There are concerns when you are talking about brain cancer therapy in general. You want to make sure that the processes in question are safe so that cognitive function is not hindered. It's one of the biggest points for researchers to consider but it appears as though more and more work is going to be done in order to make this matter that much less of a concern. After reading an article on Penn News, I have to believe that results will soon be able to show themselves.
The article said that there has been a new approach seen in the field of brain cancer therapy. To me, this is great, especially when cognition has been a strong focus for a number of organizations - Voices against Brain Cancer is just one example - as long as studies have been done. The way that this particular study went about is through the use of chemotherapeutic wafers, each of them set around the cancerous regions of the brain. Radiation was not utilized as the results have been looked into.
You have to take into account that some procedures have their own negatives to consider. Whole brain radiation therapy, to name one instance, is able to keep tumors from recurring with better results but what about how the brain is impacted in the long term? Radiation can be harmful in large doses and the various functions of the brain may be hindered as a result. As you can see, better therapies are going to have to be brought to the surface before bring brought into implementation later on.
The University of Pennsylvania held a study and it was conducted by those within the Perelman School of Medicine. Results were found and it was seen that 98 percent of patients did away with radiation and, with the wafers brought into place, cognition started to see stronger results. There were better findings within the three important areas: memory, executive function, and fine motor skills. Knowing this, 40 percent of patients saw improvements in memory and function alone, which was where the greatest change had been pinpointed.
Brain cancer therapy should be gone about, without question, but it should be done while making sure that the brain is not negative impacted. It's possible that cells in the brain can die out if radiation is seen to a tremendous extent, which allows researchers to think more outside of the box than they ever would have before. Different tools have been put to use now more than ever before, it seems. I believe that it is very likely for other results to be found in the future.
The article said that there has been a new approach seen in the field of brain cancer therapy. To me, this is great, especially when cognition has been a strong focus for a number of organizations - Voices against Brain Cancer is just one example - as long as studies have been done. The way that this particular study went about is through the use of chemotherapeutic wafers, each of them set around the cancerous regions of the brain. Radiation was not utilized as the results have been looked into.
You have to take into account that some procedures have their own negatives to consider. Whole brain radiation therapy, to name one instance, is able to keep tumors from recurring with better results but what about how the brain is impacted in the long term? Radiation can be harmful in large doses and the various functions of the brain may be hindered as a result. As you can see, better therapies are going to have to be brought to the surface before bring brought into implementation later on.
The University of Pennsylvania held a study and it was conducted by those within the Perelman School of Medicine. Results were found and it was seen that 98 percent of patients did away with radiation and, with the wafers brought into place, cognition started to see stronger results. There were better findings within the three important areas: memory, executive function, and fine motor skills. Knowing this, 40 percent of patients saw improvements in memory and function alone, which was where the greatest change had been pinpointed.
Brain cancer therapy should be gone about, without question, but it should be done while making sure that the brain is not negative impacted. It's possible that cells in the brain can die out if radiation is seen to a tremendous extent, which allows researchers to think more outside of the box than they ever would have before. Different tools have been put to use now more than ever before, it seems. I believe that it is very likely for other results to be found in the future.
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