BSc (Hons) Bioengineering (Regenerative Medicine) with Foundation Year Bachelor's degree at Keele University

This module introduces you to the fundamentals of molecular cell biology. You will explore how genetic information is stored, replicated and processed; the roles played by nucleic acids in the production of proteins; how proteins get to their final locations within cells and how cells interact with each other and communicate to co-ordinate their activities. You will also develop key skills in the presentation and communication of information in various formats.

This module will introduce you to fundamental concepts in our understanding of 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, which you will build on across the course. You will also develop key skills in data analysis, presentation and communication where you will report the outcomes of laboratory investigations, applying theoretical knowledge from the

The module will introduce you to the major physiological systems and anatomical structures of the human organism, including the digestive, cardiovascular and endocrine systems. You will also explore how different pathologies can develop as a result of dysfunction in these systems and their impact. Through group-based activities you will produce content on select module topics, developing key skills in teamwork and leadership, and in communicating to different audiences.

The principles of bioengineering are at the forefront of modern-day developments in regenerative medicine. Fundamentals of Bioengineering, is designed to provide you with a first-look into the exciting and innovative bioengineering approaches for patient treatment and diagnosis. Through exploring the themes of tissue engineering, cell based therapies and biomaterials, you will discover how engineered constructs are being utilized to repair, replace and rejuvenate damaged or diseased tissue.

In this module you will develop a range of core practical laboratory skills, applying theoretical concepts from across your programme and deepening your understanding of the subject through hypothesis-driven practical investigation. Additional workshops support your development of wider academic skills, including effective study practice, data analysis and communication. Aspirational career talks from invited speakers, including former graduates, and further employability skills workshops will s

This module draws upon current knowledge and trends in stem cell biology and modelling for regenerative medicine. This provides you with up-to-date information and skills for translational research, supported by basic concepts and applications within the wider provision of the programme. The module offers interaction with academic researchers and an opportunity to interact with clinicians/industry to appreciate requirements of stakeholders and the socio-economic demands for this field. This brid

In this module, you will explore how we can study and manipulate genetic material, from sequencing technologies to gene cloning and genetic engineering. You will learn how these techniques can be used to study the structure and function of single genes and proteins, design and engineer DNA molecules and produce novel gene products such as therapeutics. Through tutorials and workshops, you will develop skills in introductory bioinformatic tools, whilst also considering some important ethical prin

In this module, you will learn the theories and technology associated with biomaterials and cell and tissue engineering, which will equip you with the skills and knowledge to select and characterise appropriate biomaterials for specific biomedical and clinical applications. You will acquire an understanding of the interaction of biomaterials/implants with host tissues during tissue regeneration and replacement. This module will also provide you with cross-disciplinary training to enable you to w

This module explores the human immune system. This includes addressing the generation and selection of the immune repertoire, the cellular basis of the immune system and an exploration of functional insights into immune protein structure and pathogen structure, including viruses and bacteria. You will further develop key skills in the application and analysis of data from antibody-based analytic techniques such as ELISAs and western blotting, and will explore how to access the PDB protein databa

This module will expand your practical skills through enquiry-based, hypothesis-driven laboratory investigations applying key skills and competencies to more advanced molecular and analytical techniques. Through additional workshops, you will develop higher-level skills in the acquisition and analysis of information from online sources, including journal databases and generative AI. Further sessions will also support you in evaluating your career readiness with employability skills-focused works

This module introduces you to the signalling pathways that regulate multiple cellular processes by acting through sensors to stimulate molecules responsible for controlling different important cellular processes. You will explore these signalling pathways and provides details on their molecular components and their mode of action. The module also places an emphasis on independent study and further develops skills in the acquisition, analysis and written communication of scientific information.

The module will expose you to seminal discoveries in the field of Regenerative medicine through research seminars with national and international invited speakers, Informal journal clubs will help you to understand the importance of those discoveries and develop a critical approach when reading scientific publications. You will be expected to attend the Lunchtime Seminar Series organised by the School and attend and prepare journal clubs to identify the novelty of a study and the possible shortc

A firm understanding of advanced cell biology is key to the effective exploitation of cells in the development of the cell therapies, tissue engineered products and medical devices, underpinning the regenerative medicine field. This module provides you with an in-depth examination of cell structure and functional mechanisms across core topics related to cell growth, identity, communication and death. Your assessment will be via a combination of examination and coursework tasks.

Assessment: combination of examination and coursework tasks

Biomedical engineering is a rapidly changing, progressive field. You will learn how knowledge of physiological measurements, biosensors, biomaterials, bioimaging and biomechanics can be used to develop new medical devices, transforming patient care. This is a cross-disciplinary field that will be of particular interest to you if you are considering work in primary care, rehabilitation, neuroscience or medicinal chemistry. The interdisciplinary skills that you will develop would also prove useful

Whatever your interests or future career, communication is vital. This module helps to develop skillsets needed to communicate effectively to diverse audiences. We explore a range of communication methods to present and disseminate findings to inform and enthuse both a scientific and lay audience. We aim to develop a suite of valuable transferrable skills for the employment market and ensure those who truly understand scientific issues are heard.

In recent years the emergence of personalized medicine and regenerative medicine therapies has driven a need for the associated advanced manufacturing capabilities. This module will introduce the fundamental requirements and regulation for

In a competitive job market, practical skills and understanding workplace dynamics are crucial. This module allows you to gain hands-on experience, enhance your employability skills, and provide valuable insights into the professional world. You will be supported via a range of activities to secure a role and can source your own placement or apply to university-sourced roles. This module has built-in flexibility on when and how you complete your placement, enabling you to balance your placement