BSc (Hons) Biomedical Science Bachelor's degree at York St John University

Gain the skills that underpin the scientific methods and practice of biomedical science. These include the mathematical and statistical skills, scientific writing and comprehension, and study skills needed for laboratory work. You will also build transferable skills relevant to any future job, including team work, organisation and self-reflection.

Develop your understanding of the normal organ systems. You will study: The digestive system and nutritional requirements; The nervous system; The cardiovascular and respiratory systems; The anatomy and function of the renal system; The endocrine system in relation to developmental biology.

Introduction to the molecular structure of the main macromolecules in the body. Learn to analyse how their structure affects their function; Investigate the effect of solution conditions on reactions; Explore the molecular structure of carbohydrates, nucleic acids, amino acids and lipids; Articulate the effect of pH changes on biological molecules.

Learn about cell structure and sub-structure, including the control of cell function, with a focus on mammalian cells. Study the cell cycle and cell division, as well as cell specialisation and cooperation; Study the intra- and inter-cellular structures of eukaryotic cells; Determine the role of the cell cycle and associated common diseases; Investigate cell differentiation and tissue specialisation; Analyse and identify the structure of common tissues.

Learn about how the various classes of biomolecules store and derive energy. Examine the main metabolic pathways and how these pathways function in an integrated manner in the living body. Study: The normal metabolic pathways of carbohydrates, lipids and proteins; Enzyme kinetics and inhibition; The removal of toxins from the body; The role of disruption of metabolic pathways in disease.

Introduction to microbiology, studying the structure, physiology, diversity, and genetics of bacteria and viruses. Emphasis on the classification of medically important organisms, and elementary concepts of immunology by exploring both the structure and function of the immune system, and the nature of antigens and antibodies. Examine the fundamental concepts of bacterial growth and metabolism; Consider prokaryotic DNA replication, transcription and translation; Explore epidemiology and preventio

Focus on developing your employability with sessions from York St John University Careers team, as well as meeting biomedical science professionals and graduates. Introduction to the methodologies used in biomedical science research, helping you develop a range of analytical methods necessary to support your research project.

Learn about blood group antigens and antibodies, considering the important issues involved in the safe supply and testing of blood and its components. Focus on disease analysis and the ethical consideration of immune-compromised patients. Examine the structure and function of the main components of the blood; Explore the causes of blood based disorders, their diagnosis, monitoring and treatment; Investigate the response of the immune system to infectious disease; Study allergy and auto-immune di

Address common biochemical disorders and their effect on the body at the molecular, cellular and organ level. Examine the nature of the clinical biochemistry laboratory, and consider the importance of the discipline in diagnosing and monitoring disease, including major biochemical tests. Learn about the techniques used to analyse patient samples; Examine the importance of internal and external standardisation of laboratory practice; Consider the use of biochemical markers in cancer and routine o

Consider the structure and function of prokaryotic and eukaryotic genomes at the molecular level. Gain theoretical and practical experience of molecular biology laboratory techniques and clinical applications of modern molecular tools. Study the replication, transcription and translation of DNA; Examine the role of mutation and genetic recombination; Explore the use of molecular biology cloning techniques.

Focus on the role of medical microbiology in the diagnosis and control of infectious diseases. Study the characteristics of pathogens, their modes of host interaction, and their transmission. Explore their mechanisms of infection and growth using examples of viruses, prokaryotic and eukaryotic microbes. Investigate the isolation and identification of important human pathogens; Analyse invasion strategies of micro-organisms; Evaluate treatment strategies for infection, vaccination regimes and ant

Overview of the normal histology and cytology of the major organs and systems of the human body. Develop the skills needed to collect, process, prepare and interpret samples from diseased tissue, as well as learning about commonly used laboratory techniques that provide evidence to help clinicians with the diagnosis of disease. Investigate the responses of inflammation, tissue repair and wound healing; Assess techniques in sample preparation and staining of histological samples; Explore the norm

Investigate a specific area of scientific research which interests you. Work independently on a research project with the support of your academic supervisor. They will meet with you on a 1 to 1 basis and together you will design the experimental procedures for investigating your hypothesis. Start by reading and reviewing relevant literature to generate hypotheses and research questions, before going on to collect your data in the laboratories using contemporary research methods. Once you have g

Detailed consideration of cancer biology, focusing on the basis of carcinogenesis and the molecular, cellular and physiological signs of cancer. Explore specific causes of cancer.