Inflammation and authophagy are controlled and regulated by the same processes, and work in balance to apply what is needed to keep the body running optimally. This includes the direct management and manipulation of the body's natural functions to achieve personal health and longevity goals. autophagy can also help dampen excessive inflammation by selectively targeting inflammatory proteins and regulating their degradation. Hence, the proper functioning of autophagy is pivotal in keeping inflammation in check and maintaining overall health.
Inflammation's natural function starts with fighting off infections or responding to toxins and injury to our different body structures. This critical function becomes activated to support our cells by boosting our immune function's ability to remove what is harming us. And this acute response is also responsible for starting off the tissue's restoration process to help bring our body back into a place of wellness. But chronic inflammation can lead to damage, scarring and even death to our internal tissues and organs. By implementing periodic fasting, individuals may help maintain a healthier balance in their immune system, potentially reducing the risk of developing chronic inflammatory disorders.
This collection of protein complexes are an innate immune response that works through inflammation of the cell. Inflammasomes are activated to fight off the same injuries or infection risks that other immune responses do to protect us from harm. But these proteins are also being recognized as a cofactor in multiple health conditions and disorders.
Inflammasomes are a necessary part of the body's innate immune response, but can contribute to chronic inflammation and various inflammatory diseases when overactive. Studies suggest that intermittent fasting can reduce the production of inflammatory cytokines and inhibit the activation of inflammasomes, thereby curbing excessive inflammation. And intermittent fasting has shown promise in modulating inflammasome activity, providing significant benefits toward managing inflammation.
Monocytes are a type of white blood cell part of the body's natural immune response. These helpful white blood cells serve as part of the body's innate immune response to be ready when threats are recognized. But monocyte cells also promote a proinflammatory response that causes damage to our internal structures when they are constantly activated. This contributes to chronic inflammation and various inflammatory conditions throughout the body.
Lifestyle strategies that include Intermittent Fasting have been shown to reduce overall monocyte levels in the blood. Monocytes are sensitive to fluctuations in glucose and insulin levels, and reduced availability of these nutrients during fasting alter their activation and function. In response to lowered glucose and insulin, monocytes may shift towards a more anti-inflammatory phenotype, which is beneficial for immune regulation and tissue repair. That is why intermittent fasting potential to modulate monocyte activity is being further explored to further manage the process.
Controlling Our Renewal Rate
Inflammation and authophagy are controlled and regulated by the same processes, and work in balance to apply what is needed to keep the body running optimally. Intermittent fasting allows for the direct management and manipulation of the body's natural functions by managing this renewal process.
Intermittent fasting has garnered attention for its potential to mitigate chronic inflammation that accelerates the aging process by causing cellular damage and impairing tissue repair mechanisms. Intermittent fasting can help the body switch from a state of constant energy intake to periods of fasting. Inducing a fasting state triggers various cellular renewal mechanisms, including autophagy and the reduced production of pro-inflammatory molecules.
By effectively managing inflammation through intermittent fasting, individuals may have the opportunity to extend their lifespan and potentially reduce the risk of age-related ailments, making it a promising avenue for those interested in enhancing their quality of life as they age.
Chronic inflammation accelerates brain aging and has been determined to play a direct role in in age-related brain disease. Intermittent fasting, with its periodic cycles of food consumption and fasting, can help combat inflammation by reducing the production of inflammatory molecules and promoting the body's natural repair mechanisms, such as autophagy.
Intermittent fasting, by imposing periods of fasting and reduced calorie intake, can help improve insulin sensitivity. During fasting, the body becomes more efficient at using insulin to regulate blood sugar levels. This reduction in insulin resistance not only aids in blood sugar control but also helps lower systemic inflammation, as high insulin levels are known to contribute to inflammation.
Chronic inflammation is a significant contributor to cardiovascular diseases such as atherosclerosis and hypertension. And damage caused by inflammation of the heart's chambers and valves, muscles, and pericardium sack can take months or even years to recover from. By incorporating intermittent fasting as part of a heart-healthy lifestyle, individuals can support cardiovascular health and reduce the likelihood of developing heart issues.
Chronic inflammation can exacerbate joint conditions like osteoarthritis and rheumatoid arthritis, causing pain and reduced mobility. The painful effects of arthritis, bursitis, and other chronic inflammation conditions of the joints create long-term damage of these connective-tissue. And intermittent fasting often leads to weight loss and improved metabolic health, which can reduce the load on joints and alleviate stress on them.
Chronic inflammation is known to play a role in conditions like osteoporosis, which weaken bones and increase the risk of fractures. During fasting periods, the body may enhance the absorption of essential bone-building nutrients like calcium and magnesium, which are crucial for maintaining bone density. Intermittent fasting also promotes the secretion of growth hormone and increases the activity of osteoblasts, the cells responsible for bone formation.
Chronic inflammation can contribute to muscle wasting and impair muscle function, especially in conditions like sarcopenia. Intermittent fasting can help combat inflammation by reducing the production of pro-inflammatory molecules and promoting cellular processes like autophagy, which can remove damaged components in muscle cells and potentially alleviate inflammation. And fasting can stimulate the release of growth hormone and increase the body's reliance on stored fat for energy during fasting periods, which may help preserve muscle mass.
Learn why hydration is a cornerstone of maximizing your fasting experience including maintaining adequate electrolyte levels to maintain your energy + wellness during fasting periods: