As one of the leading health complaints fielded in medical practice today, most of us are no strangers to fatigue. Nearly everyone knows what it feels like to be overtired from a grueling, non-stop schedule. Luckily, a good night sleep serves as an instant remedy for some occasionally tired folk. Unfortunately, chronic fatigue can persist even with adequate sleep, often linked to mitochondrial dysfunction or lifestyle factors. In these situations, looking at the body\u2019s cells\u2019 responsibility in energy production can produce some extremely effective solutions for exhaustion.<\/p>\n
Supporting the cell\u2019s production of energy can help relieve many tiredness cases. However, persistent or severe fatigue may indicate a medical condition, so consulting with a healthcare provider is recommended.<\/p>\n
Despite being a common symptom of poorly nourished cells, fatigue could be a sign of a medical problem requiring treatment. Some examples of illnesses that could cause fatigue include:<\/p>\n
In addition, some medications can cause fatigue. Examples may include:<\/p>\n
Upon consulting with a physician to rule out these (or similar illnesses) and a medication side-effect, fatigue sufferers can start thinking about cellular fortification to restore their energy levels.<\/p>\n
When the supply of energy fails to meet demand, cellular dysfunction could be the culprit. The microscopic building blocks of our body, our cells primarily produce energy by breaking down glucose. Known as the cell\u2019s powerhouse, the mitochondria is where a majority of adenosine triphosphate (ATP) \u2013 one of our body\u2019s most important energy-producing compounds \u2013 is made. As such, cells with higher energy demands will have more mitochondria. Insufficient ATP due to mitochondrial dysfunction is a leading contributor to chronic fatigue.<\/p>\n