G-Tol (G-ForceTol/GFT)
G-ForceTol (also known as GFT), the official name of the drug which is a shortening of "G-Force Tolerance", is a complex mixture of synthetic nanomolecules designed to temporarily modify the human body's physiological responses to G-forces.
Effects: This drug does 4 main things to reduce the effects of G-force on the body:
1: Upon injection, G-ForceTol induces vasodilation, causing blood vessels to expand. This helps reduce resistance to blood flow and decrease blood pressure during high-G
2: The chemical suppresses the release of stress hormones, such as adrenaline and cortisol, which can exacerbate the physiological response to G-forces.
3: G-ForceTol increases the oxygen-carrying capacity of the blood, ensuring that vital organs receive sufficient oxygen even under high G-forces.
4: The chemical slows down the body's metabolic rate, reducing the demand for oxygen and energy, thereby allowing the body to cope with prolonged high-G environments.
Duration: The effects of G-ForceTol would last for a limited time, typically around 30-45 minutes, making it suitable for brief periods of high-G exposure.
G-ForceTol would be administered through a specialized injection system, typically in situations where high-G forces are expected, such as during spaceflights, military aviation, or high-speed racing. Injections consist of multiple different intramuscular sites up the legs, with the inoculation vectors often being built into either the user's suit or chair when in a spacecraft. Additionally, a smaller injection is usually deoposited into the neck of a slightly different cocktail which reinforces the blood vessels in the brain to increase their durability.
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