The body performs automation, a mechanism by which cells are cleansed, where useful or unwanted components are destroyed by decomposition or excretion. According to Psychology Today, since it is an important physiological mechanism that has been preserved throughout evolution for the unique purpose of allowing the human race to prosper, the concept of automation can be followed in how to live well for a long time.

When the autoimmune mechanisms are excessive or weak, the cells cannot function optimally, which can lead to disease or rapid aging. The mechanism of automation includes fragmentation, removal of damaged mitochondria, lipogenesis, separation of lipids by lysosomal organs, removal of hypertrophy and other cellular proteins.

It should be noted that most neurodegenerative disorders, such as Alzheimer’s disease or Parkinson’s disease, are unregulated or associated with the accumulation of pathogenic proteins. Lack of automation causes disease, and although the mechanism by which autoimmunity occurs is not yet properly understood, it is known that controlling automation can affect lifestyle, environment and health due to the interference of many transcription factors, signaling molecules and accessory proteins. Nutrition and external and internal stresses.

Ways to improve automation

1. Calorie control: Calorie control regulates automation with intermittent fasting. Studies show that calorie restriction restores autonomy in the liver, brain, and muscle, and is linked to a longer and healthier life. This is thought to be due to the increased presence of substrates and precursors to other essential biochemical reactions.

2. Nutrition: Intracellular enzymatic reactions require not only substrates but also co-factors for proper functioning. Cofactors are vitamins that can be obtained from a wide variety of plant foods. Excess proteins and saturated fats affect autonomy because they require a lot of cellular energy to digest, resulting in an increase in reactive oxygen species. Plant foods contain high levels of antioxidants to reduce antioxidant pressure, which can disrupt autonomy.
3. Antioxidants: To get the right amount of antioxidants, you should add food options like berries, broccoli, green tea, turmeric and ginger root.
4. Avoid harmful nutrients: Avoid or reduce the intake of oils, saturated fats, dairy products, sugars and processed foods as they can increase the burden on the components of inflammation and mitochondria, which may play a role in their function and automation.
5. Exercise and Oxygen Regular exercise improves the supply of oxygen and nutrients to the body’s cells by increasing blood flow to vital organs. It enhances the accumulated and degraded inflammatory metabolism and transport of by-products. Oxygen uptake has positive effects on autoimmunity and can also be achieved with HBOT treatment. Hyperbaric oxygen therapy helps to heal wounds to some extent because it regulates autonomy. Hyperbaric oxygen therapy has been shown to improve neurogenesis and reduce inflammation.
6. Restorative sleep: The climacteric system and the autonomic system are significantly activated during sleep. They work in unison to improve the health and function of the brain. You have to work hard to respect the daily nature of the brain and the body as a whole because it can help improve the quality of sleep. This step may be simple in theory, but it takes motivation and commitment to succeed in practice.
7. Genetic protection: Chromatin and epigenetic changes caused by histone changes can have a significant impact on autonomy. Although there is little control over many expressions, an effort should be made to reduce the exposure to electromagnetic radiation, chemicals, pollutants, and toxins, all of which have post-translational effects on genes.
8. AMPK protein pathway amplification: AMPK-activated adenosine monophosphate protein kinase is an important enzyme for cellular bioenergetics. During malnutrition, AMPK is activated to control automation to maintain homeostasis requirements. AMPK pathway impairment is associated with aging, cancer, neurodegenerative diseases, and endocrine dysfunction. Cold temperatures have been shown to regulate AMPK, which is a key feature of cryotherapy, but can also be achieved through the use of cold showers and cold pressures. Some medications, such as aspirin or metformin, and natural remedies such as corticosteroids can improve normal AMPK pathways. Intermittent fasting and a diet low in saturated fat can also be beneficial.
9. External contact with nature: Frequent exposure to nature has been scientifically proven to reduce inflammatory mediators such as prostaglandins and interleukins and to regulate autoimmune stimuli.