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Eating less often, such as skipping breakfast and lunch, can activate defensive genes against aging. This approach focuses on dinner and giving the body a rest from food. This activates three protective mechanisms: mTOR, which senses amino acids; AMPK, which senses energy (mainly glucose); and sirtuins, which sense amino acids, energy, and exercise. These mechanisms can be activated by eating the right things, eating less often, and exercising.

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Sugar is described as a poison that inhibits nitric oxide production, which is why diabetics have a higher incidence of heart attack, stroke, and mortality. A lack of nitric oxide is also said to cause peripheral neuropathy, non-healing wounds, diabetic retinopathy, macular degeneration, and pancreatitis. Sugar purportedly destroys the oral microbiome, altering the bacteria and shutting down nitric oxide production.

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Our bodies rely on glucose as fuel for healthy cells, but it also feeds zombie cells that can accelerate aging and cause various health issues. However, scientists have discovered that fasting cuts off the supply of glucose, starving the zombie cells of energy and rendering them powerless. When food is scarce, our body taps into stored fat and converts it into ketones, which serve as an emergency power source for both our bodies and brains. This not only helps combat the toxic zombie cells but also allows healthy cells to enter repair mode, addressing damage and improving overall health. With the zombies in check and our bodies in better condition, the future looks brighter.

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I think that what we get from fasting is turning on the body's natural defenses against aging. The sirtuin genes come on when you're fasted or exercising. NAD is produced when you're fasting or exercising. And so all the science in my view is pointing in that direction that not constantly eating or being in fed state is beneficial. We don't tend to think of ourselves in the future as ourselves, but we should because it's definitely gonna be us and we probably won't feel much different than we do now. And we'll really thank ourselves if we start making the changes in health today.

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Eating sugar slows metabolism and increases hunger hormones, leading to weight gain and reduced fat burning. It creates inflammation and lowers testosterone in males, reducing sex drive and function. In women, it causes hormonal dysregulation and hippocampus shrinkage, impacting memory. Minimizing sugar intake and maximizing exercise are crucial. Supplements and stem cells are ineffective without addressing these fundamental issues.

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The central feature of almost all age related disease, heart disease, cancer, diabetes, dementia is something called insulin resistance. We eat an average of about 152 pounds of sugar per person and 133 pounds of flour per person every year. This makes up about 60% of our calories and it's killing us and it's making us age very, very fast. And it is something we can completely reverse. I remember one of the top cardiologists at Harvard saying that if you found a group of 100 year olds with clean arteries, they would have one thing in common. They would be insulin sensitive. They could perfectly regulate their blood sugar with very little insulin. And this, my friends, is the key secret of healthy aging.

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My food contains glucose, which fuels healthy cells but also feeds zombie cells that damage the body. Fasting cuts off the glucose supply, starving the zombie cells and slowing down aging. When food is scarce, the body sheds fat and converts it into ketones, which provide emergency power for the body and brain. Without food, healthy cells can switch into repair mode, fixing damage and preventing problems. This helps keep the body in better condition and promotes overall health.

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From birth, humans slowly "cook" and age, like a chicken in an oven, until death. This cooking process is glycation, evidenced by cartilage turning brown over time. Glucose spikes accelerate glycation, thus speeding up aging. More glucose spikes lead to faster aging, manifesting as wrinkles on the skin and aging of internal organs. The speaker claims to be 85 years old but appears younger due to avoiding glucose spikes.

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Intermittent fasting is fantastic for kick starting the genes for longevity. When you actually start to fast, anything over twelve hours, preferably sixteen hours without eating, you actually start to move your metabolism from burning the sugars that are in, your diet all the time to the fats around your adipose tissue and around your liver, the ones that are causing the inflammation and all the chronic illness. As a result, you produce these ketones, in particular, one called beta hydroxylbuterate, which then goes and turns on the various messengers called sirtuins and NAD, and those two together kick start the genes for longevity. As a result, you actually live longer. At least the animal studies show that. In addition, exercise does the same as does resveratrol found in red wine and grapes.

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Exercise lowers blood sugar and glutamine, two fuels that drive cancer. While exercise can't completely remove glutamine, it helps burn ketones when not eating many carbs. The oxygenation from exercise keeps mitochondria healthy and at peak energy efficiency. Exercise, especially aerobic exercise, brings in oxygen and burns ketones, a "super fuel." Paleolithic humans were very fit and did not suffer from modern diseases like obesity. They had high energy levels and primarily died from injuries and infections, not the diseases that affect people today.

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When you fast, your body cleanses itself, using cellular waste for energy through autophagy. There are documented studies showing that fasting can impact cancer by starving it. Cancer thrives on sugar and poor nutrition, consuming a lot of nutrients in the body. By halting eating, you deprive the cancer cells of their primary fuel source, potentially slowing down its progression. Fasting can shift cellular metabolism, and there's evidence that unhealthy metabolic cells can revert to a healthy state, and even be eliminated completely.

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Mitochondrial dysfunction is a factor in aging, though epigenetic changes may be a primary driver, influencing mitochondrial health. Resetting a cell's age rejuvenates mitochondria. NMN and NAD boosters can rejuvenate mitochondria, benefiting animals and people. Maintaining healthy and numerous mitochondria is important. Exercise and fasting are beneficial because they boost mitochondria.

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Our bodies rely on glucose as fuel for healthy cells, but it also feeds zombie cells that cause aging and various health issues. However, scientists have discovered that fasting cuts off the glucose supply, starving the zombie cells and weakening them. When food is scarce, our body converts stored fat into ketones, which serve as an emergency power source for both our bodies and brains. This process not only deals with the zombie cells but also allows healthy cells to switch into repair mode, fixing damage and addressing any issues. With the zombie cells under control and our overall health improved, the future looks brighter.

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As we age, weakened mitochondria contribute to free radical damage and tissue destruction, accelerating aging. This manifests as fine lines and wrinkles, thinner skin, weaker hair, slower nail growth, poor exercise recovery, and loss of muscle and bone. This is a byproduct of oxidative stress within the body. Consuming fruits, vegetables, herbs, and spices provides antioxidants. These antioxidants help with the oxidative process and restore the mitochondria.

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Glucose fuels the healthy cells in my body, but it also feeds zombie cells - old, damaged cells that accelerate aging by infecting healthy cells with toxic sludge. These zombie cells contribute to conditions like hair loss, wrinkles, arthritis, cancer, and dementia. Fasting cuts off the glucose supply, starving the zombie army and weakening them. When food is abundant, my body stores excess energy as fat. When food is scarce, that fat is converted into ketones by the liver. These ketones then serve as an alternative fuel source, providing emergency power.

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Contracting muscle helps pull in glucose, making it easier to control blood glucose and insulin. Muscle strength, not aerobic fitness, is a predictor of longevity. More muscle leads to better glucose control, which in turn leads to better insulin control. Glucose control is one of the most accurate indicators of longevity.

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Our bodies rely on glucose as fuel for healthy cells, but it also feeds zombie cells that cause aging and various health issues. However, scientists have discovered that fasting cuts off the supply of glucose, starving the zombie cells and weakening them. When food is scarce, our body converts stored fat into ketones, an alternative fuel source for both our bodies and brains. This process not only deals with the zombie cells but also allows healthy cells to enter repair mode, fixing damage and addressing any issues. With the zombie cells under control and our overall health improved, the future looks promising.

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My food contains glucose, which fuels healthy cells but also feeds zombie cells. These old, damaged cells release toxic substances that harm healthy cells and accelerate aging. However, scientists have discovered that fasting cuts off the glucose supply to the zombie cells, weakening them. When food is scarce, the body converts stored fat into ketones, an alternative fuel source for both the body and the brain. Without food to process, cells can enter repair mode, fixing damage and addressing issues. This helps control the zombie cells and promotes overall cell health.

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Scientists believe that cells, when deprived of food, can switch into repair mode. This allows them to fix damage, clean up garbage, and address problems early. By dealing with toxic zombie cells and enabling healthy cells to repair themselves, the future looks healthier and longer.

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Some of the longest living humans had high cholesterol levels, as found in a Sweden study. Good glucose control and high cholesterol were consistent themes. Cholesterol is a molecule of life, vital for mitochondria function. Lowering cholesterol through drugs compromises mitochondria. Sex hormones are built on cholesterol, so cholesterol-lowering medication can decrease sex hormones, causing loss of libido in men due to low testosterone. While LDL cholesterol is often labeled "bad," it's included in longevity studies. LDL is a component of the immune system and helps the body fight infections. Research suggests that in very old age, cholesterol levels do not always correlate with higher mortality and may even be linked to longer life.

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My food contains glucose, which fuels healthy cells in my body. However, it also feeds zombie cells, old damaged cells that accelerate aging and lead to various health issues. But scientists have discovered that fasting cuts off the supply of glucose to these zombie cells, depriving them of energy and weakening them. When food is scarce, the body converts stored fat into ketones, an alternative fuel source for both the body and the brain. Without food to process, cells can enter repair mode, fixing damage and addressing issues. With the zombie cells under control and the rest of my body in good shape, the future looks healthier.

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Cancer is preventable, but diet and lifestyle choices induce it. Cancer isn't solely genetic; tumor growth is linked to blood sugar levels. High blood sugar accelerates tumor growth, while low blood sugar slows it. Cancer cells grow rapidly and are hard to kill because of dysfunctional mitochondria. A solution to manage cancer without toxicity is to restrict glucose and glutamine, the fuels for cancer cells. Water-only fasting and low-carbohydrate diets induce nutritional ketosis, replacing glucose and glutamine with ketone bodies. This selectively marginalizes tumor cells, causing them to die, blood vessels to disappear, and the body to dissolve them. Maintaining healthy mitochondria through vigorous exercise, water-only fasting, and reduced consumption of processed carbohydrates is crucial.

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Eating one meal a day can extend your life by reducing the strain on your digestive system and activating longevity genes. These genes respond to factors like food intake, exercise, and overall consumption, and they help our bodies fight aging and slow down the biological clock. A simple swab test can accurately determine your biological age, which is more meaningful than the number of years you've been alive. With advancements in science, it has been discovered that human aging can even be reversed.

Huberman Lab

Effects of Fasting & Time Restricted Eating on Fat Loss & Health | Huberman Lab Podcast #41
Guests: Andrew Huberman
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Welcome to the Huberman Lab Podcast. I'm Andrew Huberman, a Professor of Neurobiology and Ophthalmology at Stanford. Today, we discuss fasting and its impact on health and wellbeing, including physical and mental aspects. Intermittent fasting, or time-restricted feeding, involves eating during specific periods each day. Most people unknowingly practice some form of intermittent fasting by not eating during sleep. We will explore how different fasting schedules affect weight loss, fat loss, muscle maintenance, organ health, inflammation, cognition, mood, and lifespan. A recent study published in Cell Metabolism found that higher resting blood glucose levels in humans correlate with increased mortality as people age. This contrasts with findings in mice, where lower blood glucose is associated with mortality. This highlights the importance of distinguishing between studies conducted in humans and those in animals. I aim to provide accessible information about science and health tools. Today, I will discuss mechanisms and practical tools for implementing fasting without strict adherence to feeding schedules. For instance, there are ways to mitigate negative effects of occasional deviations from a strict eating window. One key finding is that fasting can improve liver health and reduce inflammation. When we eat, blood glucose and insulin levels rise, while fasting lowers them. The timing of meals is crucial; eating during active phases of the day is beneficial, while late-night eating can be detrimental. Research indicates that restricting food intake to specific windows can enhance liver health and metabolic function. For example, studies show that mice on a time-restricted feeding schedule maintain or lose weight, while those with constant access to food become obese and unhealthy. The ideal feeding window is generally around eight hours, but individual preferences and lifestyles matter. It's essential to avoid food for at least one hour after waking and for two to three hours before bedtime. This allows for optimal metabolic health and supports the body's natural circadian rhythms. Recent literature suggests that time-restricted feeding can lead to improved insulin sensitivity and fat loss. However, shorter feeding windows may lead to overeating. The eight-hour window is often recommended for balancing health benefits and social schedules. For those focused on muscle maintenance, consuming protein early in the day may enhance muscle growth due to the timing of protein synthesis. Transitioning to a new feeding schedule should be gradual, allowing the body to adjust. In summary, the ideal intermittent fasting schedule involves an eight-hour feeding window, avoiding food after waking for at least one hour and before bed for two to three hours. Regularity in meal timing is crucial for maximizing health benefits. Individual variations exist, and some may require different approaches based on their lifestyle and health goals. For further exploration, I recommend resources like My Circadian Clock and the Zero app to help track feeding windows. Remember, the relationship between when you eat and your overall health is significant. Thank you for your interest in science and health.

Huberman Lab

Essentials: The Biology of Slowing & Reversing Aging | Dr. David Sinclair
Guests: David Sinclair
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Andrew Huberman and Dr. David Sinclair discuss aging, defining it as a disease rather than an inevitable process, arguing that it's the primary cause of most chronic illnesses. Sinclair posits that aging is fundamentally a loss of information within cells, akin to "scratches on a CD," primarily affecting the epigenome—the system controlling gene expression. These "scratches" are caused by factors like DNA damage (e.g., X-rays, sun exposure) and cellular stress, leading to cells losing their identity and function. Interestingly, periods of rapid development, like early life, show accelerated biological aging according to epigenetic clocks. Sinclair emphasizes that while genetics play a role, 80% of longevity is influenced by epigenetic information, which can be positively modified by lifestyle. A key actionable protocol is intermittent fasting, which activates longevity genes called sirtuins by keeping insulin and insulin-like growth factor levels low. This contrasts with constant feeding, which keeps these protective genes inactive. Skipping a meal daily is recommended, with longer fasts (2-3 days) triggering deeper cellular cleansing processes like chaperone-mediated autophagy, which has shown significant lifespan extension in mice. The conversation also covers supplementation, with Sinclair discussing his personal use of NMN to boost NAD levels, which are crucial for sirtuin activity. He highlights the importance of personalized medicine and tracking biomarkers like HbA1c (average glucose) and C-reactive protein (CRP) for inflammation, a strong predictor of cardiovascular disease and mortality. Exercise, particularly for maintaining muscle mass and hormone levels, is also crucial. Sinclair shares groundbreaking research on rejuvenating the female reproductive system in old mice using NMN, challenging conventional biological understanding and suggesting the body's remarkable capacity for repair and rejuvenation.
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