ProfessorAnnette Haworth

A Biologically Targeted Approach for Optimizing Salvage Radiotherapy of Recurrent Prostate Cancer

A Biologically Targeted Approach for Optimizing Salvage Radiotherapy of Recurrent Prostate Cancer

Bone marrow sparing extended-field radiation therapy for gynaecological cancers to reduce haematological toxicity

Developing a personalized approach to radiation therapy using 3D-printed bolus

Developing radiomics-based biomarkers from quantitative MRI and PSMA PET to assess response to prostate cancer radiation therapy

Four-dimensional verification of moving targets in radiation therapy

Improving the Implementation of New Techniques and Technologies in Radiation Oncology

Leveraging deep learning to enable real-time beam-view image-guided radiotherapy

Multi-ion Therapy for Hypoxic Tumours: Preclinical Assessment Through Error Analysis

Multi-Ion Therapy for Hypoxic Tumours: Prospective Assessment Through Uncertainty Analysis

Novel radiation therapeutic approaches using functional imaging for poor prognosis primary liver cancer.

Quantitative imaging biomarkers: Magnetic resonance imaging for the prediction of radiation therapy treatment response in prostate cancer

Towards a personalised theranostics platform through an improved understanding of the biological effects of radionuclide therapy