In his inaugural address, Kanker, krijg de straling , Professor Beekman says that radiation in the form of photons or particles is playing an increasingly important role in the detection and treatment of cancer. The low concentrations of radioactive molecules which gather in tumours, known as ‘tumour seekers’, show up well with techniques such as Positron Emission Tomography (PET) and Single Photon Emission Computed Tomography (SPECT).
Such techniques mean that tumours can be discovered earlier more often than using X-rays, and it is also more often possible to ascertain properties of tumour cells without removing a sample of the tissue. Doctors can choose the best treatment for the individual patient more quickly and easily.Removal
Finally, it is increasingly possible to treat tumours internally, for example by using tumour seekers that emit particles and destroy the tumour on the spot. If this kind of treatment only reaches the tumour and avoids harming healthy tissue, it will make this method superior to proton therapy.U-SPECT
Improved technology means that we still have a hope of success in the detection and treatment of cancer. Beekman says it is important that hospitals and engineers work closely together.
The TU Delft is a part of Medical Delta, which provides the structure for this cooperation to take place. In Medical Delta, TU Delft cooperates with Erasmus University, the University of Leiden and their teaching hospitals.
Frank Nuijens | alfa
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