Understanding the Science Behind Steroids: How They Work in

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When you engage in physical activities such as weightlifting, running, or any other sport, you likely strive to run faster or, if possible, lift more weight. This causes tiny tears in your muscle fibers. As a natural response to this trauma, your body initiates a repair process and overcompensates for the damage by adding larger protein strands to build stronger muscle fibers.

This restorative process, called protein synthesis, results in Science behind steroids and muscle growth. Over time, as you train and push yourself harder, this "breakdown and rebuild" process repeats itself, leading to muscle growth. Microscopic ruptures in muscle fibers, or tiny tears, cause that stiff feeling you feel after a good workout.

When you ingest an anabolic steroid (injectable or pill form), the AAS (anabolic-androgenic steroid) circulates through your bloodstream and eventually reaches your muscle tissue. From there, muscle tissue will absorb the steroid through androgen receptors, which are receptors on muscle cells. Once the steroid reaches the muscle cells, the AAS interacts with cellular DNA, stimulating protein synthesis and promoting cell growth.

The body's response to the AAS depends on the amount and type of steroid used. Results can range from a more toned and lean physique to a more muscular and imposing figure. Athletes often experiment with different combinations of steroids to achieve their desired results.

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