Alri NGorge (240 Caps)

In the world of sports, fans often fantasize about having two of the greatest players in the game on the same team, at the same time.

Most times, having such a fantasy realized is simply impossibile due to their being too many difficulties and factors to overcome. In the world of sports supplementation the same mentality often exists, and with good reason! If "product A" works amazingly well and "product B" also works incredibly well, perhaps together they could produce effects never seen before! Recently this idea has been applied to two of the most effective muscle-building/performance enhancing compounds in the industry... CEE (creatine ethyl ester) and nitric oxide (NO2) potentiators.

Unless you have been living in a cave in some far off land for the last decade, you are fully aware of the astonishing muscle-enhancing, strength-inducing effects of creatine. After years of continuous tweaking and touch-ups of the creatine molecule the most effective creatine analog by far to be brought to the sports supplement market has been the creatine ethyl esters. This is obviously due to their very unique ability to be nearly 100% orally active (creatine monohydrate is about 30% orally active in the best of environments) and their very high affinity for muscle tissue even without any of the carbohydrates or other compounds needed to make it work.

Nitric Oxide: The Muscle's "Cell Signaling" Molecule

Sometime in the 80's a small group of researches discovered the presence of a unique and important gas in humans called nitric oxide (NO2). Known in the world of science as the muscle's "cell signaling" molecule, NO2 acts in many tissues to regulate a diverse range of physiological processes, many of which enhance both physique and performance! Supplements that can act to increase NO2 production in the body are some of the most widely used in the world today!

The thought process behind teaming up CEE with NO2 potentiators is rock-solid, as increasing nitric oxide levels in the body, while ingesting creatine, would result in increased signaling for muscle cell absorption and even greater muscle growth and performance enhancement due to the synergy involved. However, up until now, the science used to put these physique-transforming wonders together has been haphazard at best.

The result Pissing both your money and your results down the drain! In their haste to be the first to market with creatine/NO2 combination supplements, most companies are simply throwing together creatine and arginine, perhaps along with 1 or 2 other nitric oxide precursors. Well, guess... research shows that arginine actually inhibits creatine absorption!

Real science applied...

Once again, it is Applied Lifescience Research Industries Inc. (ALRI) that steps up to the plate, and hits a grand-slam with the introduction of the first truly synergistic and scientifically formulated CEE/NO2 product on the sports supplementation market... N'Gorge! N'Gorge contains a radical combination of some of the most effective and novel patent pending compounds that the industry has ever witnessed, and it will deliver results that will exceed even your wildest expectations.

Alri

Creatine Ethyl Ester HCI: The state of the industry for highest activity creatine analog. The most absorbable and potent form of creatine developed to date.
Citrulline malate: Time-release precursor to Nitric Oxide.
Glutamine Ethyl Ester: Glutamine in its highest nearly 100% bioavailable form will result in greater recovery, cell-volumization, GH release, protein synthesis, immune function, and anti-catabolic effects.
N(gamma)-hydroxy-L-arginine and N(omega)-hydroxy-nor-L-arginine: Unique hydroxy variants of arginine that radically increase plus prolong the production and level of NO2 in the body significantly, without interfering with the absorption of creatine whatsoever. (Yes, these are the "other creatine analogues" mentioned above).
L-Norvaline: Dramatically enhances NO2 production by inhibiting arginase, leaving more arginine available for use by NOS (nitric oxide synthases), which are the enzymes that convert arginine into citrulline, producing NO2 in the process.