When going into detail about particle accelerator technology, it's clear that there are a number of uses to take into account. Perhaps the biggest example has to be in particle physics, though this is the one that seems to be the most typical. However, is it possible that this type of technology can come into play for the sake of helping brain tumors as well? From what I have seen, it seems like the experiments that are done will prove this to be the case.
Symmetry Magazine posted an article about brain tumors and how attempts to help them can result in the brain tissue surrounding them becoming damaged. As a result, the outcomes that are seen may not necessarily be those which can stand strong in the long term. However, it appears as though a unique concept has come to light and it is done that entails a group of specialists within Fermilab as well. This is the kind of story that, in my mind, is worthy of note by organizations the likes of Voices against Brain Cancer.
The article spoke about a procedure by the name of Boron Neuron Capture Therapy and how it can be put to use alongside particle technology. A patient will be given a tumor-seeking substance that will work its way into the bloodstream. Keep in mind that this substance entails non-radioactive boron, which will be able to enter the membrane through the blood-brain barrier. It will then be able to target both the tumor and the soft tissue around it, which can help in terms of keeping damage to a minimum.
What happens after this is that the patient is exposed to a beam of neurons, which is important to note. Keep in mind that boron is most effective at capturing neurons; the report accurately described it as a baseball mitt of sorts. Once a neuron is caught, the boron atom splits into two parts and this is where they will be able to deposit a lot of energy on a local basis. The level of energy seen here would be around the strength of a dose of radiation, targeting the tumor in the process.
This method entails science, which is something that goes without saying. However, the fact that one type of science is able to meet another is especially interesting; the fact that one of the focuses is on brain tumors is one that should not be overlooked. This method has been looked into for decades and it has been conducted around the world, too. With this in mind, it is apparent that the potential is present; it's just that this level has to be realized in the long term.
Symmetry Magazine posted an article about brain tumors and how attempts to help them can result in the brain tissue surrounding them becoming damaged. As a result, the outcomes that are seen may not necessarily be those which can stand strong in the long term. However, it appears as though a unique concept has come to light and it is done that entails a group of specialists within Fermilab as well. This is the kind of story that, in my mind, is worthy of note by organizations the likes of Voices against Brain Cancer.
The article spoke about a procedure by the name of Boron Neuron Capture Therapy and how it can be put to use alongside particle technology. A patient will be given a tumor-seeking substance that will work its way into the bloodstream. Keep in mind that this substance entails non-radioactive boron, which will be able to enter the membrane through the blood-brain barrier. It will then be able to target both the tumor and the soft tissue around it, which can help in terms of keeping damage to a minimum.
What happens after this is that the patient is exposed to a beam of neurons, which is important to note. Keep in mind that boron is most effective at capturing neurons; the report accurately described it as a baseball mitt of sorts. Once a neuron is caught, the boron atom splits into two parts and this is where they will be able to deposit a lot of energy on a local basis. The level of energy seen here would be around the strength of a dose of radiation, targeting the tumor in the process.
This method entails science, which is something that goes without saying. However, the fact that one type of science is able to meet another is especially interesting; the fact that one of the focuses is on brain tumors is one that should not be overlooked. This method has been looked into for decades and it has been conducted around the world, too. With this in mind, it is apparent that the potential is present; it's just that this level has to be realized in the long term.
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