Generic Viagra Altitude Sickness Treatment

For years, Generic Viagra has helped men all over the world deal with their erectile dysfunction and significantly improve their sex life. However, studies have shown that generic Viagra can also be used to successfully treat altitude sickness. Mountain climbers and all high-altitude athletes can benefit greatly from low Viagra prices.

To understand how this medication can treat altitude sickness, it’s important to see what causes this condition. Altitude sickness is caused by the lack of oxygen levels at high altitudes, especially at 2,400 m (8,000 ft). When this condition starts to worsen, it can developed into a pulmonary edema (lungs filled with fluid) or a cerebral edema (in which the brain swells up).

In very extreme cases, altitude sickness can be fatal. Studies made by French researchers have determined that at high altitudes lung blood vessels constrict, reducing blood flow. Precisely because of this, researchers believe that generic Viagra can significantly help with altitude sickness. Generic Viagra is composed of a chemical called Sildenafil citrate. Sildenafil works as treatment for erectile dysfunction by relaxing smooth muscle and dilating blood vessels. By doing this, blood flow to the penis is increased and an erection is attained.

However, this French research team determined that Sildenafil’s vasodilator effects are not focused only on the penile area: it also has effects on other parts of the body. In this case, Sildenafil citrate would widen blood vessels found in the lungs and increase blood flow. This, in turn, helps improve the amount of oxygen that is sent to the lungs.

Even though getting Viagra could be the answer to high-altitude athletes that suffer from altitude sickness, other safe measures should be practiced, such as slow ascending, avoiding any activity that requires physical effort, not drinking alcohol 24 hours after reaching high altitudes. All of these measures will allow the body to get used to the new environment and the reduced oxygen levels.