World`s 1st Genomic Nutricart - Where Science Meets Nourishment
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Genetic testing is an invaluable tool for preventing muscle injuries in athletes. By analyzing genetic variations associated with muscle development, repair, growth, and collagen synthesis, this testing offers critical insights into an athlete's predisposition to muscle injuries. This information allows for the customization of training and recovery programs to effectively mitigate the risk of injury. In addition, the results of a Genetic Test can identify inherited genetic mutations that increase the risk of developing cardiovascular diseases, such as, hypertrophic cardiomyopathy, and Brugada Syndrome. The conditions can exacerbate upon adopting strenuous exercise routines. Therefore, a comprehensive analysis helps determine appropriate exercise routines based on the uniqueness of one’s genetic makeup. The following section highlights key genes involved in Muscle Injuries and Cardiovascular conditions.
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COL12A1 - Variations in COL21A1 may predispose individuals to Achilles tendon injuries. These variations can lead to weaker tendon structures, making them more prone to tears, ruptures, or chronic tendinopathy.
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COL5A1 - Variations in COL5A1 have been linked to differences in tissue stiffness and flexibility. Individuals with these variations may have tendons and ligaments that are too rigid which can contribute to a higher risk of injury during physical activity.
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ESR1 – Estrogen interacts with ESR1 (receptor), plays an essential role in muscle protein synthesis, repair, and maintenance. It helps regulate muscle mass and strength, particularly in response to physical activity and injury.
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SCN5A - Mutations in SCN5A are a major cause of Brugada syndrome. These mutations alter sodium channels resulting in the reduced sodium ion flow into cardiac cells. This can cause abnormalities in the heart's electrical activity, potentially accelerating the risk of Sudden Death.