Lifestyle Choices Could Affect Gene Sequences that Code for Cancer | Guest Blog, Scientific American Blog Network Number of people testify they have beaten cancer with diet and lifestyle changes. Exercise is a must, as it triggers the lymphatic system to drain toxins and other harmful stuff that accumulates in the body. Also research about natural substances that kill cancer or tumour such as turmeric, Vitaminc C, Cannabis oil, Sodium bicarbonate etc. The treatment for cancer really exists in alternative methods compared to the cut and radiate traditional approach. It’s no secret that diet and exercise can directly impact our health. But for many people, genetic predisposition to disease – be it hypertension or diabetes or cancer – is often perceived as a risk that is out of their hands. New findings in the field of epigenetics, however, suggest that we may have more control than previously thought when it comes to preventing the onset of sporadic or even heritable diseases. Our daily routine, from what we eat for breakfast to the distance we travel to work, could determine whether or not our gene sequences activate or prevent the development of cancer within our bodies. Researchers from the Boston University School of Medicine put forth an exciting theory earlier this year that, if proven correct, will perhaps identify preventable or stoppable causes of carcinogenesis. They have proposed the existence of processes within our cells that activate specific sequences of DNA that function as epigenetic on/off switches for cancer. Cancer is the second most common disease in the United States, and scientists have yet to find a prevention and cure that is applicable to all the many varieties of the disease. Yet with this new discovery, we may be closer than ever to understanding where cancer begins – and even where it might end. The “on/off switch” hypothesis originates from a basic understanding of epigenetics – a field that has been evolving for more than 20 years. This genetic science investigates the expression or suppression of the genes we inherit at birth. The field seeks to explain changes in the way our genes express themselves as a direct result of our behavior and nutrition, as well as our exposure to environmental factors. AG
Posted on: Thu, 16 Oct 2014 07:55:22 +0000
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