| Program start date | Application deadline |
| 2024-09-01 | - |
Program Overview
This MRes in Regenerative Medicine provides extensive research training in stem cell biology and regeneration processes. Students can specialize in laboratory-based research or industry-driven bioinformatics projects. The program prepares graduates for careers as scientists in regenerative medicine, doctoral studies, or other research-driven paths. Graduates are well-equipped with laboratory skills, research experience, and a strong foundation in regenerative medicine concepts.
Program Outline
Degree Overview:
- Offer hands-on research experiences through laboratory-based projects or bioinformatics focused on industry.
- Prepare students for doctoral studies, careers as scientists in the regenerative medicine sector, or other research-driven paths.
Outline:
This MRes program consists of taught modules covering diverse subjects like:
- Cell and Molecular Basis of Regeneration:
- Cell-cycle transitions in development and disease
- Extracellular matrix regulation of tissue and organ function
- Developmental pathways and their role in regeneration
- Cell signalling in stem cell biology and tissue repair
- Stem Cell and Developmental Biology:
- Cellular signalling pathways in the control of cell fate decisions
- Mechanisms of embryonic cell differentiation, specification, and fate commitment
- Genetic control of embryonic development
- Ethical implications of human embryonic stem cell research
- Regulation of germ cell development in male and female reproductive systems
- Regulation of gametogenesis, differentiation, and cell signaling pathways governing cell fate determination
- Biomaterials and Tissue Engineering:
- Characterization and properties of scaffolds
- Fabrication methods for synthetic tissue engineered constructs
- Fundamentals of immunology in biomaterials
- Interface design of biomaterials for stem cell based regeneration
- Interaction of cells with scaffolds
- Material science concepts for application in tissue engineering
- Stem cell mediated bone repair
- Extended Research Project in Regenerative Medicine:
- Laboratory-based: Research project under the supervision of a world-leading specialist, focusing on various topics such as bone and cartilage generation, tissue regeneration using nanobiotechnologies or bioprinting of functional tissues, stem cell biology, or tissue engineering, among others.
- Bioinformatics-based: Project with an industrial partner to address relevant research concerns.
Assessment:
- Written essays or presentations (individual or group): To assess research abilities, critical thinking, and communication skills.
- Scientific report and presentation of the research project findings.
Teaching:
The programme is taught by world-renowned researchers within the Faculty of Medicine and Dentistry at Queen Mary and the School of Engineering and Materials Science, ensuring students gain access to cutting-edge scientific knowledge and expertise.
Careers:
Graduates of this MRes program are well-positioned for:
- Pursuing research-focused careers within the academic sector or as scientists within industry, particularly companies or institutions involved in regenerative medicine.
- Further studies at the PhD level to specialize in specific areas of regenerative medicine.
- Roles related to scientific management, writing, or marketing in relevant sectors.
Other:
Home: £14,850 Overseas: £27,250