MSci (Hons) Microbiology and Immunology with Foundation Year Integrated Master's degree at Keele University

Explore fundamental concepts in the structure and function of biological molecules, from the three-dimensional structure of proteins and the activity of enzymes to the progress and organisation of major metabolic pathways. Develop key skills in data analysis, presentation and communication through laboratory investigations in enzyme kinetics.

Explore how the immune system protects against infection and the role microbes play in ecosystem diversity. Case-based learning tutorials support understanding of core concepts through real-life cases in microbiology and immunology, building knowledge and communication skills.

Introduction to major physiological systems and anatomical structures of the human organism, including the digestive, cardiovascular and endocrine systems. Explore how pathologies can develop from dysfunction in these systems. Group-based activity to produce a short video animation developing teamwork and leadership skills.

Develop core practical laboratory skills, applying theoretical concepts and deepening understanding through hypothesis-driven practical investigation. Workshops support development of effective study practice, data analysis and communication. Career talks and employability skills workshops.

Fundamentals of molecular cell biology, exploring how genetic information is stored, replicated and processed, roles of nucleic acids in protein production, protein location within cells, and cell-to-cell interaction and communication. Develop oral presentation and informal scientific writing skills.

Study and manipulate genetic material, including sequencing technologies, gene cloning and genetic engineering. Learn how these techniques can be used to study gene and protein structure and function, design DNA molecules, and produce therapeutic drugs. Develop skills in bioinformatics and ethical principles.

Explore how the immune system develops, the cellular basis of immune response, and gain functional insights into immune protein and pathogen structure. Develop key skills in data analysis, reporting laboratory investigation outcomes using immunotechniques, and exploration of the Protein Data Bank.

Explore pathogenic organisms and diseases they cause. Consider approaches to treatment and management of disease, ranging from novel antimicrobials to vaccination strategies, and the use of select viruses and microorganisms as research tools. Develop skills in literature analysis and communication.

Expand and consolidate practical competencies through enquiry-based, hypothesis-driven laboratory investigations in advanced molecular and analytical techniques. Develop higher-level skills in information acquisition and analysis from online sources. Workshops on career readiness, CV writing and interview technique.

Explore different forms of experimental design including traditional lab-based research and systematic reviews. Learn to apply statistical methods and draw scientific conclusions, preparing for final year independent research project or postgraduate study. Develop teamwork and communication skills through group work and student conference contribution.

Explore how cells communicate with each other and their environment, including major classes of signalling molecules, different receptor types, and their mode of action. Evaluate how dysregulation of cellular communication contributes to disease states and how these pathways can be targeted for therapeutic intervention.

Focus on how the immune system works under physiological and pathological conditions, including infectious disease, vaccination, cancer, rheumatoid arthritis, cardiovascular diseases, and autoimmune and inflammatory pathologies. Active group discussions using case studies and laboratory report assessment enable development of independent, enquiry-based approaches.

Explore applications of key genetic concepts at individual and population levels, focusing mainly on medical genetics. Learn how a person's genetic make-up affects health and how to estimate genetic risk. Explore applications of molecular genetics in study, diagnosis and treatment of genetic diseases. Develop digital literacy and communication skills through group webpage production.

Carry out substantial meaningful research, drawing together skills in experimental study design, critical interpretation of data, and professional competencies. Choose from range of projects depending on interests/career ambitions, including lab- or field-based research, systematic reviews, bioinformatics, teaching and learning, or outreach. Culminates in student conference.

Delve into the study of viruses, covering their structure, replication, and diseases they cause. Explore viral genetics, host-virus interactions, mechanisms of viral transmission, and emerging viral threats. Discuss detection and prevention strategies, pandemic preparedness, and novel biotechnological methods to combat viral infectious diseases.

Develop skillsets needed to communicate effectively to diverse audiences. Explore range of communication methods to present and disseminate findings to inform scientific and lay audiences. Develop transferrable skills for employment market.

Focus on career-readiness as you approach graduation, consolidating and articulating professional skills, attributes and competencies developed across degree. Refine interview techniques and write covering letters, personal statements and high-quality CV. Explore employment marketplace and build social media profile. Consider discrimination, unconscious bias, and develop strategies for resilience and wellbeing.

Explore theoretical and practical aspects of parasitic diseases of humans, including life cycles of select parasites between vector and host, pathogenesis of parasitic infection and diagnosis and treatment. Investigate challenges to effective treatment and transmission control, including socio-economic and cultural factors. Develop higher-level skills in critical analysis and interpretation of data.

Study current trends in disease themes in microbiology and immunology, and how microorganisms can be used as alternative tools in multiple fields, including biocontrols of environmental pests or microbiome manipulation. Investigate current clinical interventions and how experimental approaches inform improvements to future therapeutic interventions. Develop communication skills by curating a themed journal edition.

Introduction to cutting-edge omics approaches used extensively across life sciences sector. Develop theoretical appreciation and practical competence in core genomics, proteomics and metabolomics approaches. Undertake whole transcriptome analysis for differential gene expression detection from raw RNA sequencing data.

Gain hands-on experience, enhance employability skills, and provide valuable insights into the professional world. Supported via range of activities to secure a role, with built-in flexibility on when and how to complete placement.