Ion beam therapy is a form of radiation therapy used to treat cancer. Protons or carbon ions are used – both are charged, massive particles.
Therapy request
Contact MedAustron
- Transmission of all relevant documents and digital imaging
Duration approx. 2 working days:
Expert investigation
- Evaluation in the New Patient Board
- Appointment invitation in case of positive evaluation
Initial consultation
First appointment:
- Admission consultation
- Medical consultation
- Study consultation
Duration approx. 5 working days:
Cost assumption
- Clarification of cost assumption
- Approval by health insurance institution
Immobilization & imaging
Second appointment:
- Medical consultation
- CT/MRI images in treatment position
- Positioning aids
- Study consultation (optional)
Duration approx. 10 working days:
Therapy planning
- Irradiation planning
Start of treatment
- Daily* irradiation (Mon-Fri)
- Weekly check-up
*individual deviation possible
Duration approx. 1-8 weeks, depending on the indication:
Treatment at MedAustron
- Telephone information about the start of therapy
- If needed: Arrangement for suitable accommodation by our patient care coordinators
Treatment completion
- Medical consultation
- Study consultation (optional)
Aftercare
- Coordinated with local doctors
Therapy process for download
Here you will find templates for documents that you need for your records.
Please contact us
Do you have any questions about ion beam therapy or MedAustron?
Do you have any questions about the therapy or procedure? Whatever you want to know, do not hesitate to contact us. We will get back to you within two business days.
Contact Therapy requestFrequently asked questions
About ion beam therapy
Protons are obtained from hydrogen gas H2, carbon ions from carbon dioxide CO2. The physical properties of protons and carbon ions are similar, but carbon ions have a much higher, so-called “biological effectiveness”.
Compared to conventional radiotherapy with photons, particle therapy is able to reduce the radiation exposure of the adjacent healthy tissue and almost completely spare the tissue behind the tumour. Therefore, particle therapy is an ideal treatment for localized tumours in the vicinity of radiosensitive organs. Since strongly growing tissue reacts more sensitively to radiation, proton therapy is particularly suitable for cancer in children and adolescents.