The idea of brain tumors is one that can be linked to glioblastoma, as many would be able to tell you. This is commonly regarded as one of the deadliest forms of cancer and it is found in the brain as well. There are methods put in place for the sake of removal and it seems as though there is a lot of attention brought to the idea of procedures that can be seen in the long term. Immune cells are ones to consider but what do these entail, you may wonder?
According to an article posted on Medical News Today, there has been a lot of attention brought to immune cells, which have been deactivated in brain tumors. However, a study has been put into place thanks to the University of Calgary's Hotchkiss Brain Institute and Southern Alberta Cancer Research Institute. While there have been therapies done in the past, which organizations the likes of Voices against Brain Cancer can attest to, have all of them proved effective? It's hard to say, especially when the median survival rate stands at around 15 months or so.
What is it about these immune cells in regards to tumors in particular? The report went into detail about how microglia in the body could be put to use for the sake of helping the body prevent instances of injury of infection. Simply put, the cells in question come together to work as the brain's immune system, for lack of a better term. The way that they are able to operate is to detect stem cells that can play into tumor growth and eliminate them before development begins.
The report went into detail about a study that would be able to target the immune cells in relation to tumors. One of the more prominent points to consider is the usage of a drug by the name of amphotericin B, which would be put into place for the sake of making microglia active again. It's not like AmpB hasn't been used before; in the past, it worked for the sake of fungal infections against the brain and spine. To say that the results of the study were strong would be an understatement.
The drug was able to help the body's natural defense mechanisms, which translated into the halted progression of tumor growth in general. The mice lived two to three times longer after the study was done, so who is to say that this wouldn't become applied to humans? In fact, I'd like to think that this would be one of the most helpful therapies, provided it has the legs to stand on its own. From what I have seen, I think that the results are ones not to be ignored.
According to an article posted on Medical News Today, there has been a lot of attention brought to immune cells, which have been deactivated in brain tumors. However, a study has been put into place thanks to the University of Calgary's Hotchkiss Brain Institute and Southern Alberta Cancer Research Institute. While there have been therapies done in the past, which organizations the likes of Voices against Brain Cancer can attest to, have all of them proved effective? It's hard to say, especially when the median survival rate stands at around 15 months or so.
What is it about these immune cells in regards to tumors in particular? The report went into detail about how microglia in the body could be put to use for the sake of helping the body prevent instances of injury of infection. Simply put, the cells in question come together to work as the brain's immune system, for lack of a better term. The way that they are able to operate is to detect stem cells that can play into tumor growth and eliminate them before development begins.
The report went into detail about a study that would be able to target the immune cells in relation to tumors. One of the more prominent points to consider is the usage of a drug by the name of amphotericin B, which would be put into place for the sake of making microglia active again. It's not like AmpB hasn't been used before; in the past, it worked for the sake of fungal infections against the brain and spine. To say that the results of the study were strong would be an understatement.
The drug was able to help the body's natural defense mechanisms, which translated into the halted progression of tumor growth in general. The mice lived two to three times longer after the study was done, so who is to say that this wouldn't become applied to humans? In fact, I'd like to think that this would be one of the most helpful therapies, provided it has the legs to stand on its own. From what I have seen, I think that the results are ones not to be ignored.
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