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Clinical PhD Fellowships

Our clinical PhD fellowships are provided to develop and support future leaders in clinical cancer research.

About our clinical PhD fellowships

Our clinical PhD fellowships are provided to develop and support future leaders in clinical cancer research.

The Clinical Academic Training Programme, ICR-Imperial is a programme which will provide clinical academics with the expertise to discover, develop, and deliver the next generation of treatments, technologies, and methodologies into clinical care.

The fellowships are typically three years in duration.  Funding up to £265,452.00 is provided to cover the following:

  • tuition fees;
  • research expenses;
  • and a clinical salary.

Applicants from a range of clinical specialities are invited to apply, including oncology, paediatrics, radiology, surgery, anaesthesia, and haematology.

You can read the project proposals below, and follow the links for more information. If the opportunities below don't interest you, you can sign up to our mailing list for future opportunities.

The Centre for Genome Stability also offers a small number of Clinical Research Fellowships for clinicians to undertake a 3-year translational PhD covering topics relating to genome stability in cancer with our leading experts in the ICR and The Royal Marsden. Trainees will receive world-class training in joint clinical and fundamental science laboratories to tackle important research challenges in genome stability.  Further information and the list of opportunities can be found here.

 


Available projects and the project archive

You can view our current and past projects, below. Use the dropdowns to select the subject you are interested in, and then click 'Filter' to see relevant projects. If you use a filter and cannot see any results, then there are no projects matching your requirements.

Clinical specialty:

Primary institution:

Deadline:

 

Uncovering novel biomarkers for early detection of breast cancer through large-scale proteomics

  • Primary Supervisor: Dr Alicia Heath (Imperial)
  • Primary Division: Faculty of Medicine
  • Primary Team: School of Public Health

Project summary

Implementing Advanced AI-Powered Gastroscopy to Enhance Endoscopy Quality and Reduce Missed Oesophago-gastric Cancers

  • Primary Supervisor: Dr Sung Pil Hong (Imperial)
  • Primary Division: Division of Cancer
  • Primary Team: Department of Surgery and Cancer

Project summary

Developing multi-regional MRI guided ‘smart’ biopsies in multiple myeloma

  • Primary Supervisor: Dr Ed Johnston (Royal Marsden, RM and ICR)
  • Primary Division: Division of Radiotherapy and Imaging
  • Primary Team: Computer Assisted Interventional Radiology (CAIR)

Project summary

Role of FOXP3 in iNKT cells and iNKT cell therapeutics

  • Primary Supervisor: Prof Anastasios Karadimitris (Imperial)
  • Primary Division: Faculty of Medicine
  • Primary Team: Department of Immunology and Inflammation

Project summary

Activation of the HIF pathway as a therapeutic strategy in acute myeloid leukaemia

  • Primary Supervisor: Prof Kamil Kranc (ICR)
  • Primary Division: Division of Molecular Pathology 
  • Primary Team: Haemato-Oncology, Centre for In Vivo Modelling

Project summary

Precision treatment for Endometrial Cancer using the molecular classification and endometrial organoids

  • Primary Supervisor: Prof Maria Kyrgiou (Imperial)
  • Primary Division: Faculty of Medicine
  • Primary Team: Surgery and Cancer

Project summary

Investigating the epigenetic evolutionary dynamics of metastasis in invasive lobular breast cancer

  • Primary Supervisor: Dr Rachael Natrajan (ICR)
  • Primary Division: Division of Breast Cancer 
  • Primary Team: Functional Genomics

Project summary

Optimising prostate radiotherapy cure rates, toxicity and patient focus

  • Primary Supervisor: Dr Alison Tree (Royal Marsden, RM and ICR)
  • Primary Division: Division of Radiotherapy and Imaging 
  • Primary Team: Uro-oncology Trials

Project summary


Previous projects