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A nine-year joint research project...led to a crucial breakthrough in cancer research. Scientists have clarified how the Warburg effect, a phenomenon in which cancer cells rapidly break down sugars, stimulates tumor growth. This discovery provides evidence for a positive correlation between sugar and cancer, which may have far-reaching impacts on tailor-made diets for cancer patients.
This project was started in 2008...Its main focus was the Warburg effect, or the observation that tumors convert significantly higher amounts of sugar into lactate compared to healthy tissues. As one of the most prominent features of cancer cells, this phenomenon has been extensively studied and even used to detect brain tumors, among other applications.
Sugar awakens cancer cells
"Our research reveals how the hyperactive sugar consumption of cancerous cells leads to a vicious cycle of continued stimulation of cancer development and growth. Thus, it is able to explain the correlation between the strength of the Warburg effect and tumor aggressiveness.
Yeast as an advantageous model organism
Yeast cell research was essential to the discovery, as these cells contain the same 'Ras' proteins commonly found in tumor cells, which can cause cancer in mutated form. Using yeast as a model organism, the research team examined the connection between Ras activity and the highly active sugar metabolism in yeast.
"We observed in yeast that sugar degradation is linked via the intermediate fructose 1,6-biophosphate to the activation of Ras proteins, which stimulate the multiplication of both yeast and cancer cells.
"The main advantage of using yeast was that our research was not affected by the additional regulatory mechanisms of mammalian cells, which conceal crucial underlying processes."
originally posted by: intrptr
Sugar, like salt is only harmful if you take too much of it. I get the whole deflection thing though. There are plenty of cancer causing toxins in our food and water that are dangerous in the itty-bitty, tiniest trace (Parts Per Billion) amounts.
But we don't want to hear about that, tell us more how sugar is 'cancerated' .
originally posted by: intrptr
Sugar, like salt is only harmful if you take too much of it. I get the whole deflection thing though. There are plenty of cancer causing toxins in our food and water that are dangerous in the itty-bitty, tiniest trace (Parts Per Billion) amounts.
But we don't want to hear about that, tell us more how sugar is 'cancerated' .
originally posted by: intrptr
Sugar, like salt is only harmful if you take too much of it. I get the whole deflection thing though. There are plenty of cancer causing toxins in our food and water that are dangerous in the itty-bitty, tiniest trace (Parts Per Billion) amounts.
But we don't want to hear about that, tell us more how sugar is 'cancerated' .
Sugar has many toxic properties and is highly addictive.
Who's deflecting?
all that industrial food, fast food, ready meal stuff that is full of sugar and chemicals, instead of real food. To make you an addict. And that kind of human feed is cheaper to produce and there is more profit to make than with real, normal food.
originally posted by: intrptr
The more processed food is the less food value it retains.
Sugar is brown until its refined.
Many people favor stevia as a primary sweetener, because they are afraid of feeding Candida overgrowth. Stevia may not feed Candida, but going sugar free to address Candida overgrowth is a big mistake because it can lead to systemic candida overgrowth and severely impaired metabolism. What is so wrong with the popular Candida Diet, a sugar-free diet that uses only stevia as a sweetener? I recently debunked candida myths and offered a safer, healthier alternative to the Candida Diet in my post Busted: Candida Myths.
Choose sweeteners that have stood the test of time: fresh fruit, raw honey, maple syrup, jaggery, and coconut sugar.
Many people choose stevia over natural sweeteners like fruit and honey, but this is not a good choice. Fruit and raw honey, in particular, are excellently balanced sources of glucose and fructose, providing the liver with building blocks to create glycogen (glucose stores). Stevia, however, does not support glycogen formation.
Why is glycogen so important? When blood sugar is low, glycogen is broken down and released as glucose in the bloodstream. When the diet lacks sufficient glucose, there will be inadequate glycogen stored. If sugar is not immediately ingested to raise blood sugar levels, the body releases extra adrenaline and cortisol to convert muscle protein and fat into glucose. If this pattern is repeated, the frequent release of these stress hormone takes a toll on the body… and one of the most manifest symptoms of excess cortisol is abdominal weight gain.
How to eat sugar
Balance carbohydrate intake with fat and protein. Quality fats slows down the absorption of glucose into the blood stream, providing satiation and satisfaction. Protein helps pull sugar into the cells so your body can use it for energy. So enjoy your baked sweet potato with a dollop of ghee and alongside a portion of meat.Text
originally posted by: ketsuko
a reply to: Bluesma
No, in the US, most sugar additive is corn syrup, not cane sugar.
originally posted by: intrptr
a reply to: Bluesma
Cane vs. Beet sugar