Page 2 - Flash Effect News Today

To the side effects. protons being particles slow down as they enter the tissue, and they stop within the tumour and do not go any further. and that means that this form of radiotherapy can be used in really tricky parts of the body. for example, something like the brainstem, which we know is very sensitive to radiation. so, it is very much putting the beam precisely into the tumour and not going into the sensitive organ. all types of cancer treatments risk harming healthy tissue near to the tum...

Could be game changing because you could forget everything about damaging surrounding tissues, etc, and it is as if the particles would know "this is a healthy cell, this is a cancer cell." do we have any idea why it happens? we dont know the mechanisms. we dont fully understand how flash works. i find it fascinating because it does not talk to my physics brain. so, i am curious to see whether it will bring something or not. now, we have got recent results, not published yet, that seems to indic...

So, it is very much putting the beam precisely into the tumour and not going into the sensitive organ. all kinds of cancer treatments risk harming healthy tissue near the tumour and research is ongoing around the world to try and minimise this collateral damage. there has been at least one recent, ratherstrange, finding. it is to do with how quickly and how hard you deliver the dose of radiation, and it is called the flash effect. so, you deliver the radiation in a very intense burst to the tumo...

Going into the sensitive organ. all kinds of cancer treatments risk harming healthy tissue near the tumour and research is ongoing around the world to try and minimise this collateral damage. there has been at least one recent, ratherstrange, finding. it is to do with how quickly and how hard you deliver the dose of radiation, and it is called the "flash effect." so, you deliver the radiation in a very intense burst to the tumour instead of on several seconds, for example. you condense it in mil...

Instead of on several seconds, for example. you condense it in milliseconds. fora for example. you condense it in milliseconds. for a physicist, this should not make any difference, but it is like when you deliver it like this, the tumour gets damaged, the healthy tissue does not get damaged and it could be game changing because you could forget everything about damaging surrounding tissues, etc, and it is as if the particles would no "this is a healthy cell, this is a cancer cell." . healthy ce...

Behind the tumour.— behind the tumour. and that means that _ behind the tumour. and that means that this _ behind the tumour. and that means that this form - behind the tumour. and that means that this form of i means that this form of radiotherapy can be used in really tricky parts of the body. really tricky parts of the bod . ~ .., really tricky parts of the bod . ~ ., , really tricky parts of the bod. ., body. we can often use protons in cases which _ body. we can often use protons in cases...

Now, we have got recent results, not published yet, that seems to indicate that we do spare the normal tissue and we might do even more damage to the tumour, so it might be even better than people say it is. flash is tremendously exciting, and i think it is a bit "watch this space." back at cern, i am visiting a project that is looking for a different way to specifically target cancer. this robot is handling a radioactive material created by cerns medicis experiment which is looking at doing som...

Goes through normal healthy tissue and that gives rise to the side effects. protons are being particles, slow down as they enter the tissue, and they stop within the tumour and dont go any further. end tumour and dont go any further. and that means — tumour and dont go any further. and that means that this form of radiotherapy can be used in a really tricky parts of the body. for example. — tricky parts of the body. fe“ example, something like the brainstem, which we know it is very sensit...

Is called the flash effect. so you deliver the _ is called the flash effect. so you deliver the radiation _ is called the flash effect. so you deliver the radiation in - is called the flash effect. so you deliver the radiation in a - is called the flash effect. so you deliver the radiation in a very i deliver the radiation in a very intense — deliver the radiation in a very intense bursts at the tumour. for example. — intense bursts at the tumour. for example, you condense it into millisecon...

And it is called the flash effect. so, you deliver the radiation in a very intense burst to the tumour instead of on several seconds, for example. you condense it in milliseconds. for a physicist, this should not make any difference, but it is like when you deliver radiation like this, the tumour gets damaged, the healthy tissue does not get damaged, and of course it could be game changing because you could forget everything about damaging surrounding tissues, etc, and it is as if the particles ...