- PHSC 210 - Laboratory Safety
- PHSC 220/220L - Quantitative Laboratory Techniques/Lab
- PHSC 323/325/325L - General Biochemistry/Pre-lab/Lab
- PHSC 324 - Introduction to Biostatistics
- PHSC 326/327/327L - Molecular Biology/Pre-Lab/Lab
- PHSC 328 - Introduction to Pharmacology
- PHSC 334 & 336 - Scientific Literature Seminar I & II
- PHSC 338 - Product & Process Validation
- PHSC 404 - Research in Pharmaceutical Sciences
- PHSC 410/411/411L - Analytical Instrumentation/Pre-Lab/Lab
- PHSC 412L - Analytical Laboratory Survey
- PHSC 414 - Research Seminar
- PHSC 416 - Senior Seminar
- PHSC 418/419/419L - Industrial Pharmacy/Pre-Lab/Lab
- PHSC 420 - Senior Internship
- PHSC 438/439L - Pharmaceutical Methodology & Bioprocessing/Lab
- PHSC 442 - Interpersonal Skills
- PHSC 451 - Scientific & Technical Writing
- PHSC 462 and 466 - Anatomy & Physiology
- PHSC 464 - Biochemistry
- PHSC 468 - Clinical Biochemistry
- PHSC 470 - Immunology
- PHSC 472 - Medical Microbiology
- PHSC 474 - Biopharmaceutics
- PHSC 504 - Advanced Research in Pharmaceutical Sciences
- PHSC 508 - Drug Development and Pharmaceutical Regulations
- PHSC 510 - Pharmacokinetics
- PHAR 512 - Fundamentals of Cellular Pharmacology
- PHSC 514/515/515L - Industrial Pharmacy/Pre-Lab/Lab
- PHSC 518/518L - General Toxicology
- PHSC 522 - Molecular Modeling
- PHSC 523 - Graduate Experimental Design & Biostatistics
- PHSC 526/526L - Protein Analysis & Bioassay/Laboratory
- PHSC 528/529L - Advanced Pharmaceutical Analysis – Separation/Laboratory
- PHSC 530/531L - Advanced Pharmaceutical Analysis – Spectroscopy/Laboratory
- PHSC 534 - Masters of Science Seminar I
- PHSC 536 - Masters of Science Seminar II
- PHSC 538/538L - Bioprocessing I: Upstream Technologies/Lab
- PHSC 539/539L - Bioprocessing II: Downstream Operations/Lab
- PHSC 540 - Advanced Physical Pharmacy
- PHSC 542 - Advanced Topics in Industrial Pharmacy
- PHSC 543L - Advanced Industrial Pharmacy Lab
- PHSC 558 - Essentials of Toxicology
- PHSC 564 - Pharmacogenetics
- PHSC 565 - Advanced Experimental Design
- PHSC 574 - Biopharmaceutics
- PHSC 577 - Pharmacology & Medicinal Chemistry II
- PHSC 578 - Good Regulatory (GXP) Practices
- PHSC 581 - Pharmacology & Medicinal Chemistry III
- PHSC 582 - Botanical Medical Seminar
- PHSC 583 - Pharmacology & Medicinal Chemistry IV
- PHSC 590/590L - Advanced Pharmacology & Toxicology/Lab
- PHSC 592 - Advanced Cellular & Molecular Pharmacology
- PHSC 610 - Research Proposal
- PHSC 620 - Research Project
PHSC 210 - Laboratory Safety
An introduction to chemical, physical, and biological hazards associated with laboratory work. Students are introduced to laboratory worker regulations, methods for laboratory and personnel monitoring, and personal protective equipment and clothing. Note: PHSC 210 is a prerequisite (or co-requisite) to all laboratory courses in pharmaceutical sciences.
PHSC 220/220L - Quantitative Laboratory Techniques/Lab
This course introduces the general mathematical principles and basic laboratory techniques used in pharmaceutical analyses. The course covers the basic laboratory skills needed to accurately and precisely measure the mass of solid and liquid samples and the volume of liquid samples. The proper skills for the preparation of mixtures and solutions of various analyte concentrations are also covered. Sources of error in measurements and methods for estimation of precision and accuracy of measurements are discussed. The concepts of concentration, dilution and stoichiometry are reviewed including their use in analysis. In addition, basic acid base theory including acid base titration is reviewed. Students will prepare buffer solutions and the use of buffers will be discussed. The use of spreadsheets in chemical analysis will be introduced
PHSC 323/325/325L - General Biochemistry/Pre-lab/Lab
This introductory lecture and laboratory course provides an overview of the synthesis and metabolism of amino acids, carbohydrates, lipids, and nucleic acids; enzyme kinetics; bioenergetics; and macromolecular structure and function. Students must attend a weekly pre-lab session. Prerequisite: PHSC 220/220L, CHEM 227/228, PHYS 221/221L.
PHSC 324 - Introduction to Biostatistics
Statistical methods in health sciences. The course is intended to provide the student with basic knowledge of descriptive statistics, graphing data, probability theory, normal and other common distributions, sampling and estimation, hypothesis testing, ANOVA and other selected statistical methods.
PHSC 326/327/327L - Molecular Biology/Pre-Lab/Lab
Fundamental principles of recombinant DNA technology are presented with an emphasis on pharmaceutical applications where appropriate. The application of this technology to the discovery, development, and production of new treatment modes for human and animal diseases is also addressed. The courses seek to provide a basic understanding of the techniques involved in biotechnology and to provide practical laboratory experience in the use of these techniques. The lecture and laboratory courses are designed to complement one another and work in tandem to give an overall view of biotechnology. Students must attend a weekly pre-lab session. Prerequisite: PHSC 451, PHSC 323/325 or permission of instructor.
PHSC 328 - Introduction to Pharmacology
The basic principles of pharmacology and toxicology are covered through discussion of the responses of biological systems to drugs and chemicals. The course also considers the absorption, distribution, metabolism, and excretion of xenobiotics and how these factors relate to drug action. Prerequisite: BIOL 221.
PHSC 334 & 336 - Scientific Literature Seminar I & II
1 each hour(s)
Students are introduced to literature searching and critical analysis techniques in this series of courses. The courses promote the formulation of critical thinking approaches. Special emphasis is placed on communication techniques. Students apply their knowledge and skill in the form of written and oral presentations developed by researching the current pharmaceutical and biomedical literature. Prerequisite: PHSC 451.
PHSC 338 - Product & Process Validation
This course introduces students to the principles of good manufacturing practices (cGMP), quality control and quality assurance. The basics of regulatory compliance, the global nature of regulations and the importance of validation in the Pharmaceutical and Biotechnology Industries are discussed. Students learn about the validation of facilities, equipment, utilities, cleaning procedures, computer systems, assays, and processes. The course also illustrates the importance of the team approach to validation and the need for thorough documentation of all associated activities.
PHSC 404 - Research in Pharmaceutical Sciences
Maximum 3 hour(s)
The purpose of this elective course is to introduce pharmaceutical sciences students to methods of basic science and/ or clinical research. This involves application of the scientific processes of hypothesis formation, literature evaluation, experimental design, development of technical skills, data acquisition and analysis, and formal presentation of results. Requires permission of instructor.
PHSC 410/411/411L - Analytical Instrumentation/Pre-Lab/Lab
A comprehensive introductory course that provides students with an in-depth study of the theory and operation of scientific instrumentation typically found in pharmaceutical, chemical, and biotechnical research and analytical facilities. Students gain hands-on experience with a variety of spectroscopic and chromatographic instrumentation through structured laboratory experiments and student-initiated research projects. Students must attend a weekly pre-lab session. Prerequisite: PHSC 220/220L, PHYS 222, or by the permission of the instructor.
PHSC 412L - Analytical Laboratory Survey
The course will emphasize the use and application of basic analytical techniques used in the pharmaceutical industry, such as, spectroscopy and chromatography.
PHSC 414 - Research Seminar
Used in conjunction with research courses PHSC 404 and 504, research seminar provides students with an opportunity to present original research work.
PHSC 416 - Senior Seminar
Senior Seminar provides a forum through which students chronicle their internship experiences. Students present an overview of the companies in which they worked and provide a synopsis of their roles in the organizations
PHSC 418/419/419L - Industrial Pharmacy/Pre-Lab/Lab
This survey course introduces student to the pre-formulation and manufacturing of pharmaceutical dosage forms. Students gain hands-on experience in the laboratory setting performing a variety of USP tests and unit operations. Prerequisites: PHSC 220/221 and 323/325. Credit cannot be received for both PHSC 514/515 and 418/419.
PHSC 420 - Senior Internship
This internship provides practical experience in the pharmaceutical, chemical, or biotechnology industries. Students and participating industrial facilities are matched to provide a comprehensive work experience. Prerequisites: Completion of all BSPS courses and at least a 2.0 cumulative and major GPA.
PHSC 438/439L - Pharmaceutical Methodology & Bioprocessing/Lab
The course will emphasize analysis of active pharmaceutical ingredients, excipients, and products; process design, analysis and purification of biomacromolecules by means of modern techniques. It includes but is not limited to validation of analytical methods, theory and Interpretation of Mass Spectrometry and Nuclear Magnetic Resonance spectra, following guidelines for analysis of various chemicals and dosage forms in the US Pharmacopeia, proper treatments (isolation, purification, and modification) of compounds or bioproducts for analysis, use of large-scale cell culture for pharmaceutical production, and theoretical considerations for purification of cell-produced pharmaceuticals.
PHSC 442 - Interpersonal Skills
Skills such as negotiation, written and verbal communication, managing meetings, facilitation, influencing without authority and assertiveness are often key determinants of success in the workplace. In order to teach students how to be more effective in their careers, students will be coached and evaluated on their ability to plan, conduct and/or facilitate meetings, generate effective communications, and foster effective listening, assertion, and influencing skills. Strategies that are successful during conflictive encounters will be stressed. In addition, students will be exposed to effective techniques used in the selection, mentoring, and management of employees including gender and culture differences.
PHSC 451 - Scientific & Technical Writing
Scientific and Technical Writing is a required course for Pharmaceutical Sciences and Clinical Research majors designed to enable students to effectively and accurately write and review a variety of technical documents used in pharmaceutical-related industries. Prerequisite: ENGL 101 and 102.
PHSC 462 and 466 - Anatomy & Physiology
4 Each hour(s)
This two-course sequence presents a comprehensive study of the structure and function of all organ systems as well as basic biochemical and biophysical principles of cellular and membrane function. Relevance to clinical states and drug action is also presented in many areas. The courses are co-listed as PHAR 302 and 306. Permission of instructor.
PHSC 464 - Biochemistry
A comprehensive course in biochemistry that discusses the metabolism of amino acids, carbohydrates, lipids, and nucleic acids. Principles of enzyme kinetics and regulation, bioenergetics, thermodynamics, and macromolecular structure-function relationships are presented. This course is co-listed as PHAR 304. Permission of instructor.
PHSC 468 - Clinical Biochemistry
This course discusses the principles of quantitative analysis utilized in common clinical laboratory tests. An introduction to interpretation of abnormal clinical laboratory values is presented. Quantitative aspects of nutrition are presented, and regulatory effects of various hormones are described. Diseases such as atherosclerosis and diabetes are discussed. This course is co-listed as PHAR 308. Permission of instructor.
PHSC 470 - Immunology
This course covers basic immunology and the fundamental principles relating to the immune response in normal and disease states. This course is co-listed as PHAR 310. Permission of instructor.
PHSC 472 - Medical Microbiology
The basic medical microbiology concepts are presented. Information necessary to diagnose and manage infected patients are covered. Current, important bacteriologic, virologic, mycotic, and parasitic pathogens and their related diseases are discussed. Clinical presentations, principles of laboratory diagnosis, and preventative measures are emphasized. This course is co-listed as PHAR 312.
PHSC 474 - Biopharmaceutics
The biological and physicochemical factors of the body, drugs, and dosage forms that influence drug availability, disposition, and pharmacological and toxicological responses are presented. This course is co-listed as PHAR 314.
PHSC 504 - Advanced Research in Pharmaceutical Sciences
Maximum 3 hour(s)
This research course is intended for the advanced student. It continues the basic science research experience. This course is co-listed as PHAR 504.
PHSC 508 - Drug Development and Pharmaceutical Regulations
This course provides basics in worldwide drug regulations, facilities and process qualification, and in the processes involved in drug discovery and development. Students will learn how specific activities fit into the overall scheme of drug development, and evaluate the impact of each activity on the overall progression of a new drug candidate. The principles of good manufacturing practices (cGMP), quality control, and quality assurance are introduced. The basics of regulatory compliance, the global nature of regulations, and the importance of validation in the Pharmaceutical and Biotechnology Industries are presented. Federal regulations and documentation requirements are discussed.
PHSC 510 - Pharmacokinetics
Pharmacokinetics involves the rates of liberation, absorption, distribution, metabolism, and excretion of drugs and chemicals in the body. A basic course in pharmacokinetics examines these principles from the mechanistic, mathematical, and graphical perspectives, and provides a scientific approach to rational drug selection and therapy. The principles governing liberation, absorption, distribution, metabolism, and excretion will be presented. The rates or kinetics of these processes, and the mathematical methods associated with pharmacokinetics, will be examined. Application of theoretical principles will be extended to examine drug product equivalency, dosage regimen design, and dosage adjustment in renal and/or liver failure.
PHAR 512 - Fundamentals of Cellular Pharmacology
This course is required for MSPS students, and introduces the basic principles of structure activity relationships and biochemical pharmacology with emphasis on cell biology, physicochemical properties of functional groups, metabolism, receptor theory and signal transduction. Prerequisites: Anatomy & Physiology and Biochemistry.
PHSC 514/515/515L - Industrial Pharmacy/Pre-Lab/Lab
This survey course introduces student to the pre-formulation and manufacturing of pharmaceutical dosage forms. Students gain hands-on experience in the laboratory setting performing a variety of USP tests and unit operations. Prerequisites: Biochemistry with lab. Credit cannot be received for both PHSC 514/515 and PHSC 418/419.
PHSC 518/518L - General Toxicology
This course is designed to give the student a broad appreciation of the field of Toxicology. The student is guided through the mechanisms by which toxicants enter the body and the biotransformation processes that result in the disease-producing entities. The various cellular mechanisms of toxicity and the major target organs affected by toxins will be treated in some detail. Didactic material may be augmented with both in vivo and in vitro experimental laboratories for assessing toxicity. Aspects of environmental, forensic, clinical toxicology and risk assessment will also be addressed in this course. Prerequisites: PHAR 412 or PHSC 512. This course is co-listed as PHAR 518.
PHSC 522 - Molecular Modeling
This informal course trains students in the use of high performance computing systems to solve problems in biological modeling. Lecture topics include a review of high performance computing in molecular modeling, electron density calculations, 3D protein representation docking of molecules Material is presented both in lectures and supervised lab sessions, during which students do interactive programming. The course is designed for students who are interested in viewing and taking a virtual walk through a complex molecule. This course is co-listed as PHAR 542.
PHSC 523 - Graduate Experimental Design & Biostatistics
Statistical methods in health sciences: The course is intended to provide the student with basic knowledge of descriptive statistics, probability theory, hypothesis testing, and other selected statistical methods. In addition, the course enables the student to utilize a statistical software program to apply their knowledge of the subject.
PHSC 526/526L - Protein Analysis & Bioassay/Laboratory
This combined lecture and lab course covers advanced analysis of proteins from a theoretical standpoint and introduces the concept of bioassay. The analytical techniques covered are commonly used as part of the Quality Control for industrial production of proteins. Techniques covered include electrophoresis-based analyses, spectroscopic techniques, immunological assays, and chromatography. Bioassay topics will cover the means of quantifying the biological activity of protein products. The course will combine lectures with hands-on laboratory exercises. Due to limited availability of certain advanced equipment, some exercises may be done as dry-labs and focus on analysis of instructor-provided data.
PHSC 528/529L - Advanced Pharmaceutical Analysis – Separation/Laboratory
The course emphasizes separation techniques used for the analysis of drugs, drug metabolites, toxic substances, and biological fluids and tissues. Theory and applications of separation techniques including gas and liquid chromatography, capillary electrophoresis, appropriate sample preparation techniques, method development, optimization and validation are discussed. Students learn the current state-of-the-art procedures for the isolation, purification, derivatization, and characterization of complex chemical and pharmaceutical samples.
PHSC 530/531L - Advanced Pharmaceutical Analysis – Spectroscopy/Laboratory
The course emphasizes analysis of pharmaceutical compounds and excipients by means of spectrophotometric analysis through the basic principles of interaction of light and matter. It covers principles, theories, instrumentation, and interpretations of data for various types of spectrophotometry – UV/Vis, AA/AE, Thermal analysis, IR/NIR, Raman, Fluorescence, Powder X-ray diffraction, Polarimetry, Dynamic Light Scattering, Mass spec, NMR, etc.
PHSC 534 - Masters of Science Seminar I
This course involves scheduled meetings of students and faculty to review and discuss the literature in the various areas of pharmaceutical sciences. The goal of this course is to develop students’ ability to critically evaluate scientific literature.
PHSC 536 - Masters of Science Seminar II
In this course students will practice literature research and presentation by presenting a research paper in an area outside of their track. The goal of this course is to develop students’ literature searching, writing skills, presentation skills and ability to critically evaluate primary scientific literature. Prerequisite: PHSC 534.
PHSC 538/538L - Bioprocessing I: Upstream Technologies/Lab
This bioprocessing course provides an introduction to the theory and application of biotechnology procedures related to the development of biopharmaceutical products. Students are provided with an overview of prokaryotic and eukaryotic metabolic and genetic regulation, cell culture principles, bioprocess design and validation, and pharmaceutical product generation. Prerequisites include successful completion of courses in biochemistry and molecular biology (or demonstration of experience) and PHSC 526 (Protein Analysis and Bioassay). The course will combine lectures with hands-on laboratory exercises.
PHSC 539/539L - Bioprocessing II: Downstream Operations/Lab
The bioprocessing course continues the introduction to the theory and application of biotechnology procedures to the development of biopharmaceutical products begun in PHSC 538. Students are provided with an overview of product purification (with an emphasis on proteins), formulation, storage, and administration of biopharmaceutical products.
PHSC 540 - Advanced Physical Pharmacy
A comprehensive course in the physical and chemical properties of drugs and other pharmaceutical substances. This course will cover thermodynamics, solubility theory, interfacial phenomena, adsorption and absorption, micrometrics, complexation, viscoelasticity, advanced kinetics theory, and targeted drug delivery systems. Discussion involving issues related to the above topics will be supplemented with journal articles. Prerequisite: grade of C or better in PHSC 418/419/419L or PHSC 514/515/515L.
PHSC 542 - Advanced Topics in Industrial Pharmacy
This is a project-oriented course in the design and manufacture of pharmaceutical dosage forms. This hands-on course places emphasis on the application of cGMPs in the preparation of dosage forms. Prerequisite: grade of C or better in PHSC 418/419/419L or PHSC 514/515/515L.
PHSC 543L - Advanced Industrial Pharmacy Lab
The emphasis of this graduate-level Advanced IP Laboratory course is on the formulation, manufacture, and analysis of various pharmaceutical dosage forms (including sterile, liposomes, lyophilized, and nano-colloidal products) in a cGMP simulated environment equipped with the most advanced state-of-art manufacturing and analytical equipment. The laboratory requires students to apply knowledge gained from previous courses. Prerequisite: PHSC 418/419/419L or PHSC 514/515/515L.
PHSC 558 - Essentials of Toxicology
The General Toxicology course is designed to give the student a broad appreciation of the field of Toxicology. This includes the absorption, distribution, metabolism and elimination of toxicants from the body, as well as the mechanisms of specific toxicity to target organs. Significant treatment of the areas of Forensic, Environmental and Clinical toxicology are also undertaken. Prerequisites: PHAR 412 or PHSC 512.
PHSC 564 - Pharmacogenetics
The basic principle of pharmacogenetics/pharmacogenomics and their relationship to current drug development are discussed. This course is co-listed as PHAR 594 and CLNR 528.
PHSC 565 - Advanced Experimental Design
This course illustrates the application of design of experiment as a tool in research and industry. Prerequisite: PHSC 324, CLNR 324, PHAR 523 or 528. This course is co-listed as PHAR 566.
PHSC 574 - Biopharmaceutics
Biopharmaceutics is the study of the biological and physicochemical factors of the body, drug, and dosage forms of drugs that influence drug availability, disposition, and pharmacological and toxicological responses.
PHSC 577 - Pharmacology & Medicinal Chemistry II
Part of the series of PharmD Pharmacology/Medicinal Chemistry courses, PHSC 577 examines the pharmacology/medicinal chemistry of drugs that modulate neuromuscular transmission and the autonomic nervous system. The course will cover drugs used in the treatment of cardiovascular diseases such as hypertension, cardiac arrhythmias and congestive heart failure. Prerequisite: PHAR 412 or PHSC 512. This course is co-listed as PHAR 417.
PHSC 578 - Good Regulatory (GXP) Practices
This course will provide in-depth review of cGMP requirements for a bio-/pharmaceutical and other FDA regulates industries. Compliance to 21 CFR Parts 210 & 211 and other requirements is essential for these companies to survive in FDA regulated environment. Compliance is feasible only if employees are knowledgeable of these requirements and practice in their day-to-day activities
PHSC 581 - Pharmacology & Medicinal Chemistry III
Part of the series of PharmD Pharmacology/Medicinal Chemistry courses, PHSC 581 examines the pharmacology/medicinal chemistry of hormone agonists, antagonists, and other drugs that modulate the endocrine system, drugs used to modulate autocoid activity including prostaglandins and histamine, and drugs used to treat mental disorders and CNS diseases. Special emphasis will be placed on their mechanisms of action, structure activity relationships and major adverse effects. Prerequisite: PHAR 412 or PHSC 512 This course is co-listed as PHAR 421.
PHSC 582 - Botanical Medical Seminar
This course is an investigation of the use of herbal preparations in the rational application in pharmacy. The course is intended to provide the student with a basic knowledge of botanical and herbal preparations. This information will be given in a seminar style where students will be required to read and prepare to discuss articles on these agents. This course is co-listed as PHAR 582.
PHSC 583 - Pharmacology & Medicinal Chemistry IV
Part of the series of PharmD Pharmacology/Medicinal Chemistry courses, PHSC 583 examines the pharmacology/medicinal chemistry of agents used to treat infectious and neoplastic diseases. Immunomodulating agents in the treatment of organ transplantation are also discussed. Included are the broad range of antibacterial agents, antifungal agents, antiparasitic agents, antiviral agents, antineoplastic agents, vaccines and immunomodulatory agents. Prerequisite: PHAR 412 or PHSC 512. This course is co-listed as PHAR 423
PHSC 590/590L - Advanced Pharmacology & Toxicology/Lab
This course is required for the pharmacology track of the MSPS degree, and provides details on the theory and methodologies of modern pharmacology and toxicology. Class will consist of lecture and lab time to provide the student hands-on experience in a variety of techniques and data analysis. Topics covered will include radioligand binding analysis, in vitro and in vivo functional assays, and toxicological screening methods. Prerequisites: Grade of B or better in PHSC 512.
PHSC 592 - Advanced Cellular & Molecular Pharmacology
This course involves a detailed treatment of the various receptor/signal transduction systems found in mammalian systems from the perspective of developing them as therapeutic targets. Aspects of ion channel pharmacology, cyclic AMP and inositol phosphate signaling in pathological conditions will be discussed. The pharmacological control of tyrosine kinase signaling pathways and cell cycle regulation in the therapy of neoplastic disease will be addressed as well. The regulation of gene expression by inhibition of transcription or gene knockout/replacement strategies will also be discussed. The coursework for the class will entail lectures and systematic evaluation of the primary literature in the topics being covered. Prerequisite: Grade of B or better in PHSC 512.
PHSC 610 - Research Proposal
This course represents the development of the proposal for a research project. Students will provide a written and oral presentation of their research proposal at the end of PHSC 610 for the major determinant of their grade. Prerequisites: MSPS students who have completed at least 6 credits of track-specific graduate coursework (not including core courses).
PHSC 620 - Research Project
The research project is intended to provide students with a practical, hands-on application of previously obtained knowledge from the didactic setting and will be conducted under the guidance of a major advisor and a Research Project Committee of at least two other faculty members. Project proposals developed in PHSC 610 must be pre-approved and guided by the Committee. Students will provide a written and oral presentation of their research project as the major determinant of their grade for PHSC 620. Prerequisites: MSPS students in good academic standing (not on academic probation) who have earned a grade of B or better and approval of their proposed project in PHSC 610.