collimator which comprises 160 little metal leaves that move in real time to shape to the irregular tumour volume. so you d be set up under the machine. we ve got traditional kv imaging on this system, and as the machine is treating, you can image and the machine moves round the patient to deliver the therapeutic dose, effectively painting it to the tumour volume. so, dee, we know that patients really try and stay still on these machines, but the tumour moves inside. how have you developed cutting edge ai technology to be able to solve that problem and have this precision beam not affect healthy tissue? this is soft tissue imaging, so what we have here is an mri system, which we ve developed in collaboration with our clinical partners to combine with state of the art delivery systems i explained in order to get soft tissue imaging at time of treatment. combining these two technologies has enabled us to precisely deliver, shaping the beam very precisely, at the same time as using mri
that is to provide access to care. mind blown. mind blown! that is tracking in real time, increasing dosage in real time, cutting the number of appointments. dosage in real-time, cutting the number of appointments.- dosage in real-time, cutting the number of appointments. yeah, you can change number of appointments. yeah, you can change the number of appointments. yeah, you can change the radiotherapy - number of appointments. yeah, you can change the radiotherapy plan . can change the radiotherapy plan daily, right? because you have a visual on how the tumour s also reacting to that precision beam. so if you re in the uk and we had that really brave lady a couple of days ago say to the prime minister, say to serve keir starmer, is the nhs broke in and talked about how her friend lost her life on the waiting list? the impact is huge. you friend lost her life on the waiting list? the impact is huge. you can go throu~h so list? the impact is huge. you can go through so many list? t