Keto Diet Causes Cancer: In recent years, a keto diet for cancer therapy has gained popularity as a way to avoid future cancers. Others claim that it can help prevent cancer. The keto diet is based on the idea that cancer cells require glucose to grow and function. Without sugar, they perish. A low-carb Ketogenic diet eliminates their primary source of nutrition. Cancer cells will be starved. This hypothesis has been well researched.
Sugar restriction has been shown to aid cancer patients
A study was undertaken by UTD. A ketogenic diet reduced blood sugar levels in mice. A diabetes medication prevented blood glucose from being reabsorbed by the kidneys. In mice, diet and diabetes medication had little effect on lung and esophageal tumors. It made them go slower. According to a study published in Cell Reports, limiting blood sugar may aid in the battle against cancerous tumors. Dr. Jay Kim commented on the research. In mice, the ketogenic diet plus pharmacological glucose restriction reduced lung cancer tumor development.
According to him, a ketogenic diet alone suppresses tumor growth in squamous cell carcinoma. It was more successful when it was used with diabetic medicine and chemotherapy. Despite the use of mice, human studies show positive benefits. Dr. Heinrich Otto Warburg’s Nobel Prize-winning research from 1918 is still relevant today. It’s now a viable cancer treatment.
The Genetic Factor in a Keto Diet for Cancer
Cancer was originally thought to be a hereditary disease passed down from generation to generation, according to scientists. The nuclear genome was first investigated for disease causes. Hereditary diseases were supposed to exist. Because of the rise in chronic illness over the last century, the nuclear genome hypothesis has been called into question. Shouldn’t genetic changes take thousands, not hundreds, of years? This prompted scientists to conduct further research.
THE WARBURG EFFECT AND THE KETO DIET
According to Otto Warburg, no disease can survive in an alkaline environment. In 1918, Otto Warburg investigated tumor metabolism and cell respiration. He was awarded the Nobel Prize in Physiology in 1931 for identifying the composition and operation of the respiratory enzyme. Since 1923, he has received 46 nominations. Thirteen people participated. He won in 1931. The Warburg effect is combated by a ketogenic diet. To produce ATP (Adenosine Triphosphate), cancer cells use glycolysis rather than oxidative phosphorylation. Ketone bodies are not metabolized by many tumors. The liver produces ketones when glucose isn’t available, which starve cancer cells.
Mitochondrial dysfunction and down-regulated ketone enzymes are to blame. A high-fat, low-carb diet lowers blood glucose levels. Cancer cells cannot feed in ketosis. Hunger will kill you. Ketone bodies are used by healthy cells to stay alive. (Valium) Insulin and insulin-like growth factors, which fuel cancer cell growth, are reduced when blood glucose is reduced.
IMPORTANCE OF EPIGENETICS
Recent research has discovered that mitochondrial epigenetic changes occur faster than previously thought. Human health depends on mitochondria. Your health is determined by your mitochondria. According to current studies on chronic illnesses, the health of our mitochondria is critical to our bodies.
NORMAL CELLS AND CANCER CELLS
Sweets must be avoided by cancer sufferers. When it comes to fighting cancer and keeping normal cells healthy, it’s important to understand what makes a cancer cell unique. According to oncology, cancer cells have metabolic problems. Mitochondria are unable to operate properly, therefore they rely on glucose for energy. Healthy cells adjust their metabolism. They have the ability to burn a variety of fuels while producing more ATP and fewer damaging oxidant radicals.
AEROBIC AND ANAEROBIC ENERGY PRODUCTION
Mitochondrial aerobic respiration is used by healthy cells. This process transfers glucose from the cytosol to the mitochondria by breaking it down. Mitochondria produce ATP when exposed to oxygen (energy). Without oxygen, anaerobic respiration occurs. It makes 100 times more ATP than aerobic respiration. For quick energy production, wounds and tumors require anaerobic respiration. Although anaerobic respiration generates more energy, other processes may aid cancer cell proliferation.
Even when oxygen is present, cancer cells prefer to use glucose (and occasionally glutamine) as a fuel source. It scientifically demonstrates how sugar feeds cancer. Aerobic respiration is limited in cancer cells with damaged mitochondria. Glucose enters cells and converts to pyruvate in the cytoplasm, but it is incapable of entering mitochondria for aerobic respiration. To compensate, growing cancer cells upregulate glucose transport proteins on their surfaces. In cancer cells, anaerobic respiration also produces lactic acid. Sugar increases cancer growth as long as it is present in the blood.
Sugar’s impact on cancer cells
Glycolysis is caused by damaged mitochondria in cancer cells. Cancer cells tend to prefer glycolysis because of its rapid growth characteristics. It promotes the proliferation of cancer cells. Excess lactic acid produced by cancer cells inhibits the body’s anticancer immune response. Cancer is protected from immune system attack by deactivating anti-tumor immune cells. Glycolysis contributes to cancer in a variety of ways. A keto-cancer diet eliminates sugar, which is cancer’s primary fuel source. Carbohydrates are converted to sugar by the human body. Sugar encourages cancer growth in a variety of ways.
Blood sugar is important in cancer treatment
Many cancer therapies focus on the molecular differences between cancer cells and healthy ones. Nearly all cancer cells require carbs or blood sugar as a food supply in order to develop and replicate. When you follow a ketogenic diet, your blood sugar levels drop drastically, and several of your regular metabolic processes are altered.
A Ketogenic diet has other benefits than Cancer Treatment
Other mechanisms could explain why a ketogenic diet is effective in cancer treatment. To begin with, eliminating carbs can lower your calorie intake, reducing the quantity of energy available to your cells. As a result, tumor growth and progression can be halted. The ketogenic diet has a number of extra benefits. It’s probable that you’ve lowered your insulin levels, which explains your symptoms.” Ketones are ineffective as a source of energy for cancer cells. Ketones have been found in animal studies to reduce tumor size and growth.
Is it true that popular diets like keto and paleo increase a woman’s chance of breast cancer?
Kristi Funk, MD, returns to The Exam RoomTM podcast to explore the evidence on the link between low-carb and high-fat diets and cancer risk. Dr. Funk analyses the general cancer rate among meat-eaters, vegans, and vegetarians when she joins “The Weight Loss Champion” Chuck Carroll. MPH Donna Green-Goodman is a public health professional who is more than just a cancer survivor. She’s doing fantastic! Donna, who has been cancer-free for nearly two decades, shares her incredible tale and the importance that a plant-based diet has played in her continued health. She’s also teaching others what she’s learned!
You must immediately quit eating sugar and start following a ketogenic diet
Reducing simple carbohydrate and sugar consumption is a positive step in the right way. A ketogenic diet, on the other hand, must be followed. Teach your cells to use ketones, which are produced from fat, as a source of energy instead of glucose. Consider trying the ketogenic diet. Removing sweets and carbohydrates from the diet is a good place to start. A ketogenic diet, on the other hand, must be followed. Ketones, which are made from fat, provide your cells with more energy than glucose. You can learn more about the ketogenic diet by clicking here.
