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LIP Mini-School on Charged Particle Therapy Applications

2–9 Dec 2021
Europe/Lisbon timezone

Contribution List

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  1. 20. Welcome and program presentation
    Patrícia Gonçalves (LIP and Instituto Superior Técnico, Lisbon University)
    02/12/2021, 17:00
  2. 21. The ProtoTera Network Status
    José Marques (ProtoTera Association President - IST/CTN)
    02/12/2021, 17:20
  3. 22. Discussion
    02/12/2021, 17:50
  4. 23. State of the art on FLASH Therapy
    João Seco (DKFZ)
    03/12/2021, 17:00
  5. 24. Discussion
    03/12/2021, 17:40
  6. 1. Prompt-Gamma range verification: Instrumentation with SiPM and ASICs
    José Patuleia Venâncio (LIP)
    04/12/2021, 09:30
  7. 2. Proton therapy monitoring with orthogonal prompt gamma imaging: the case of prostate irradiation
    José Teodoro
    04/12/2021, 09:50
  8. 3. Proton beam distal edge determination with a multi-slat prompt-gamma camera for pelvic irradiation
    João Costa Silva
    04/12/2021, 10:10
  9. 4. Online in-vivo range verification in particle therapy: a small introduction
    Mariana Brás
    04/12/2021, 10:15
  10. 5. Scintillating array for real-time high-resolution ion therapy dosimetry
    Duarte Guerreiro (LIP)
    04/12/2021, 10:20
  11. 6. Characterization and functional test of a micro dosimeter of scintillating optical fiber
    Matilde Santos (LIP)
    04/12/2021, 10:40
  12. 7. Design of a fiber-phantom detector for quality assurance in PT
    Daniel Salgueiro
    04/12/2021, 11:00
  13. 11. My experience as a medical physicist at a proton therapy center
    Patrícia Cambraia Lopes
    04/12/2021, 11:35
  14. 10. Comparison of Two 177Lu-DOTATATE Quantification Methods for Patient Personalized Dosimetry in Therapy of Neuroendocrine Tumors
    Cristiana Rodrigues
    04/12/2021, 11:55
  15. 8. Resistive Plate Chambers in Nuclear Medicine: the HiRezBrainPET
    Ana Luísa Lopes (LIP/UC)
    04/12/2021, 12:15
  16. 9. MACACOp: a Compton Camera for hadron therapy treatment monitoring
    Rita Viegas
    04/12/2021, 12:35
  17. 13. A computational model for radiotherapy studies with protons and carbon ion mini-beams
    Claudia Espinha
    04/12/2021, 15:00
  18. 12. Investigating Water Radiolysis with Monte Carlo algorithms for FLASH Delivery of Proton Mini- and Micro-Beams
    Miguel Molina
    04/12/2021, 15:20
  19. 14. Dosimetry evaluation to advance charged particle minibeam radiotherapy
    Maria Giorgi
    04/12/2021, 15:40
  20. 16. Developing Multi-Beam FLASH with Proton Beams
    Joana Leitão
    04/12/2021, 15:45
  21. 31. The effects of proton therapy on protein self-organization: potential benefits for neurodegenerative disorders
    Carina Coelho (LIP)
    04/12/2021, 15:50
  22. 32. Modelling protein amyloid structures and observing the effects of radiation using the GEANT4-DNA toolkit
    Lia Pereira (LIP)
    04/12/2021, 15:55
  23. 33. Development of a Standard Methodology for Online Dose Calculation in Air
    Rita Pestana (LIP)
    04/12/2021, 16:00
  24. 15. FLASH optimization for multi-beam proton therapy
    Filipa Baltasar
    04/12/2021, 16:05
  25. 17. Modeling the radiobiological effects of gold nanoparticles
    Joana Antunes (FCUL)
    04/12/2021, 17:05
  26. 18. Radiosensitizing effect of gold nanoparticles on pancreatic tumor cells
    Nísia Fernandes
    04/12/2021, 17:25
  27. 19. Design and optimization of a phantom for radiobiology studies
    Tomás Almeida
    04/12/2021, 17:45
  28. 25. Clinical practice
    Tiago Madaleno (IPO Lisboa)
    06/12/2021, 17:00
  29. 26. Discussion
    06/12/2021, 17:40
  30. 27. New approaches on radioterapy
    Yolanda Prezado (Institut Curie, Université PSL, Orsay, France)
    07/12/2021, 17:00
  31. 28. Discussion
    07/12/2021, 17:40
  32. 29. Charged Particle therapy and CERN
    Manjit Dosanjh (CERN)
    09/12/2021, 17:00
  33. 30. Discussion
    09/12/2021, 17:40