Remember the concept -
Inflammation and Metabolic Dysfunction → Free Radicals → Oxidative Stress → DNA and Mitochondria Damage
Dysglycemia is a broad term that refers to an abnormality in blood sugar stability. This can include hypoglycemia (low blood sugar) or hyperglycemia (high blood sugar).
Blood sugar is regulated through insulin. Insulin is a hormone produced in the pancreas. It helps cells in your body take in glucose (sugar) to use for energy. Another important organ for blood sugar regulation is your liver. Excess glucose is stored in the liver in the form of glycogen. When blood sugar drops, your liver breaks down glycogen into glucose and releases it into your bloodstream. This helps your body maintain relatively stable blood sugar levels throughout the day.
In people with dysglycemia, this system doesn’t work correctly. Glucose is a main fuel source for the mitochondria and ATP (energy) production, and imbalances have a major negative impact on the mitochondria and DNA of the cell. Blood sugar imbalances are a major cause of chronic illness and reduced lifespan and are a high priority when trying to heal from or prevent chronic disease.
Read on to learn more about the symptoms of dysglycemia, underlying causes, and how to heal this condition for optimal health and function.
1. Reduced blood flow and oxygen to the cells, tissues, and organs. Oxygen is perhaps one of the most essential elements to heal the body and prevrnt disease.
2. Inflammation via increased NF-KB activation/Cox-2 (inflammatory proteins) that increase oxidative stress and damage to the DNA and mitochondria. These inflammatory proteins also signal microglial activation, which in turn causes neuron degeneration.
3. Reduced cellular energy — The mitochondria also use glucose for energy. When there is either insulin resistance (high sugar) or hypoglycemia (low sugar), the mitochondria are impaired. This is detrimental to cell health, early aging, and chronic disease.
4. The liver is the most overlooked yet one of the most important organs for blood glucose control. The liver both stores and produces glucose:
5. Increased leptin, which leads to hypothalamic leptin resistance, increasing appetite and further raising glucose levels.
6. Increased cortisol and the aldosterone response — This influences blood pressure and fluid balance.
7. Disrupted functional pH balance (acidosis) and electrolyte imbalance.
8. Increased insulin receptor resistance, which can activate adipocytes.
9. Insulin resistance causes insulin surges, leading to hormonal shifts:
As you can see, blood sugar imbalance is a serious condition and a major cause of chronic symptoms, early aging, poor health, and chronic disease. It is a high priority to address if you want to heal.
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