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Parsing Cancer Metaphors
Senior Seminar in Biology and Society
November 10, 2009
Julia Lewis
The history of cancer in medicine, research, and society is rich with information and stories. To reduce the topic to a manageable size, I would like to restrict our inquiry to the metaphors used to describe cancer. Cancer metaphors are common methods that scientists and nonscientists alike use to describe the condition. No metaphor is the perfect characterization of cancer. Every metaphor foregrounds some aspects of the condition and backgrounds others. Therefore, I would like to explore the meaning conveyed by various metaphors. My hope is that a better understanding of the metaphors will lead to a more subtle appreciation of cancer.
Please read full text of the following article:
http://www.pnas.org/content/93/23/13164.full
More information on the biology of the PAX genes:
http://en.wikipedia.org/wiki/PAX3
http://en.wikipedia.org/wiki/PAX7
Comments
cancer: warfare alternatives
Old ideas spur new approaches in cancer fight (NYTimes 28 Dec 2009)
"could open up a whole new way of thinking about cancer that would be much less assaultive.”
http://www.washingtonpost.com
http://www.washingtonpost.com/wp-dyn/content/article/2009/11/16/AR2009111602822.html?wpisrc=newsletter
Breast Cancer Awareness
I found the distinction
I found the distinction between fast-acting and slow-acting cancers extremely interesting and important. This distinction opens a new possible direction in trying to deal with fast-acting cancer cells. Instead of only or always aiming at killing the cancer cells, we somehow tame it to behave more like slow-acting cells. I think that by studying the difference between the two types, we might be interrupt pathways or genes that the fast-acting cancers have that the slow-acting lack.
I also found it interesting that cancer cells evolve. It seems that in we not only have to kill (pardon the military expression since we haven’t come up with a new one yet) the cancer cells but we might also have to interrupt their recombination of genes during replicating to prevent evolved resistance.