Product information about BSN NO-Xplode

1. BSN NO-Xplode
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BSN is the world leader in advancing cutting edge supplements for enhanced physique and
performance. BSN's flagship products are NO-Xplode and Nitrix. With Nitrix & BSN NO
Xplode supplements, you can explode through your workouts with increased strength and
recovery. Nitrix offers skin bursting pumps to engorge each muscle fiber with nitrous oxide
which results in a a fuller more vascular pump. Stacking Nitrix & NO Xplode supplements
offer a complete solution for quality mass gains, increased strength, and massive pumps and
vascularity for a harder more shredded physique.
BSN NO Xplode is a phenomenal pre-workout supplement that makes it possible to quickly
increase intensity while working out for greater results.
igned to produce fast results, a Nitrix or BSN NO Xplode supplement can bring energy to
workouts far beyond other creatine products. Through eliminating fat from all ingredients,
NO Xplode supplements allow users to gain rock hard muscle without gaining extra flab. The
NO Xplode supplement can be taken 30-45 minutes before workouts on an empty stomach. It
can also be safely taken on non-training days.
N.O.-XPLODE PROPRIETARY BLEND (18,000 mg) (Contains A Patented Nutrient
Suspension Matrix & Efforsorb Delivery System) (Patent # 5,925,378 & 6,294,579 B1)
• L-Arginine Alpha-Ketoglutarate (AKG): A conditionally essential amino acid that is a
precursor to nitric oxide; nitric oxide dilates (opens) the blood vessels to allow more oxygen
and nutrients to be delivered to the muscle tissue. By bonding L-arginine to AKG, the
conversion to nitric oxide is enhanced, maximizing nitric oxide levels in the blood.
• L-Citrulline Malate & L-Citrulline Alpha-Ketoglutarate (AKG): An amino acid and preferred
precursor to arginine for synthesizing nitric oxide. By bonding AKG, this process is enhanced.
Malic Acid is an intermediate in the Krebs Cycle. Chemically bonding Malic acid to Citrulline
(yielding Citrulline Malate) supports the production of ATP via the Krebs Cycle.
• L-Histidine Alpha-Ketoglutarate (AKG): An amino acid and precursor to histamine.
Histamine affects vasodilation via nitric oxide.
• RC-NOS (Rutaecarpine 95%): Rutaecarpine is an alkaloid extracted from the fruit Evodia
Rutaecarpa. Rutacarpine stimulates nitric oxide production. RC-NOS also helps to counter the
vaso-constricting effects caused by caffeine consumption.
• Gynostemma Pentaphyllum (Gypenosides 95%): A southeast Asian herb containing
saponins referred to as gypenosides, which directly stimulates nitric oxide release in vitro.
• Nicotinamide Adenine Dincleotide (NAD): NAD is a precursor to nitric oxide synthase, the
enzyme necessary for the conversion of L-arginine to nitric oxide.
• Sodium Creatine Phosphate Matrix: A sodium salt of creatine phosphate, which enhances
water solubility. Once inside the bloodstream, a sodium chloride dependant transporter is
responsible for carrying the creatine to the muscles cells. So by combining creatine with
sodium, the uptake and absorption of creatine is greatly enhanced.
• Creatine Ethyl Ester-Beta-Alanine Dual Action Composite (CarnoSyn): BSN's newest
proprietary blend, designed to increase water and lipid solubility of creatine. Not only has
BSN increased water and lipophilicity, hydrogen ion buffering has also been addressed with
the addition of Beta-Alanine. Recent research indictates that the �burning� sensation of
muscular fatigue may not be simply lactic acid accumulation, but also a proliferation of
hydrogen ions; a metabolic by-product. Beta-Alanine supplementation increases the

2. production of carnosine, a dipeptide known to buffer lactic acid accumulation and neutralize
hydrogen ions. Thus by combining a fat and water soluble creatine with Beta Alanine, it
enables the creatine to function beyond its normal rate limiting system, leading to superior
absorption and effectiveness.
• Creatinol-O-Phosphate-Malic Acid Interfusion: A creatine analog known for its role in
supporting cardiovascular function, increasing oxygen availability, endurance, work capacity
and time to exhaustion. ATP is our body�s energy, the energy to have a muscular
contraction and the energy to repair muscle tissue. Creatine helps to carry phosphates, which
it donates to ADP, adenosine diphosphate, to make more ATP, adenosine triphosphate, thus
more energy. This process if further enhanced by Malic Acid, a Krebs Cycle intermidate,
involved in the production of ATP. This interfusion functions synergystically with creatine to
create more available ATP for explosive energy.
• Creatine AAB� (Creatine Alpha-Amino-N-Butyrate): The final creatine analog in AVPT.
As with the previous analogs, absorption and effectiveness are greatly increased; increasing
ATP production and thus anabolism. Unlike the other creatine analogs of the matrix, Creatine
Alpha-Amino-N-Butyrate posseses anti-catabolic effects also. Leucine, the branched chain
amino acid, is metabolized to ketoisocaproate, which is then metabolized to alpha amino-n-
butyrate; this metabolite increases protein synthesis and minimizes protein damage from
intense training. Not only is creatine absoprtion and effectiveness increased by this bond, but
an element of anabolism and anti-catabolism is obtained.
• Di-Creatine Malate: Malic Acid is chemically bonded to two molecules of creatine to form
DiCreatine Malate. The Malate bond is intended to improve creatine�s water solubility,
absorption, and ATP-supporting actions. Improved absorption translates to a lower risk for
gastrointestinal complaints (bloating, cramping, etc.).
• Trimethylglycine (TMG): TMG donates methyl groups to glycocyamine to form creatine.
TMG is blended in a 4:1 ratio to glycocyamine to maintain homocysteine levels and support
cardiovascular health.
• Glycocyamine: A metabolic precursor to creatine added to the blend to support natural
creatine production.
• Guanidinopropionic Acid: An analog of creatine, also known to increase insulin sensitivity
and increase cell volumization; helping to reduce tolerance to the effects of creatine, greatly
increasing the effects for those who are creatine "non-responders".
• Modified Glucose Polymers: Aids in the storage of muscle glycogen; the primary fuel source
for anaerobic training.
• Sodium Bicarbonate (Effosorb Technology�): This exclusive delivery system ensures
nutrients dissolve effortlessly in water and are rapidly absorbed into the bloodstream.
• Cinnulin-PF: An aqueous extract of cinnamon that is rich in uniquely linked
proanthocyanidin antioxidants. These compounds "turn on" cellular signaling mechanisms
normally carried out by insulin. Cinnulin-PF maintains blood glucose, cholesterol and
triglyceride levels.
• Ketoisocaproate Potassium (KIC-K): An anti-catabolic agent and precursor to the branched-
chain amino acid leucine; the most potently anabolic of the amino acids.
• L-Tyrosine & L-Tyrosine Alpha-Ketoglutarate (AKG): A conditionally essential amino acid
and precursor to the catecholamines (epinephrine, norepinephrine and dopamine). The
ingestion of caffeine releases these catecholamines, which are involved in regulation of
neuromuscular performance, alertness, focus and mood. Replenishment of these
catecholamines through tyrosine supplementation prevents a crash from ingestion of caffeine.
• Taurine: An amino acid that regulates cell volume, insulin sensitivity and is an antioxidant.
Taurine helps with the uptake of glucose into the muscle cells. Taurine also reduces oxidative
stress and supports exercise performance.
• Glucoronolactone: An antioxidant that promotes an overall sense of well being.

3. • Methylxanthines (Caffeine): Caffeine is a well-established cognitive and neuromuscular
performance enhancer, particularly for short-duration, high-intensity exercise.
• MCTs (Medium Chain Triglycerides)[coconut]: A fast-burning energy source during
exercise. Vinca Alkaloids (99% Vinpocetine, 99%Vincamine, 99% Vinburine): Vinca alkaloids
are derived from the plant Vinca minor L., a member of the periwinkle family. Vinca alkaloids
possess antioxidant properties and increase blood flow and ATP production in the brain,
increasing mental focus and cognitive performance.
• Di-Calcium Phosphate, Di-Potassium Phosphate, Di-Sodium Phosphate: Donate themselves
to creatine to maximize phosphocreatine levels, thus increasing ATP levels, strength and
endurance. Calcium, potassium and sodium are all involved in the regulation of force
generation.
• Glycerol Hydrating Polymers�: Potassium Glycerophosphate, Magnesium
Glycerophosphate, Glycerol
• Stearate: Glycerol pulls water out of extracellular (outside the muscle) space and into the
blood, thus enhancing the thickness and visibility of blood vessels. Endurance athletes
support hydration with supplemental glycerol.
• Potassium Glycerophosphate, Magnesium Glycerophosphate, Glycerol Stearate: Glycerol
pulls water out of extracellular (outside the muscle) space and into the blood, thus enhancing
the thickness and visibility of blood vessels. Endurance athletes support hydration with
supplemental glycerol.