Article translated from the original Italian version
Hadron therapy is used in a number of different cases:
The advantages of hadron therapy in particular when used with carbon ions are based on the radiobiological properties of the particles. Due to their charge and mass, they have two to four times more destructive power in the affected tumour cells than X-rays. The spatial selectivity of both protons and carbon ions is also a distinctive feature of hadron therapy. It allows the dose delivered to the target location to be increased while also sparing the surrounding healthy tissue. There is a direct correlation between the higher dose delivered to the tumour (dose escalation) and the expected potential cell damage.
As with conventional radiotherapy, hadron therapy complements other cancer therapies as part of a multidisciplinary treatment approach. It is not generally the first choice of therapy.
Tumours involving the head and neck (salivary glands, sarcomas), the spine and the chest and abdomen (sarcomas), as well as neuro-oncological diseases (intracranial meningiomas and chordomas) and ocular melanomas.
We have treated more than 3,700 patients, including more than 2,000 men and more than 1,600 women. All age groups are represented, with most patients being between 40 and 80 years old. Most of them come from Italy.
A multidisciplinary panel of the referring cancer centre, with which the CNAO collaborates, discusses a case before referring the patient to us. Often, colleagues from other institutions will send in their cases with a request for assessment for therapy by directly contacting the attending physicians at the respective pathology department. Also, some patients send their records to the centre themselves. As oncology networks are created, this will be less the case in the future.
CNAO. Centro Nazionale di Adroterapia Oncologica / National Center for Oncological Hadrontherapy
Hadrontherapy treatment room, Credit: CNAO
Dr. Viviana Vitolo, Credit: CNAO
There are no definite exclusion criteria from treatment with hadron therapy. As with conventional radiotherapy, it is essential that the patient cooperates and is prepared to remain still on the treatment couch.
The therapy session lasts an average of 20 to 25 minutes. This includes the pre-treatment checks, i.e. the radiological measuring process (two-dimensional or volumetric), which ensures that the patient's position corresponds to the one on the day of the CT simulation. Then the beam is delivered. This varies in duration depending on the number of areas to be treated (usually two or three), the type of target (static or moving) and the size of the target.
We collaborate with a number of European research centres. For example, CNAO is the leading partner in the HITRIPlus project (Heavy Ion Therapy Research Integration Plus), which connects 22 universities and research centres from 14 countries with the aim of advancing research on the uses of carbon ions.
CNAO also recently joined Euracan (European Rare Adult Cancers Network), a network funded by the European Union and linking 75 highly specialised cancer centres in 24 countries dedicated to improve diagnostics, treatment and research of rare adult cancers. The focus is on the care and support of those affected.
With its advanced therapy, the CNAO is in principle a centre where research comes first. The most important ongoing studies include: