![]() ![]() What Do We Know About Sugar, Hearing, and Tinnitus? In short, having insulin resistance or hyperinsulinemia can in fact lead to tinnitus over a period of time. This can cause decreased functioning of these cells, which may also cause tinnitus. This can lead to reduced functioning of cells in the inner ear that help transport sound to the auditory nerve. Hyperinsulinemia may also interfere with how the inner ear regulates appropriate amounts of potassium and sodium in its fluid. If hyperinsulinemia continues, your pancreas may not be able to produce as much insulin as your body is demanding. This is a temporary condition of having higher than normal levels of insulin in your bloodstream. This can lead to something called hyperinsulinemia. Over time, cells can develop a resistance to what the insulin is meant to do, meaning it can take more insulin to reach the same goals as before. These types of carbohydrates are called “simple carbohydrates” and are easier for the body to process than other foods. This is a normal process that is essential for many organs, including the inner ear, which requires a steady supply of oxygen and glucose.Įating candy or sugar can allow this glucose to enter our blood faster. These cells then use the sugar to create energy and continue their functioning. ![]() When insulin, a hormone made by the pancreas, is released and interacts with cells in our body, the sugar in our blood enters into cells. Our bodies break down carbohydrates (carbs) into glucose. To understand this, we will examine how our blood sugar is affected by what we eat. Sugar may be one of our favorite things, but can it hurt our ears and cause spikes to tinnitus? ![]()
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