BSc (Hons) Pharmacology Bachelor's degree at the University of Nottingham

Dive into the fascinating interplay between physiology and metabolism in animals, including humans. Explore major organ systems in the body including cardiovascular, nervous, respiratory, and digestive systems, learning how energy metabolism and body temperature are carefully regulated. Through practical sessions, gain hands-on experience examining physiological and metabolic processes. Uncover the biochemical basis of ordinary life activities and how these mechanisms are affected under patholog

Introductory overview of drug action and pharmacokinetics within the human body. Explore main drug targets and learn how drug effects at these targets can be measured. Covers key processes that influence how drug concentrations change in the body after administration, including how optimal concentrations are achieved at the site of action. Through lectures, workshops, and laboratory practicals, develop essential skills in pharmacological data analysis using computational tools.

Essential skills required for your career and hands-on experience of basic techniques required for life scientists. Cover statistical methods for data analysis, introduction to digital competencies for life scientists and investigation of ethical standards in research. Explore data acquisition techniques and enhance ability to critically read and interpret scientific literature. Emphasis on effective communication of scientific material through various media and reflective practice. Explore the

Foundational understanding of organic chemistry with a focus on biomolecules essential to life, such as amino acids, lipids, carbohydrates, and nucleotides. Explore how biological systems synthesise and utilise these molecules, examining key chemical reactions and pathways. Introduces the chemical principles underlying therapeutically relevant drug molecules, including their design, structure, and interactions with biological targets.

Comprehensive introduction to neuroscience, from the cells that make up the nervous system and the molecular basis of their communication, to neuroanatomy and the structure and function of key systems of the nervous system. Cover diseases of the nervous system and explore evolutionary changes and behavioural outcomes.

Explore how drugs are used to manage diseases affecting major body systems, including cardiovascular, respiratory, neurological, metabolic, infectious and immune-related conditions. Learn how drug actions relate to disease mechanisms and gain insight into how pharmacological strategies are developed and applied in clinical and biomedical settings. Engage with materials covering complex health issues such as chronic illness, mental health, eating disorders and life-threatening conditions.

Practical module to introduce experimental pharmacology, experimental design, data analysis, and how to write a scientific report. Carry out a series of practicals and workshops closely tied-in with the lecture material delivered in the other pharmacology modules. Develop practical skills, data analysis and scientific writing skills.

Advancing the essential skills needed by life science students for academic and professional development. Building on fundamental skills training in year one, develop understanding of experimental design, statistical methods for data analysis, enhance digital competencies relevant to life sciences, and continue to examine ethical standards in research. Delve deeper into data acquisition, computational techniques and critical evaluation of research and scientific literature. Strong emphasis on ef

Comprehensive exploration of the protein life cycle, from translation and folding to action and eventual degradation. Learn about the diverse roles of proteins, understanding how their structure enables them to function as enzymes, molecular machines, cellular receptors, ion channels, and transporters, which are key targets in pharmacology. Uncover how proteins drive biological processes such as metabolism and signalling, and how disruptions in protein activity can lead to various diseases. Stud

Comprehensive understanding of the fundamental concepts behind effective drug exposure and the toxicity of drugs and chemicals. Learn about the processes that affect the concentration of drugs reaching their targets within the body, such as absorption, distribution, metabolism, and excretion. Develop basic quantitative skills for estimating and interpreting drug exposure parameters. Delve into the mechanisms and consequences of drug and non-drug toxicity on various body systems, and how toxicity

Explore the different types of cells that constitute the nervous system and understand how cells communicate within the nervous system. Beginning at the molecular level and progressing to the roles of specific cell types such as neurons and glia, explore the interactions between cells, the binary function of neurons and the wider range of functions of glial cells, including supporting the process of myelination and contributing to immune responses to injury or infection.

Explores the fascinating world of microorganisms, focusing on how bacteria, fungi, archaea, and viruses survive and thrive as the predominant biomass on Earth. Examine key themes in microbiology, including the discovery and diversity of these organisms, their replication and survival mechanisms, and their ecological roles and interactions. Cover disease-causing processes such as antibiotic resistance, alongside the beneficial effects of microorganisms, like probiotics and gut microbiota, and the

Examine the intricate connection between human nutrition and physiological function, building on the foundational knowledge from earlier studies. Explore how nutrients shape metabolic processes, influence body systems, and contribute to overall health. Investigate the role of nutrition in managing health conditions and preventing disease, integrating key concepts from nutrition and physiology. Equips you with the tools to support evidence-based approaches in health and wellness.

Introduction to genetics and genomics, bridging classical genetic principles with modern genomic technologies. Gain an understanding of gene structure and function, including aspects of DNA replication, transcription, translation and RNA biology. Explore the biology relating to inheritance patterns, genetic variation, and the application of genomics in research and health. Analyse the genetic basis of phenotypic variation, evaluate its effects on individuals and populations, and synthesise insig

Comprehensive understanding of the cellular (e.g. T cells, B cells) and molecular (e.g. innate immune signalling, antibody production) aspects of the immune system in health and disease. Learn about how specific aspects of microbial physiology and biochemistry impact the immune response to infection. Explore the mechanisms by which medically relevant pathogens, such as bacteria, viruses and fungi, can evade the immunological response, in addition to the development of non-infectious diseases res

Explore the dynamic relationship between science and society, delving into how scientific advancements influence and are influenced by the world around us. Examine the ethical frameworks that shape the practice of science in modern societies and consider the pathways by which discoveries are transformed into commercial or therapeutic applications. Investigate how scientific knowledge is communicated to the public and its role in addressing pressing global and societal challenges of the 21st cent

Build on the detail and add further complexity to the drug discovery problems studied in year two, with a focus on how the interpretation of quantitative pharmacology data can be dependent upon the signalling pathways measured. Lectures linked to a series of drug discovery problems.