About this position
This doctoral network develops next-generation radiotherapy strategies for glioblastoma (GBM) by integrating: FLASH radiotherapy, Minibeam radiation, Targeted alpha therapy (TAT), Radio-immunotherapy. Doctoral candidates will work in a multidisciplinary environment spanning chemistry, physics, biology, immunology, engineering and clinical translation.
Key research themes include:
- Fighting radioresistance, infiltration and immunosoppression
- Enhancing the efficacy of innovative RT through immunotherapy
- Optimising the use of innovative RT for brain tumours
Doctoral Candidates will benefit from a rich, multidisciplinary training environment, with opportunities to collaborate with industrial partners, contributing to cutting-edge research with real-world applications.
Selected candidates will engage in multidisciplinary research, participate in international secondments across academic and industrial settings, and contribute to high-impact publications and conferences.
PhD Project 11 : Computational analysis of integrated multi-omics data
Host : Chemistry Department, University of Florence, Florence, Italy
PhD School : Structural Biology at University of Florence
Supervisor : Prof. Leonardo Tenori
Project focus: Development of computational pipelines to integrate multi-omics datasets and identify biomarkers of radiotherapy response.
E-mail: mscarecruitment@cerm.unifi.it
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