A Quote by Harold E. Varmus

Every cancer looks different. Every cancer has similarities to other cancers. And we're trying to milk those differences and similarities to do a better job of predicting how things are going to work out and making new drugs.
Every cancer looks different. Every cancer has similarities to other cancers. And were trying to milk those differences and similarities to do a better job of predicting how things are going to work out and making new drugs.
If we were able to put every single solitary cancer cell that has a genomic - had their genome done in one place, we have the computing capacity to go in and look at what are the similarities and dissimilarities that make them work and don't work. And every expert will tell you, it is probably gonna exponentially increase the capacity to be able to find, A, cures, B, vaccines, and C, turn some cancers into chronic diseases, rather than it cost you your life.
There's about 100 different cancers in a cancer cell. And so what we're finding out is, they're finding out ways to deal with one or two of the cancers there, with certain medicines. But they don't know why, if you have that cancer and I have that cancer, and I get the therapy and you get it, I don't live and you live. That - they don't know why.
I believe that we are going to have a much deeper appreciation of what kinds of abnormalities in cancer cells and in the surrounding cells that feed and respond to cancers are vulnerabilities that will allow us to make better predictions of which kinds of drugs will work to treat these cancers.
Although not yet routine, many cancer centers have the technology to sequence some or all of a patient's cancer genome. This can provide massive amounts of valuable information about your cancer, including whether you have genetic mutations and other abnormalities for which new drugs are available.
The four most common cancers that account for about 80 percent of all cancer deaths are lung, breast, colorectal cancer, and prostate cancer.
E-cigarettes will raise your risk for lung cancer but also other cancers, like liver cancer.
A fundamental premise in cancer therapy is trying to identify how the metabolism of cancer cells differs from normal tissue. When differences are identified, it often paves the way for treatments that will disrupt the cancer's metabolism while sparing normal tissue.
Because I work on leukemia, the image of cancer I carry in my mind is that of blood. I imagine that doctors who work on breast cancer or pancreatic cancer have very different visualizations.
Resemblances are the shadows of differences. Different people see different similarities and similar differences.
Cows given genetically modified growth hormones make more milk, but have painful swollen udders, have ulcers, joint pain, miscarriages, deformed calves, infertility, and much shorter life spans. Their milk contains blood, pus, tranquilizers, antibiotics, and an insulin growth factor that can cause a fourfold increase in prostate cancer and sevenfold rise in breast cancer. This is the milk used in our school lunch programs and served to our children. This is the milk that you buy every day. This is the milk used in all cheeses, yogurts, butter, and cream.
On every job you do, you've got to raise your game. My ambition is to just get better and better every job you do - you should never stop trying to get better. You have to teach yourself new things - I don't think you necessarily learn them from other people because you have your own style of doing things, but hopefully you get better.
There's a lot of similarities with everything I try to do with my cricket - it's no different now to my business. You want to be as good as you possibly can. You get out of bed every day to try to become better. The same applies with Hublot - they want to be the first to achieve things.
A cancer is not simply a lung cancer. It doesn't simply have a certain kind of appearance under the microscope or a certain behavior, but it also has a set of changes in the genes or in the molecules that modify gene behavior that allows us to categorize cancers in ways that is very useful in thinking about new ways to control cancer by prevention and treatment.
Combine anti-cancer foods to maximize protection against all cancers: A number of plant foods are associated with lower risk of cancers, and substances contained in these foods display anti-cancer or immune-boosting properties.
Being treated by a doctor who specializes in your kind of cancer is so important, especially for those of us who have rare or very rare cancers. They will have access to newer treatment options that may be offered only at big academic cancer centers, so you don't miss out on treatments that could help you.
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