Pharmaceutical Care 5 serves as the capstone course in the Pharmaceutical Care sequence. The course includes capstone assessments of student knowledge and skills gained throughout the didactic and experiential curriculum, including the pre-pharmacy curriculum, to evaluate Advanced Pharmacy Practice Experiences (APPE) readiness. PHM 716 Pharmaceutical Care 5 serves as the capstone course in the Pharmaceutical Care sequence. The course includes capstone assessments of student knowledge and skills gained throughout the didactic and experiential curriculum, including the pre-pharmacy curriculum, to evaluate Advanced Pharmacy Practice Experiences (APPE) readiness.
Pharmacy is a profession that has undergone several dramatic changes over recent years. Standards of practice, changing health care systems and regulations along with changes in reimbursement have made health care challenging. Providing health care in this environment can pose many ethical situations and choices. Students need to know the legal and ethical ramifications of decisions they make to understand proper patient health care.
PHM 730 Topics in Pharmacy Law is a continuation of legal topics related to the practice of pharmacy and the pharmacist’s role in patient care. Special topics will be presented and discussed to enhance the student’s understanding of the legal parameters of practice. A major focus will be on the latest changes in state and federal regulations and laws including but not limited to: electronic prescribing, the USP 800: Hazardous Drugs Handling, the Joint Commission on Health Care Organizations; Secure and Responsible Drug Disposal Act of 2010, the Affordable Care Act, the Biologics Price Competition and Innovation Act (BPCIA) 2010 and current updates in New York State Pharmacy regulations.
The student will gain insight into the concept, methodologies, and application of the science of pharmacoepidemiology and pharmacoeconomics and its importance to pharmacy practice. The goal is to explore how pharmacoepidemiology and pharmacoeconomics impacts pharmacy, regardless of what type of healthcare setting the pharmacist practices in.
Explores principles of drug action on biological systems, action mechanism of each agent class on specific organ systems, a review and extension of pertinent physiologic concepts of that system, chemical structure-drug activity relationships, sites of action, metabolic patterns of principal drugs, and therapeutic and toxicologic aspects.
PHM 581: Intro Pharm Pract Exp 1a
PHM 582: Intro Pharm Pract Exp 1b
PHM 680: Intro Pharm Pract Exp 2
PHM 681: Intro Pharm Pract Exp 2a
PHM 682: Intro Pharm Pract Exp 2b
PHM 780: Intro Pharm Pract Exp 3
PHM 781: Intro Pharm Pract Exp 3a
PHM 782: Intro Pharm Pract Exp 3b
IPPE-1a & b serves as the first of three levels of introductory practice experiences, completed throughout the first professional (P1) year. PHM 582 represents the spring semester requirements of the entire P1 year. Students will participate in pharmacist shadowing and community education activities outside of the classroom, as well as small group discussion to reflect on and compare experiences with their peers. Various lectures, simulation activities, and web-based training relevant to their level of experiential education will be utilized. An IPPE journal will also be created and updated by each student on a continuous basis, documenting and reflecting on each activity completed.
IPPE-2a & b is the second of three levels of progressive IPPE activities where students are to complete a minimum of 90 hours of experiential education throughout their second professional (P2) year. PHM 681 represents the fall semester requirement of the P2 year. Students will be asked to perform and complete tasks including but not limited to, patient and interprofessional interactions, dispensing techniques, formulating pharmaceutical preparations, patient counseling, simulation activities, drug delivery devices, medication therapy management, service learning, medication error prevention and reporting, pharmacoinformatics, and wellness clinics. The theme of this particular course will be “firsttime pharmacy practice”, meaning P2 students are now licensed pharmacy interns in NYS and can perform actual pharmacy practice activities under the supervision of a licensed pharmacist preceptor. They will complete approximately 50 hours during the fall semester and 50 hours during the spring semester (minus any hours they were able to complete previously during the summer). All students will also participate in group reflection sessions, various professional training and related assignments, case studies, as well as the continuation of documenting and reflecting on all experiences via their IPPE journal. These experiences and related activities will continue to be integrated with the doctor of pharmacy curriculum to further enhance their clinical skills and contribute to their overall development as a pharmacy healthcare professional.
IPPE-3a & b provides the Doctor of Pharmacy student the opportunity to observe and practice a variety of professional activities in multiple pharmacy settings, including inpatient, outpatient, and research. This course marks the start of the third and final level of progressive IPPE activities where students are to complete a minimum of 150 hours of experiential education throughout their third professional year. PHM 781 represents the fall semester requirement of the P3 year. Students will be asked to perform and complete tasks including but not limited to, patient and interprofessional interactions, dispensing techniques, formulating pharmaceutical preparations, patient counseling, simulation activities, drug delivery devices, medication therapy management, service learning, medication error prevention and reporting, pharmacoinformatics, and wellness clinics. The theme of this particular course will be “mini-APPE” rotations, meaning it will attempt to mimic and directly prepare students for the full-time advanced pharmacy practice experiences (APPE) which takes place the following year. A P3 student will complete approximately 40-55 hours over the summer, 40-55 hours during the fall semester, and 40-55 hours during the spring semester. All students will also participate in group reflection sessions, various professional training and related assignments, case studies, as well as the continuation of documenting and reflecting on all experiences via their IPPE journal. These experiences and related activities will continue to be integrated with the doctor of pharmacy curriculum to further enhance their clinical skills and contribute to their overall development as a pharmacy healthcare professional.
PHM 820, PHM 821, PHM 823, PHM 824, PHM 831, PHC 815, PHM 841, and PHM 850
The advanced pharmacy practice experiences are designed to build on the previous academic base with a wide range of exposure to various clinical pharmacy practice environments and medical sub-specialty areas. Advanced pharmacy practice experiences are academic learning experiences in both patient care and non-patient care settings and are a vital component of the doctor of pharmacy program. The advanced pharmacy practice experiences involve the students in the provision of advanced clinical pharmacy services and provide experience in various medical sub-specialty environments. Major goals are the development of independent judgment and the integration of fundamental knowledge with clinical applications.
NOTE: The School of Pharmacy and Pharmaceutical Sciences reserves the right to change courses as needed in order to achieve curricular outcomes in accordance with Accreditation Standards and Guidelines.