In 2019 alone, nearly nine million people will have died of cancer. If left unchecked, that figure could well rise to over thirteen million every year by 2030. That is a staggering 1,500 deaths per hour. With these statistics in mind, breakthrough technologies represent one of the greatest hopes for cancer patients of both the present and future. Innovative CEOs such as Nicolas Serandour are standing steadfast as medical vanguards, relentlessly pursuing start-of-the-art technologies that can be leveraged in the ongoing fight against cancer.
Conventional treatments for cancer patients include radiation therapy, which is used in up to sixty percent of cases. However, it can come with costly side effects for the patients. Healthy tissue can suffer, causing internal damage that is hard to repair. That’s where Advanced Oncotherapy’s ground-breaking solution comes in. Focused on proton therapy, also known as proton beam therapy, Nicolas has spearheaded a venture that he believes will revolutionise the way physicians treat cancer moving forward. What separates proton therapy from traditional radiation therapy is the ability to target cancerous cells in the body without causing significant damage to the surrounding healthy tissue.
Advanced Oncotherapy’s vision for the future is one where a more affordable, proton-based radiotherapy system saves the lives of countless more cancer patients than ever before. With this innovative new technology proving to be both cost-effective and clinically superior to existing systems, Nicolas wants to make this vision a reality. Since being at the firm, Nicolas has overseen the development of its proprietary proton-based technology, LIGHT®.
Developed in collaboration with the world-renowned CERN in Switzerland, LIGHT® represents the next step in proton beam therapy and particle acceleration that will change the way cancer is approached. LIGHT®’s compact design allows the delivery of proton beams onto a tumour with greater precision, even during organ movement. This is due to LIGHT®’s capability to change the dose and energy very quickly, which is important for an entire class of moving tumours (lung, pancreatic, liver).
Nicolas and his team are also capitalising on LIGHT®’s uniquely small beam size to position the device ahead in the race for delivering what is called “FLASH”: a faster, cheaper approach to proton therapy. A research collaboration with the Cleveland Clinic, that will evaluate the target conformity of proton minibeams, is a significant development as it marks a clear endorsement from one of the most prestigious healthcare institutions in the world.