PhD in Bioprocess Chemistry: Therapeutic Nucleoside Editing in Manchester

PhD in Bioprocess Chemistry: Therapeutic Nucleoside Editing in Manchester

Manchester Full-Time 32918 - 40233 £ / year (est.) No working from home possible
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At a Glance

  • Tasks: Develop innovative bioprocess strategies for therapeutic nucleoside editing.
  • Company: The University of Manchester, renowned for its research excellence.
  • Benefits: Fully funded PhD, access to cutting-edge facilities, and collaborative research opportunities.
  • Other info: Exciting opportunity to contribute to groundbreaking scientific advancements.
  • Why this job: Join a pioneering project that could revolutionise therapeutic treatments.
  • Qualifications: Strong background in chemistry and a passion for research.

The predicted salary is between 32918 - 40233 £ per year.

The University of Manchester’s School of Chemistry invites applications for a fully funded PhD studentship in Bioprocess: Skeletal Editing of Therapeutic Nucleosides. This 3.5-year programme starts in 2026 and focuses on developing bioprocess strategies and skeletal editing to create novel therapeutic nucleosides, integrating synthesis, analytics, and biocatalysis within a collaborative research environment.

PhD in Bioprocess Chemistry: Therapeutic Nucleoside Editing in Manchester employer: RFCSR

At King’s College London, we pride ourselves on being an exceptional employer that fosters a collaborative and innovative work culture. Our interdisciplinary approach not only encourages professional growth through diverse research opportunities but also allows you to make a meaningful impact in the fields of engineering and biomedical research. Located in the vibrant city of London, our institution offers a dynamic environment where creativity thrives and employees are supported in their career development.

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Contact Details:

RFCSR Recruitment Team

We think you need these skills to ace PhD in Bioprocess Chemistry: Therapeutic Nucleoside Editing in Manchester

Bioprocess Development
Skeletal Editing
Therapeutic Nucleosides
Synthesis Techniques
Analytical Chemistry
Biocatalysis
Collaborative Research