With the recent media coverage exposing steroid use in professional sports, many people are looking for an extra edge to build muscle, get stronger, and look better.
Steroids, although effective, are unhealthful and illegal to use without a prescription. Millions of dollars have been spent in sports medicine research to find a completely safe, natural alternative that produces the same results.
Years of research now show that nitric oxide supplements are the safe way to maximize your muscle gains.
Professional basketball player's use XtremeNO, a nitric oxide supplement created by the sports nutrition company. XtremeNO blows away the competition, of everything out there, it’s the highest-quality supplement on the market, hands down.
Other athletes, like professional football players are just now discovering the dramatic benefits of using a nitric oxide supplement and they advocate XtremeNO since first taking it, telling their teammates, "XtremeNO has proven results they believe in."
The Science Behind Nitric Oxide
Your body naturally produces nitric oxide to move oxygen to your muscles while you exercise. This burst of oxygen keeps your muscles functioning while you lift weights or blast through your cardio sessions.
Unfortunately, your body can only generate a limited amount of nitric oxide. When the nitric oxide runs out, your muscles can no longer power through the exercise, no matter how much mental determination you have.
Taking a nitric oxide supplement 30 minutes before you work out could be the push your body needs to add weight to your bench press or run that extra mile. This increased stamina results in longer, harder workouts and a healthier, stronger body in less time.
The Benefits of Nitric Oxide Supplements:
- Drastic Muscle Gains
- Increased Blood Flow and Oxygen Delivery
- Boosted Strength, Endurance, and Power
- Support for Your Immune System
- Immediate Results
- Total Body Transformation
Now that the science behind nitric oxide has been proven, several companies are rushing to bring a nitric oxide supplement to consumers, but which is the best?
For more information visit: XtremeNO
________________________________________________________________________
Antioxidant Levels Key To Prostate Cancer Risk In Some Men
.jpg)
Conversely, if carriers of this genetic variant have low levels of these vitamins and minerals, their risk of aggressive prostate increases substantially, as great as 10-fold, over those who maintain higher levels of these nutrients, they write in today’s issue of Cancer Research.
"This large prospective study provides further evidence that oxidative stress may be one of the important mechanisms for prostate cancer development and progression, and adequate intake of antioxidants, such as selenium, lycopene and vitamin E, may help prevent prostate cancer," said Dr Haojie Li, a researcher at the Brigham and Women's Hospital and Harvard Medical School.
The new findings are based on an analysis of 567 men diagnosed with prostate cancer between 1982 and 1995, and 764 cancer-free men from the Physicians Health Study.
The initial goal of this study was to assess the effect of aspirin and beta-carotene on men's health. Li’s team decided to check for variants of the gene that codes for manganese superoxide dismutatase (MnSOD), an important enzyme that works as an antioxidant in human cells to defend against disease.
The MnSOD gene is passed from parents to offspring in one of three forms: VV, VA or AA.
"Compared with men with the MnSOD VV or VA genotype, people with the AA genotype seem to be more sensitive to the antioxidant status," said Li. "Men with the AA genotype are more susceptible to prostate cancer if their antioxidant levels are low."
The study's results found that a quarter of the men in the study carried the MnSOD AA genotype, half carried the VA genotype, and the remaining quarter carried the VV genotype.
The results indicated that the VA and VV men were at equivalent risk for developing prostate cancer across all levels of antioxidants in their blood.
But compared to MnSOD VV or VA carriers in the lowest quartile of selenium levels, MnSOD AA males had an 89 per cent greater risk for developing aggressive prostate cancer if they had low blood levels of the mineral.
On the other hand, MnSOD AA carriers with high selenium – those men in the highest quartile – had a 65 per cent lower risk than the MnSOD VV or VA males who maintained low levels of selenium.
"The levels of selenium in the highest quartile of these men are not abnormally high," Li said. "Our range is neither extremely high nor extremely low."
While similar trends were observed for lycopene and vitamin E when tested independently, the contrast in relative risk was most pronounced for the men who had high blood levels for all three antioxidants combined, said the researchers.
"Among men with the MnSOD AA genotype, we observed a 10-fold difference in risk for aggressive prostate cancer, when comparing men with high versus low levels of antioxidants combined,"said Li. "In contrast, among men with the VV or VA genotype, the prostate cancer risk was only weakly altered by these antioxidant levels."
"Our study, as well as many other epidemiological studies, encourages dietary intake of nutrients such as lycopene from tomato products, or supplements for vitamin E and selenium to reduce risk of prostate cancer," said Li.
Prostate cancer is one of the biggest cancer killers in industrial countries and affects more than 500,000 men worldwide every year. This number is expected to increase with the ageing population.
Similar interactions between dietary antioxidants and the variations in the MnSOD gene have previously been linked to risk for breast cancer.
For more information visit: Prostacet
