CM² is the world's first creatine product that was molecularly
modified by a process that is known as esterification. This very
precise process has been scientifically demonstrated to prevent the
molecular altered creatine from turning into the undesired creatinine.
Under the acidic (PH) conditions of the stomach, old school creatine
monohydrate is rapidly metabolized into creatinine. Even though a
natural byproduct of creatine metabolism, creatinine doesn't possess
any ergogenic effects on the body and therefore any amount is
undesirable. CM² overcomes this pitfall via its precise methyl
attachment inside the creatine molecule making it permanently resistant
to creatinine breakdown that usually accompanies ordinary creatine
monohydrate. By using a creatine-methyl-ester (found only in CM²),
athletes can now reap the benefits of creatine with only one-tenth of
the regular clinical dose. You read it right!
Each serving of CM² also features the muscle carnosine booster
b-alanine. Increased levels of carnosine are known to buffer lactic
acid in skeletal muscle by adapting to negative hydrogen ions. As a
result, users are able to boost muscular strength, endurance and
distance sprints. Simply stated, b-alanine makes creatine work better
CM² also showcases Di-L-Arginine-L-Malate. This new industry
latest is known as a cell-signaling agent and therefore involved in
many very beneficial biological activities in the body including
nutrient delivery, oxygen uptake and glycogen storage. Each serving of
CM² immediately expands blood vessels for balloon type pumps,
wicked vascularity and greatly accelerated nutrient delivery.
What's more, CM² easily disperses into solution and remains stable
and unnoticed for hours after making it the first creatine product that
is actually stable in water.
Gone are the old days of stomach discomfort and bloat....
Gone are the old days of impure and unstable creatine in water....
With all the facts at hand, it is only logical that CM² represents
the latest scientific breakthroughs in creatine, arginine and muscle
carnosine delivery technologies and is unsurpassed by its competition
in saturating the muscle cells with creatine phosphate, NO (nitric
oxide) and carnosine stores. As a result, users are able to delay
muscle fatigue equaling more reps and greater workouts.
A quick recap of CM² Highlights:
- Increased solubility in aqueous solution.
- New pump generating technology that ensures enhanced oxygen
update, glycogen storage and nutrient delivery.
- Fortified with the university tested carnosine booster b-alanine
- Molecularly modified creatine to withstand the acidic conditions
of the stomach.
- Causing no extra-cellular under-the-skin water retention.
- Effectively delay fatigue and muscle soreness.
- Full pharmaceutical grade strength. Effective at only 1/10th of
the regular dose of creatine monohydrate.
SAN has once again pushed the envelope by creating the world's first
creatine-methyl-ester and continually raises the bar in the development
of the most powerful, while being safe-supplements in the world leaving
no stone unturned. Unleash your genetic potential today by letting
CM² work its magic.**
Supplement Facts
Serving Size: 5.8 grams
Servings Per Container: 40
Amount Per Serving % Daily Value*
Di-L-Arginine-L-Malate 2.0 g
b-Alanine 1.6 g
Creatine-Methyl-Ester HCl 1.0 g
Other Ingredients:
Citric Acid, Natural and Artificial Flavors (Maltodextrin, Mixed
Tocopherols), Aspartame, Calcium Silicate, FD&C Colors Red #40
Recommended Use:
Take 1 level teaspoon and mix into 16oz of water one to two times
daily, one serving 30 minutes prior to your workout and another serving
immediately after. CM² can be stacked with SAN's OX, and/ or
Infusion for increased synergistic cell-volumizing effects.
NOTE:
Due to the potent nature of the formula, use no more than two servings
per day and cycle for no longer than six weeks on with at least six
weeks off before supplementing CM² again.
**These statements have not been evaluated by the FDA. This product is
not intended to diagnose, treat, cure or prevent any disease.
