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Technical infrastructure

Overview

PTC Zürichobersee with its high investment volume will be built as a National Swiss Proton Therapy Center and will intergrate in a multi-centre health care system.
For patients, who are candidates for proton therapy, examinations, target volume localization and does planning can be done at the regional hospital. Via video conference with data exchange cases will be discussed and treatment plans will be digitally available in the PTC. Therefore a communication center together with the clinical trials office will be part of the proton facility (see >Service offerings and profile<).

The technical infrastructure will be designed under the following functional aspects:

  • Communication center providing direct data exchange with the referring hospitals and connection to Oncology Information System (OIS),
  • Special administration for participation in clinical trials with connection to OIS,
  • Radiological department comprising CT, MRI, PET-CT and PET-MRI for examinations and therapy follow up,
  • Treatment planning,
  • Two state-of-the-art linear accelerators,
  • Proton Therapy System

 

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A Proton Therapy System in general consists of the accelerator (cyclotron), the energy selection system, beam transport system and the treatment rooms

 

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Layout of the Proton Therapy Department at PTC Galgenen

The proton therapy center in Galgenen will offer the latest technology for treatment with proton therapy where beam application techniques which are developed at Paul Scherrer Institute in Villigen AG shall be implemented as far as possible

 

The therapy will be practised in four patient friendly designed treatment rooms. Beam application units which can rotate around the supine patient (so called Gantry) lead the beam to the target volume inside the patient. 

 

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Foto: Sumitomo Heavy Industries Ltd. 

          Gantry under construction
   

 

Technical integration, manufacturing, installation and service of the proton therapy system will be done by Sumitomo Heavy Industries Ltd., Japan.

Sumitomo Heavy Industries, Ltd.

  

Commercial integration and procurement of the proton therapy system and its accessories will be handeled by LIONESS Therapeutics AB, Sweden.

LIONESS Therapeutics AB

 

Subcontractors will be various swiss companies.


 

 

Please click on image for larger version

 

 

Complementary technical infrastructure

In a number of cases a combined treatment of protons and conventional x-rays will be indicated. In order to be able to offer patients such a combination of conventional radiation and proton therapy, it is also planned to operate a conventional radiation therapy department with two state of the art Linear Accelerators.


Modern diagnostic procedures such as MRI (Magnetic Resonance Imaging), CT (Computer Tomography) and PET (Positron Emission Tomography)-CT and PET-MRI are essential for the operation of a modern radiation therapy center. They will be used for decisions regarding treatment strateg, dose planning and treatment follow up. These imaging modalities will also be part of a radiological institute as a general diagnostic center.


The medical oncology department integrated in the center will take care of those patients who undergo outpatient chemotherapy in addition to radiation therapy.

 


 

Movie - Equipment
Literature
Proton therapy scattering versus scanning
Source: MedicalPhysicsWeb
Author: Marc
Proton Therapy Future Directions
Source: medicalphysicsweb
Author: Freeman
Dose to water versus dose to medium in proton beam therapy
Source: PMB 9 14 004
Author: Paganetti
Isochronous Cyclotron C250 for Proton Therapy
Source: THBPH10 Proceedings of RuPAC 2008, Zvenigorod, Russia
Author: Alenitsky et al
Medical Applications of Accelerators
Source: Reviews of Accelerator Science and Technology
Author: Eickhoff, Linz
What will it take for laser driven proton accelerators to be applied to tumor therapy
Source: Rev. St Accel. Beams 10, 094801 (2007)
Author: Linz, Alonso
Monte Carlo calculations for absolute dosimetry to determine machine outputs...
Source: PMB51,2801,2006
Author: Paganetti
Cyclo vs Laser Point Counterpoint
Source: Med. Phys. 33
Author: Maughan, Charlie Ma.
1000 MeV Proton beam therapy facility at Petersburg
Source: Journal of Physics Conference Series 41 (2006) 424
Author: Abrosimov et al
Laser-driven proton scaling laws and new paths towards energy increase
Source: Nature Physics Vol. 2 January 2006
Author: Fuchs et al
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