Sara MARCATILI

En résumé

Entreprises

• Inserm - Postdoctoral fellow

  PARIS 13 2012 - maintenant Multi scale dosimetry in molecular radiotherapy.
  Development of original Monte-Carlo based dosimetric approaches for Targeted Radionuclide Therapy (TRT) optimisation. Clinical dosimetry (research software and STRATOS). Preclinical dosimetry and radiobiology. Geant4 modelling. Development of 3D polygonal mesh organ models. Medical image processing.

• Cardiff University - Research associate

  2011 - 2012 Assessment of patient dose using novel radioisotopes in Molecular
  Targeted Radiotherapy.
  Development of a Geant4-based treatment planning tool to perform patient specific 3D dosimetry in TRT, on the basis of sequential PET/CT images. Validation against experimental measurements and in a clinical retrospective study. Assessment of quantitative imaging procedures for 124I PET acquisitions. Use of clinical workstations and PACS.

• Santa Chiara Pisa University Hospital - Medical physicist (part time)

  2010 - 2010 Dosimetric assessment in a radioimmunotherapy phase I trial aiming at the clinical evaluation of a novel vascular targeting radiopharmaceutical labeled with 131I. Use of clinical workstations and PACS.

• University of Pisa - Postdoctoral fellow

  2009 - 2010 Development of a SiPM-based PET module for on-line absorbed dose monitoring in clinical hadrontherapy. Development of the DAQ system and the interface software. Test and optimisation of prototype performances.

• Pisa University - Assistant professor

  2008 - 2009 Lectures and tutoring on basic data analysis techniques, statistics and linear optics.
  

• National Institute of Nuclear Physics - Junior researcher

  2006 - 2008 Characterisation of Silicon Photomultipliers for Positron Emission Tomography applications. Development of a small animal SiPM-based PET demonstrator.

Formations

• PhD In Medical Physics And Medical Imaging

  Toulouse 2012 - 2015 Docteur
  
  Thesis work titled: Multi-scale dosimetry for Targeted Radionuclide Therapy optimisation. Use of Monte Carlo (Geant4, GATE) and analytical techniques to determine the impact of particle LET on dosimetry at di erent scales (cell, tissue, man). Development of an adaptive resolution dosimetric approach to speed-up Geant4 simulations.

• Residency Program In Medical Physics (Pisa)

  Pisa 2006 - 2009 Medical physicist
  
  Thesis work titled: A straightforward method for internal dose assessment of non-uniform radio- pharmaceutical distributions. This school is intended to train professional medical physicists to work in a clinical environment and leads to a third cycle qualification. Courses cover External Beam Radiotherapy, Dosimetry, Medical Imaging, Radioprotection, Radiobiology and include seminars on multidisc

• MASTER DEGREE (Pisa)

  Pisa 2003 - 2005 Master of science
  
  Master thesis work titled: Development and characterisation of a Positron Emission Mammography detector head (in Italian). Courses on particle physics (both experimental and theoretical), nuclear physics, study of the interaction of the radiation with the matter, and radiation detection systems.

Réseau

Pas de contact professionnel