Jake Urso
October 20, 2013
Published: September 25, 2013
Summary:
A new way of approaching the treatment for a type of brain cancer
called medulloblastoma has been developed by researchers at Sanford-Burnham.
The method targets cancer stem cells, which are the cells that are crucial for
maintaining tumor growth, and stops their ability to reproduce rapidly by stopping
the enzymes that are essential for the progression of the tumor. The process
ends the ability of the cancer cells to grow and multiply, making a starting
point for a new type of treatment for patients with this particular disease.
Connection:
The cancer cells have a certain set of enzymes that regulate the cell
cycle enabling the tumors to grow. In concept 5.5 in the textbook we learned
how enzymes have the ability to speed up cell activity. So by taking advantage
of the cells dependence on the enzymes that are specific to those certain reactions
the researchers were able to slow and even stop the growth of the tumor. A 2nd
way this connects to what we are learning in class is because we learned about
cell division and malignant tumors in chapter 9 of the textbook. We learned
that cancer is the disruption of the mechanisms that normally control the cell
cycle, so by stopping like it describes in this article would be part of the solution
to the problem.
What would the side-effects of this treatment be? Patients who undergo chemotherapy feel nausea and weak. How strong are the effects for this process respective to chemo?
ReplyDeleteWhat would the side-effects of this treatment be? Patients who undergo chemotherapy feel nausea and weak. How strong are the effects for this process respective to chemo?
ReplyDeleteThere would be little to no side effects which is why this treatment would be such an important breakthrough in making a clear cut cure for this type of cancer
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