Introducing DBM Endurance World Championship PRO, it's over 300% more potent than the original DBM Endurance PRO. This is unlike anything in the world and is for the athlete that demands the most potent endurance supplement available. If you are looking to dramatically increase your aerobic threshold, then you must try World Championship PRO

Now formulated with Rhodiola rosea containing 15% Rosavins. This strain of Rhodiola rosea is extremely rare, very difficult to source and extremely expensive. The current PRO contains 5.1% rosavins. We have also added L-Arginine-Alpha-Ketoglutarate to the DBM Amino Fusion component to help improve endurance and increase workout capacity. DBM Endurance World Championship PRO is also formulated 1200mg of Cordyceps sinensis, containing 8% cordycepic acid and the amino acid endurance combination of Citrulline Malate 2:1, L-Leucine, L-Valine and L-Isoleucine and L-Arginine-Alpha-Ketoglutarate. This unique formulation will allow you to rapidly increase oxygen intake and reduce lactic acid. This is a must for any serious endurance athlete.

Supplement Facts

Rhodiola rosea extract, containing 15% rosavins Cordyceps sinensis (CS-4) containing 8% cordycepic acid DBM Amino Fusion, containing Citrulline Malate 2:1, L-Leucine, L-Valine, L-IsoLeucine, L-Arginine-Alpha-Ketoglutarate Serving Size: 4 Capsules

360mg 1200mg 800mg

 DBM Endurance World Championship Pro is an extremely advanced endurance supplement containing ingredients which are scientifically documented to rapidly increase VO2 max, reduce lactic acid and speed recovery. The following research documents the effectiveness of DBM Endurance World Championship Pro.

Rhodiola rosea (15% rosavins)

An adaptogen that is native to the high altitude Polar Regions of Europe and Asia. Rhodiola rosea containing minimum 15% rosavins is the most potent strain available worldwide. In a recent double blind placebo controlled randomized study, it was scientifically documented that Rhodiola rosea increases VO2 Max in addition to significantly reducing fatigue.

Recent research documents rhodiola rosea increases maximum oxygen intake and increased run time to exhaustion. In a clinical study involving 52 cyclists taking Rhodiola rosea and a placebo, the group taking Rhodiola rosea showed gains in speed and endurance more than 10% higher than the placebo group. The study proved, Rhodiola rosea, increased endurance, while at the same time, measurably increased the time to exhaustion.

In clinical research done by Dr. O.I. Dalziger at Tomsk State University, 42 endurance athletes taking Rhodiola rosea had heart rates measured 30 minutes after racing. The Rhodiola rosea group had heart rates a whopping 25% lower than the placebo group, conclusively proving cardiovascular speedup recovery as well as increased endurance. In a Belgian double blind placebo controlled randomized study using Rhodiola rosea, scientists conclusively proved the VO2 peak increased as the time to exhaustion increased. The research conclusively proved Rhodiola rosea intake improved endurance.

In a 75 day trial involving runners taking Rhodiola rosea it was documented that taking Rhodiola rosea increases oxygen consumption and increases run time to exhaustion. Rhodiola also has adaptogenic activity in high altitude environments. Studies in humans living in high altitudes have found that Rhodiola improves sleep architecture and quality and blood oxygen saturation, as well as increasing superoxide dismutase activity in red blood cells, along with other benefits. Two other species of Rhodiola have prevented hypoxia-mediated damage to rat viscera and had anti-hypoxic effects including lowering of arterial pressure, decrease in heart rate, and lengthening of the cardiac contraction phrase in high altitude environments. Another mechanism of action is the release of endorphins. Russian research indicates that Rhodiola rosea induces opioid peptide biosynthesis by activating opioid receptors in both the central and peripheral nervous system. Administration of Rhodiola for 10 days significantly increased the time that rats could spend running on a treadbane, with an even more significant increase after 20 days, and Rhodiola also increased the swimming times of rats in a "swim to the limit" test by 135-159%.

Cordyceps sinensis (8% Cordycepic acid)

An adaptogen that is primarily native to the plateaus of China and Tibet above 12,000 feet. In addition to scientific documentation that confirms it???s ability to increase energy and endurance, the legendary running coach, Ma Junren (Newsweek. Sept 27,1993), attributes many of the long distance running world records to the athlete???s use of Cordyceps sinensis. One double-blind study, published in the American Journal of Clinical Nutrition in February, tested the energy and endurance of 110 healthy sedentary adults. In it, half took 3g of Cordyceps daily while the other half took a placebo. After 12 weeks, the Cordyceps group could bicycle 2.8 percent longer than they could before taking the supplement, while the placebo group decreased the length of their rides by 5.6 percent.

In recent research, Cordyceps sinensis was proven to improve lactate energy metabolism within the cell. The legendary running coach, Ma Junren, has attributed many of the long distance running world records to runners taking Cordyceps sinensis. In another study published in Medicine & Science in Sports & Exercise in 1999, 30 healthy elderly Chinese people took either 3g of Cordyceps daily or a placebo. After six weeks, aerobic capacity in the Cordyceps group increased 9 percent, which researchers say produced higher energy levels, while those taking the placebo saw no energy change.

Recent research indicates that Cordyceps sinensis increases energy and endurance through more efficient enzyme activity of red blood cells. In several research studies, taking Cordyceps indicates it increases testosterone. Several clinical research projects have proven that Cordyceps sinensis increases cellular energy production and oxygen supply. Cordyceps sinensis is documented to help tired legs. Cordyceps sinensis helps tired legs by reducing contraction of blood vessels, which interferes with the flow of blood vessels in the legs, the primary reason for tired legs.

Branched Chain Amino Acids

Precise 2:1:1 ratio of L-Leucine, L-Isoleucine, L-Valine. Science documents these amino acids benefit the endurance athlete by increasing endurance, delaying fatigue and reducing muscle fatigue. It is important to note that branched-chain amino acids can be converted into glucose and used as fuel for endurance activities, very beneficial for the endurance athlete.

A recent study documented BCAA supplementation was very effective in improving time-trialing performance in trained cyclists. The DBM Endurance dosages of leucine, valine, and isoleucine appears to be important to the recovery effects. During exercise, as muscle and liver glycogen are depleted for energy, blood levels of BCAA may also decrease and fatty acid levels increase to serve as an additional energy source. BCAAs are used as a post-exercise recovery aid, where they serve as a fuel source for immune system cells, which are then able to increase their activity and more completely repair muscle/lung damage. For endurance athletes, BCAA supplementation helps delay central fatigue and aids enhance post-exercise recovery.

Citrulline Malate

A very unique amino acid has been proven to dramatically improve aerobic performance by reducing blood lactate levels. Supplementation of citrulline malate has lead to significant reductions of fatigue and increases in energy production. It is considered equally important in the detoxification of ammonium and lactate from the blood. The production and removal of urea is essential for the elimination of ammonia and toxic nitrogen metabolites. Ammonia is extremely toxic to all cells and excessive levels may even be fatal. Even in healthy athletes, the build up of ammonia can lead to extreme fatigue and more. It also reduces glycogen formation, and inhibits the energy cycle. Obviously this is what every athlete wants to avoid!

Nitric oxide is the cell-signaling molecule that has a part in regulating blood flow, oxygen delivery, glucose uptake, muscle fire-power, and muscle growth. Obviously the ability to control these physiological effects can be of tremendous value to athletes. Many of Citrulline's functions stem primarily from its ability to increase plasma levels of Arginine endogenously (in the human body). And what is really so exciting about Citrulline is that it seems to increase plasma Arginine levels better than taking the amino acid Arginine itself. Ammonia also forms when bacteria in the intestinal tract breaks down protein. The point is that the more ammonia in your blood, the worse your athletic performance.

Citrulline Malate comes to the rescue once again by aiding in the elimination of amino acid by-products of protein metabolism. Demonstrations also show Citrulline Malate as having a protective effect against acidosis and ammonia poisoning. It appears that it is synergistic when bonded to citrulline and this peptide may work better than supplementation of citrulline alone. While citrulline acts to increase NO and reduce performance inhibiting metabolic toxins, malate conditions the recycling of lactate and pyruvate, and takes part in the kreb cycle supplying instant and sustained energy.

L-Arginine-Alpha-Ketoglutarate

Arginine is an amino acid that enhances muscle synthesis and recovery. Arginine is a precursor to nitric oxide (NO) synthesis. The potential benefits of increased NO levels include increased circulation to working muscles, increased nutrient uptake and protein synthesis. Alpha Ketoglutarate (AKG) combines with ammonia generated by intense muscle activity to create glutamine, an amino acid important for energy fuel and muscle recovery. Arginine is a nonessential amino acid that influences several metabolic factors that are important to athletes. Arginine was most famous for its role in stimulating the release of human GH (somatotropin).

Acknowledgments
De Bock K, Eijnde B.O, Ramackers M, Hespel P. Int J Sport Nutr Exerc Metab. 2004 Jun; 14(3): 298-307.
Bucci L.R. Selected herbals and human exercise performance. Am J Clin Nutr. 2000 Aug:72(2 Suppl): 6245-365.
Davis JM, Bailey SP, Woods JA, Galiano FJ, Hamilton MT, Bartoli WP. Effects of carbohydrate feedings on plasma free tryptophan and branched-chain amino acids during prolonged cycling. Eur J Appl Physiol Occup Physiol. 1992;65(6):513-9.
Blomstrand E, Celsing F, Newsholme EA. Changes in plasma concentrations of aromatic and branched-chain amino acids during sustained exercise in man and their possible role in fatigue. Acta Physiol Scand. 1988 May;133(1):115-21.
Davis JM, Welsh RS, De Volve KL, Alderson NA. Effects of branched-chain amino acids and carbohydrate on fatigue during intermittent, high-intensity running. Int J Sports Med. 1999 Jul;20(5):309-14.
Davis JM. Carbohydrates, branched-chain amino acids, and endurance: the central fatigue hypothesis. Int J Sport Nutr. 1995 Jun;5 Suppl:S29-38.
Brodan V, et al. Effects of sodium glutamate infusion on ammonia formation during intense exercise in man. Nutr Rep Int 1974;9:223-232
Dhanakoti, S. N. et al, Am. J. Physiol. 259:E437-E442, (1990)
Yearick, E.S. et al, (1967)
Wilkerson JE, Batterson DL, Horvath SM. Exercise induced changes in blood ammonia levels in humans. Eur J Apple Physiol 1977;37:255-263
A. Callis, B. Magnan de Bornier, J.J. Serrano, H. Bellet, and R. Saumade
Sem Hop Paris; 66(9):477-81, 1990