RAISE TESTOSTERONE LEVELS BY 42% IN ONLY 12 DAYS!(1)†
Tired of wasting your hard earned dollars experimenting with today's over-hyped and over-promising market saturation of natural testosterone "boosting" supplements only to end up feeling short changed when you finish your bottle that in the ad promised you huge gains? The sad reality is that many of these "test-boosting" ingredients have NO real science behind them. These supplement companies prey on the naivety of consumers who take these ads promising huge muscle gains as gospel. The time for change is NOW! Stop wasting your hard earned dollars on inferior and ineffective so called "test" products, riddled with "fluff" ingredients that occupy valuable capsule space and render the user NO results. 1-XD™ is a no-nonsense approach designed for serious athletes and bodybuilders!†
FORZAONE™ respects the intelligence of consumers and WILL NOT make outrageous claims based on hype! A key component in 1-XD,™ Sodium D-Aspartic Acid (DAA), has been clinically studied in humans showing a dosage of 3.12 grams of DAA per day for 12 consecutive days can produce an increase in Luteinizing Hormone levels by 33% and Total Testosterone Serum by a whopping 42%! Did you catch that key phrase above...clinically studied IN HUMANS to provide measurable results! And the added combination of vitamin co-factors in 1-XD™ may help to enhance the utilization of DAA within the body for maximum effectiveness.†
Promote Muscular Growth & Strength with 1-XD's Clinically Researched Dosage!(1)†
1-XD™ is suggested to be cycled. Regular intense weight training combined with a high-protein, anabolic diet may maximize the effects of 1-XD™.†
*If you are subject to testing for performance enhancing compounds do not use this product under any circumstances. User assumes all risks, liabilities, and consequences related to performance enhancing testing and use of this product.
1. Topo E, Soricelli A, D'Aniello A, Ronsini S, D'Aniello G. The role and molecular mechanism of D-aspartic acid in the release and synthesis of LH and testosterone in humans and rats.