Stem Cells in Development, Disease and Regeneration
Computing, Engineering and Technology
Taught
MSc
Stem Cells in Development, Disease and Regeneration
Taught
MSc
Overview
Application Timeline
Tuition
- Whole course
| Student categories | Study | |
|---|---|---|
| Full-time | Part-time | |
| England | £13,750 | N/A |
| Northern Ireland | £13,750 | N/A |
| Scotland | £13,750 | N/A |
| Wales | £13,750 | N/A |
| International | £26,900 | N/A |
Requirements
Language requirements information is currently unavailable.
Modules
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About
Overview
Stem cells are a vital research tool with significant potential for modeling diseases and developing tissues, organ systems, and body plans in vitro. They can be sourced from both healthy and diseased individuals, enabling the generation of tissues and organs for various applications, including disease modeling, drug development, and cell-replacement therapies.
Course Structure
This dynamic MSc program offers:
- A solid foundation in fundamental theory.
- Hands-on practical training.
- A comprehensive exploration of topics related to stem cells within the broader life sciences context, including development, disease, and regeneration.
...
Subject Area Information
Tissue engineering and regenerative medicine is an interdisciplinary field that combines principles of biology, engineering, and material science to develop methods for repairing, replacing, or regenerating damaged tissues and organs. This course discipline is at the forefront of medical innovation, aiming to address the limitations of traditional organ transplantation and improve the quality of life for patients with chronic diseases or severe injuries.
1. Introduction to Tissue Engineering and Regenerative Medicine
2. Cell Biology and Biomaterials
3. Biomaterials and Scaffold Design
4. Tissue Engineering Applications
5. Regenerative Medicine and Stem Cell Therapy
6. Bioreactors and Tissue Culture Techniques
7. Clinical Translation and Ethics
- Understanding of fundamental principles
- Ability to identify key challenges and opportunities in the field
- Familiarity with current research trends
- Proficiency in cell culture techniques
- Knowledge of biomaterial properties
- Ability to select appropriate materials for specific applications
- Competence in scaffold fabrication methods (e.g., 3D printing, electrospinning)
- Understanding of material characterization techniques
- Ability to design scaffolds for specific tissue types
- Ability to analyze and critique case studies
- Understanding of the translational process from bench to bedside
- Knowledge of regulatory pathways
- Proficiency in stem cell culture and differentiation
- Understanding of gene editing tools (e.g., CRISPR-Cas9)
- Ability to design stem cell-based therapies
- Operation and maintenance of bioreactors
- Optimization of culture conditions
- Techniques for assessing tissue functionality
- Understanding of clinical trial phases
- Ability to navigate ethical dilemmas
- Knowledge of intellectual property and commercialization processes
Career
Graduates of tissue engineering and regenerative medicine programs can pursue a variety of careers that leverage their knowledge in biology, engineering, and material science to innovate in medical applications.
Biomedical Engineer
Designing and developing medical devices and tissue-engineered products.
Research Scientist
Conducting research in academic, government, or industry laboratories to advance the field.
Clinical Research Coordinator
Managing clinical trials and ensuring compliance with regulatory standards.
Regulatory Affairs Specialist
Navigating the regulatory landscape to bring new therapies to market.
Biotech Entrepreneur
Starting companies focused on innovative regenerative medicine solutions.
Medical Science Liaison
Acting as a bridge between pharmaceutical companies and healthcare professionals to communicate scientific information.
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