Pharmacology and Innovative Therapeutics

Program Overview

The Pharmacology and Innovative Therapeutics BSc (Hons) program equips students with a comprehensive understanding of pharmacology, drug development, and the business aspects of the pharmaceutical industry. Through a combination of theoretical knowledge, practical experience, and research projects, graduates are well-prepared for careers in the pharmaceutical and biotechnology sectors or further postgraduate study. The program offers optional modules for specialization and provides access to state-of-the-art facilities and research expertise.

Program Outline

Degree Overview:

Pharmacology and Innovative Therapeutics BSc (Hons)

The pharmaceutical and biotechnology industries have identified pharmacology as a major skills gap. This BSc program, co-taught by the Faculty of Medicine and Dentistry and the School of Biological and Behavioural Sciences, aims to equip students with the necessary knowledge and skills to fill this gap. The program provides a strong foundation in biomedical science, coupled with a focus on molecular and clinical pharmacology. Students gain practical experience through laboratory sessions and develop a comprehensive understanding of the drug development cycle, from conception to patient use. The program also covers essential aspects like drug regulation, safety, bioethics, clinical trials, risk/benefit assessments, personalized medicine, and the business aspects of managing a pharmacology enterprise.

Objectives:

• Provide a thorough understanding of the principles of pharmacology.
• Offer practical experience in laboratory techniques and research methodologies.
• Develop an in-depth knowledge of drug development and related processes.
• Equip students with the skills necessary for a successful career in the pharmaceutical or biotechnology industry.

Program Description:

This three-year program offers a comprehensive curriculum covering various topics:

• Biomedical Science: This includes human physiology, anatomy, cell biology, and an introduction to genetics.
• Pharmacology: Students study drug target identification, drug design, mechanisms of action, and clinical applications of therapeutic agents.
• Drug Development: The program covers the regulatory processes, safety assessments, ethical considerations, and marketing aspects of drug development.
• Business of Pharmacology: This component provides insights into cost analysis, research and development expenses, pricing strategies, and intellectual property management within the pharmaceutical industry.
The program also offers optional modules that allow students to specialize in areas of their interest. This includes modules in neuroscience, molecular biology, personalized medicine, and advanced human genetic disorders.

Outline:

Year 1:

• Semester 1: Communication in Science & Technology, Form and Function in Biology, Introductory Chemistry
• Semester 2: A Closer Look at Chemistry, Diversity and Ecology, Molecules to Cells

Year 2:

• Compulsory: Basic Immunology, Biomedical Physiology II, Clinical Pharmacology and Assessment of Drug Safety, Drug Target and Identification, Human Molecular Biology, The Business of Pharmacology
• Two optional modules from: Cellular and Molecular Neuroscience, Essential Biochemistry for Human Life, Human Genetic Disorders, Membrane and Cellular Biochemistry, Research Design and Analysis

Year 3:

• Compulsory: Classic Papers and Current Topics in Pharmacology, Clinical Trials and Regulatory Affairs, Drug Design, Translational Pharmacology and Innovative Therapeutics
• One module from: Project: Engaging the Public with Science, Structured Research Project in the Life Sciences, Research Project in Pharmacology
• Two modules from: Advanced Human Genetic Disorders, Advanced Immunology, Biomarkers in Neuroscience, Cancer Biology, Molecular Basis of Personalised Medicine, Stem Cells and Regenerative Medicine

Assessment:

Assessment in the program varies by modules but typically involves:

• Written examinations: Testing theoretical knowledge and understanding.
• Coursework: Essays, reports, presentations, and problem sets assessing analytical and research skills.
• Practical reports: Evaluating laboratory work and data interpretation skills.
• Research projects: Assessing the ability to design, conduct, and report research findings.
Final year students undertake a research project, evaluated through a written report, poster presentation, and interview.

Teaching:

The program employs a variety of teaching methods to enhance student learning and engagement:

• Lectures: Delivering core concepts and theoretical frameworks.
• Classroom Activities: Engaging students in interactive exercises, debates, and problem-solving.
• Laboratory work: Offering hands-on experience with scientific instruments, techniques, and data collection.
Outside of class time, students are expected to dedicate significant time to independent learning through self-study, reading, and preparation for assessments.

Careers:

Graduates of the program are well-positioned to pursue diverse career paths within the pharmaceutical and biotechnology industry.

Potential Career Paths:

• Analytical R&D Scientist
• Healthcare Scientist
• Healthcare Partner
• IPU Senior Classifier
• Clinical Research Data Manager
• PhD Student
• Research Scientist
• Regulatory Affairs Specialist

Other:

• The program offers the opportunity to complete a year abroad, providing global perspectives and intercultural experiences.
• Students have access to state-of-the-art facilities, including modern labs, IT resources, and newly refurbished lecture theaters.
• The program benefits from the expertise of the William Harvey Research Institute, a leading center for pharmacological research.
• Students have access to various scholarships and bursaries, supporting their financial needs.

Home fees:

£9,250

Overseas fees:

£28,350