A Quote by Harald zur Hausen

Regional clustering of specific cancer types triggered some investigations on a potential role of infectious agents in these malignant proliferations. — © Harald zur Hausen
Regional clustering of specific cancer types triggered some investigations on a potential role of infectious agents in these malignant proliferations.
In retrospect, I have devoted my scientific life mainly to the question to what extent infectious agents contribute to human cancer, trusting that this will contribute to novel modes of cancer prevention, diagnosis and, hopefully, later on, also to cancer therapy.
Cancer can be attacked directly by metabolic enzymes and then be assisted by the enzyme diet programme. The second greatest cancer breakthrough of the 20th century is the metabolic organic effect on malignant tumours of correcting the body fluid pH to a non-acidic pH 7.1 to 7.5. A neutral pH 7.0 resists cancer formation. An acid body fluid pH of 6.44 and below permits tumours to biochemically become malignant. At pH 7.5 cancer may become inactive; at 8.5 tumours may disintegrate.
There is no longer any question about the importance of fruits and vegetables in our diet. The greater the quantity and assortment of fruits and vegetables consumed, the lower the incidence of heart attacks, strokes, and cancer. There is still some controversy about which foods cause which cancers and whether certain types of fat are the culprits with certain cancers, but there's one thing we know for sure: raw vegetables and fresh fruits have powerful anti-cancer agents.
Maybe I should mention it: I was not from the beginning mainly interested in papilloma virus; I was mainly interested in infectious agents in human cancer. So papilloma viruses came up as the most likely candidate from my viewpoint.
Although even light exercise is associated with a lowered risk of some other types of cancer, for breast cancer, it appears that leisurely strolls don't appear to cut it.
Applying smarter IT to genomic data may offer the potential to cure many types of cancer and other diseases.
Language is so specific to art, all the way to the past in China. Previously, people were not allowed to include various regional dialects in their films, but in every film that I've made, I've maintained the regional dialects of the characters because I wanted to make films that were locally specific.
Especially working in infectious disease, it's very interesting because these infectious diseases, these agents, they evolve over time. So it's very much an arms race and understanding how each changes to protect itself and to continue. And so it's very much this puzzle-solving but with this great urgency and importance in what you find.
Cancer is really a slew of rare diseases. Lung cancer has 700 sub-types, breast cancer has 30,000 mutations which means that every cancer in its own right is a rare disease. Sharing data globally in this context is really important from a life-threatening perspective.
Mr. Speaker, the scientific evidence is overwhelming that embryonic stem cells have great potential to regenerate specific types of human tissues, offering hope for millions of Americans suffering from debilitating diseases.
Exposure to harmful, cancer-causing chemicals in our personal care products, cosmetics, cleaning agents and foods is raising our risk for cancer.
Agents run a business, and their business is their talent; some are more general and broad and can rep a little bit of everything; some are more niche. You have to be specific with who you approach and how.
The traditional American husband and father had the responsibilities-and the privileges-of playing the role of primary provider. Sharing that role is not easy. To yield exclusive access to the role is to surrender some of the potential for fulfilling the hero fantasy-a fantasy that appeals to us all. The loss is far from trivial.
Agents need to be free to pursue investigations in ways that they haven't. There have been restraints that a reformed FBI needs to make sure we don't impose.
Astonishingly, in spite of decades of research, there is no agreed theory of cancer, no explanation for why, inside almost all healthy cells, there lurks a highly efficient cancer subroutine that can be activated by a variety of agents - radiation, chemicals, inflammation and infection.
When I was at Stanford, I was actually in the cancer biology program, but I mostly focused on infectious disease.
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