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Lactic Acid Supplement Lactate Thresh.O2.LD

SKU/MPN: 7121909091593
SKU: 7121909091593


✓ 17 extra effective ingredients
✓ Delay the Lactic Acid synthesis
✓ Improve your endurance
✓ Increase Speed, Strength, Peak Power Output & Reaction time
✓ Recover from overtraining syndrome
✓ Reduce muscle tissue damage




One of our best sellers is returning fully improved.
Lactate Threshold, an amazing product that was loved by each athlete who tried it.
Our state of the art formula will be available soon, to help athletes run, jump, sprint, lift, bike, swim and row longer…..and longer…and longer!
Do you remember this point when the lactic acid does not let you complete your training? So…just forget it!!
It is the time now to finish your very hard training and fell like you had no training at all! No tired at all!!!
Lactate ThresHO2ld is here and it will be your best ally to beat your self again and again in every training from now on.


A combination of 17 highly effective and very fast absorbed ingredients, all in the maximum effective dosages and not just traces or low dosages, that will help you:

  • Delay the Lactic Acid synthesis
  • Activate your mTOR pathway & Anabolic Window
  • Provide all the magnesium a pro athlete needs
  • Activate Glycolysis, Lipolysis & Acetyl-CO-A
  • Improve your “mind-muscle” connection
  • Improve mitochondrial function
  • Keep your body well hydrated
  • Remove the excess ammonia
  • Improve your endurance
  • Increase your high intensity training time
  • Increase your intramuscular hydrogen ion (H+) buffering capacity
  • Increase Speed, Strength, Peak Power Output & Reaction time
  • Help you recover from overtraining syndrome
  • Reduce muscle tissue damage


Also, we have included Astaxanthin, an extra high ORAC (Oxygen Radical Absorbance Capacity) value ingredient with a very high TAC (Total Antioxidant Capacity), to remove free radicals and reduce the oxidation that the high level training causes to your cells.
Astaxanthin has 6,000 times the antioxidant power of vitamin C and 800 times that of CoQ10!!!!!
So, we do not only care about how to make you train longer and do not feel tired at all, but we want to protect the damage that all this oxygen you use during your training cause to your cells
Carnosine and Professional Sport

Intensive muscle work leads to the accumulation of lactic acid (excess of H+ ions), there is a significant increase in acidity in the muscles, which causes muscle fatigue, reduction of the strength and endurance, along with slow regeneration.

Russian scientist E.S.Severin proved in 1953 that carnosine contributes significantly physicochemical balance of acidity (by buffering) in skeletal muscles, maintaining acid-base balance during intense muscle work. Carnosine represents 30% of the total buffer capacity of the organism. Recent studies have confirmed that increased concentrations of carnosine leads to increased buffering capacity of H+ ions, which means that carnosine regulates (buffers) intracellular acidity (pH). The important fact is that carnosine exhibits this property and when is taken before exercise.

It is generally known that the accumulation of lactic acid in the working muscles causes a decrease of pH values, i.e. increased acidification, leading to muscle fatigue, and even pause. Reduction of the concentration of carnosine throughout life leads to the suppression of muscle strength and endurance. L-carnosine supplementation increases its concentration, thus causing more rapid recovery, increased strength, resistance, endurance and rapid regeneration.

L-carnosine helps the work of the so-called calcium pump sarcoplasmic reticulum of muscle cells and maintains open channels of calcium. The pump stops working due to lack of carnosine, calcium channels close as a result of increased acidification, increased lipid peroxidation and accumulation of malondialdehyde (MDA). Carnosine prevents the development of these adverse reactions and represents an ideal natural supplement in the sport. Carnosine is not a doping substance. In the sport and bodybuilding carnosine is also involved in the detoxification of reactive aldehydes formed by lipid peroxidation during muscle work.

Numerous studies confirmed that carnosine protects muscles from injury, increases their strength, resistance, endurance and accelerates regeneration. The above-mentioned features of carnosine are also explored from the perspective of the quantity that can cause those results. Studies have shown that a minimum amount that causes the cessation of lipid peroxidation is 2.5 mM and 1.0 mM for the prevention of carbonylation. These concentrations are achieved after a few months carnosine supplementation (according to a study to 13 months). Supplements containing 1.8% of carnosine increase for 5 times the concentration in the muscles after only 8 weeks.

Human athletes involved in anaerobic sports such as sprinters and bodybuilders have been found to have higher intramuscular concentrations of carnosine. Exercise training has been reported to increase resting muscle carnosine concentrations in these athlete types. For example, some researchers reported that exercise training increased the plasma carnosinase activity and decreased carnosine excretion leading to greater muscle carnosine concentrations.

Several studies have reported that Carnosine can increase high-intensity exercise performance, lean muscle gains, increase VO2 max and speed up training adaptations. The mechanism behind these effects are not fully understood but are at least partly attributable to Carnosine’s ability to increase muscle buffering capacity.

Carnosine in sports is a relatively recent and growing area of research. It carries potential beneficial effects with high-intensity exercise including anaerobic sprints and resistance training. There is also the potential for additive effects of carnosine, along with other substances, to further enhance the possible ergogenic effects.

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Magnesium Phosphate & Magnesium Glycinate

2 types of magnesium each with a different bond, so they work together and cover more of the athlete’s needs. These 2 types are highly absorbed, unlike some other types (magnesium oxide) that have a low absiorption (bioavailability).

Sport Benefits of Magnesium
What Do Magnesium Supplements Do?

Magnesium Supplments contribute to reduction of  tiredness and fatigue and normal energy yielding metabolism.

Magnesium is present in every cell. ATP (Adenosine Triphosphate) is the major unit of energy produced in the body, but ATP is actually Magnesium–ATP. All enzymes that create or use ATP require Magnesium ions. Deficiency of Magnesium means that energy cannot be produced and tiredness and fatigue result.

Magnesium contributes to normal functioning of the nervous system for neurotransmission.

Magnesium acts as a calcium channel blocker and calcium metabolism regulator. It counteracts calcium at NDMA (glutamate) receptors. Activation of NDMA receptors results in the opening of an ion channel; Magnesium ions block the ion channel allowing the flow of sodium ions and small amounts of calcium ions into the cell and potassium out of the cell. Calcium flux is critical to synaptic plasticity, a cellular mechanism for memory and learning. Low levels of Magnesium result in hyper excitability of the nerves and random firing. This can alter sleep patterns making it difficult to get to sleep.

Researchers Starobrat-Hermelin & Kozielec (2004) have shown that children with ADHD (Attention Deficit Hyperactivity Disorder) showed improvement in hyperactivity with supplemental Magnesium.

Further research (Huss, Völp and Stauss-Grabo, 2010) found these benefits were enhanced further when supplementing with Omega 3 fatty acids.

Magnesium contributes to normal muscle function and muscle contraction including heart muscle.

35% of the body’s total Magnesium stores are stored in muscle. The part played by Magnesium in skeletal muscle is similar to that of nerves, acting as a calcium channel blocker, helping to regulate muscle contraction (Stephenson & Podolsky, 1977).
Studies at the University of Texas have shown that deficiency of Magnesium results in cramping and severe muscular pain such as occurs in Fibromyalgia.
(Russell et al 1995).  When Magnesium malate was administered to patients with fibromyalgia, it was clinically demonstrated to improve pain and tenderness.  Decreased levels of Magnesium in the blood have been related to heart arrhythmias and hypertension (Fox et al. 2001).

Magnesium contributes to normal protein synthesis.

Magnesium is needed for over 350 enzymes that are made of proteins. Magnesium is also required during DNA, RNA and protein synthesis. Magnesium is also required for the synthesis of glutathione (Swaminathan 2003)

Magnesium contributes to normal psychological function.

Depression has been demonstrated in people with low red blood cell Magnesium levels. (Nechifor. 2009).
Also if Magnesium is removed from the diet, anxiety and depressive like symptoms result. (Spasov, et al. 2008);
One particular review noted correlation between increased rates of depression and reduction in the diet of Magnesium. This reduction was by replacing whole grain bread with processed flour that had reduced Magnesium content. (Eby GB, Eby KL. 2010).
Magnesium supplementation also appears to be effective in reducing depressive symptoms, which are stress related.

Magnesium Contributes to the maintenance of normal bones and teeth

50% of the body’s Magnesium is found in bone. Magnesium is needed for the absorption, transport and metabolism of calcium, regulating parathyroid hormone that regulates bone breakdown and activating the enzyme required for the production of new bone. Studies have shown that Magnesium improved bone density. (Stendig-Lindberg & Tepper 1993).
Low levels of Magnesium in the blood and a low Magnesium: Calcium ratio have been associated with an increased risk of periodontal disease and poor tooth integrity (Meisel et al.2005).

Magnesium has a role in cell division

Low Magnesium levels are associated with increased oxidative stress and decreased cell proliferation. (Wolf, Trapani, et al. 2009).
After several months in incubation, human fibroblasts that were Magnesium depleted, exhibited characteristics of cells many times their age (Federica, Valentina Trapani, et al. 2008).
Magnesium is a common deficiency in type 2 diabetes at between 13.5% and 47.7% Magnesium has also demonstrated involvement in improvement of beta cell function in a double blind randomized study, concluding that Magnesium chloride improves the ability of beta cells to compensate for variations in insulin sensitivity (Guerrero-Romero, Rodríguez-Morán. 2011).
Basically they do not have enough Magnesium to manage getting glucose into the cell efficiently.

Magnesium contributes to electrolyte balance

Electrolytes are minerals in the body that have an electrical charge. Calcium, Magnesium, Sodium, Potassium, Chlorine and phosphate are all electrolytes. Levels of electrolytes can become too low due to sweating, vomiting, diarrhoea or even over hydration.

Deficiency of Magnesium can impair the sodium potassium ATPase pump and calcium-blocking activity is impaired by insufficient Magnesium leading to membrane destabilisation and hyperexcitibility (E L Tso and R A Barish. 1992).

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Hydromax GlycerolHydromax Logo

Hydromax Glycerol contains one ingredient, Glycerol powder.

  • What is glycerol ? Glycerol comes from glucose, proteins, pyruvate, triacylglycerols and other glycerolipid metabolic pathways.
  • How does it work? After consumed, it is rapidly absorbed and distributed throughout body fluids, and then slowly metabolized through the liver and kidneys.
  • How does it affect my training and performance? Glycerol promotes the prevention of dehydration, improved exercise performance, and increased muscular pumps.

It helps prevent dehydration and improves performance and endurance, but what does that really mean for you?
Not only does Hydromax Glycerol help prevent dehydration, but in doing so, it helps improve exercise efficiency.
By doing this not only are you going to get a better training, but you’re less likely to create injuries.
Glycerol has also been seen to decreases stress, lowers heart rate, and prolong exercise endurance time.


Whether you’ve been active your whole life or just getting into the lifestyle, you know the importance of staying hydrated. The human body is made up of 60~70 % of water and working out can deplete you up to a liter of water (or more). So products that promote hydration both for your muscles as whole and your cells, can make the difference between a good workout and a great one.

Besides Hydromax, you may want to consider supplementing with creatine. What creatine does, in short, is help shuttle water to your already hydrated cells. A fully hydrated cells is considered more a anabolic cell. Basically creatine will promote stronger, fuller, and leaner muscle mass. The combination of creatine and Hydromax is going to promote fully hydrated cells and maintaining that hydration.

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CarnoSyn beta alanine





Carnosyn awards and patends image by S-C-Nutrition.


CarnoSyn® is the only beta-alanine with New Dietary Ingredient (NDI) status
Backed by years of scientific research, CarnoSyn® is the only patented beta-alanine on the market
Self-Affirmed GRAS status allows opportunities within the dietary supplement and food & beverage industries


CarnoSyn® is for the athlete who wants more—more reps, speed, muscle, focus, and more personal records. As the leading ingredient in the top sports nutrition formulas, CarnoSyn® beta-alanine helps athletes of all abilities push past plateaus and reach peak performance. If your goal is to constantly redefine what your “best” looks like, then CarnoSyn® is your fuel.
CarnoSyn® makes big claims—and has the science to back them up. Proven safe and effective in more than 55 scientific studies, CarnoSyn® delivers on its promises. Generic beta-alanine providers cannot say the same.

A super ingredient that has becomed one of the most favourite supplements for all athletes the last years.

It helps athletes train harder (more intensity) and longer (endurance)


  • Improves explosive muscular strength and power output.
  • Maximizes energy production
  • Delays Muscle Fatigue
  • Stabolizes PH levels during training
  • Improves muscular anaerobic endurance.
  • Increases aerobic endurance.
  • Increases exercise capacity so you can train harder and longer.

Athletic Performance

By continuously increasing muscle carnosine through beta-alanine supplementation, CarnoSyn® supplementation led to an 80% muscle carnosine increase, after a 58.8% increase was observed at 4 weeks, exercise capacity is improved further in a consequence of muscle carnosine increase.

Endurance Cyclists

Cyclists saw an average increase of 11.4% in increased peak power output after 8 weeks.

Professional Rowers

Highly trained rowers improved their speed by 4.3 seconds over 2000m in a 7-week study.

HIIT Athletes

High intensity interval training (HIIT) athletes showed improved endurance performance and lean body mass during a 6-week trial.

Competitive Sprinters

Sprinters trained to compete in the 400-meter race saw increased levels of muscle carnosine and dynamic knee extension torque after a 4-week supplementation trial.

Tactical Athletes

SR CarnoSyn® improves executive functioning and mental clarity and enhances cognitive process and reduces mental fatigue.

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The muscle-tissue building phosholipid.

We have included a huge 1300mg dosage per serving, so you take all the benefits from this amazing and unique ingredient.

A clinical research shoen that Phosphatidic Acid is proven to increase endurance, strength, explosive stregth and power.

The sudied group of the athletes using Phos. Acid, had a significant increase in strength, body composition, muscular endurance, power, agility, and vertical jump!




  • Increases muscle strength and endurance
  • increases the rate of adenine salvage in skeletal muscles, an important factor in recovery
  • Reduces the heart rate of athletes undergoing intensive training
  • Increases the anaerobic threshold
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Gives A Huge Advantage For Long and High Intensity Training

L-ornithine is crucial for removal of bodily wastes while it helps boost your energy level and provide your body with many other significant benefits.



When your cells break down nitrogen-containing compounds such as proteins, they produce ammonia as a byproduct.

This can be toxic if not removed.

In the urea cycle, liver cells convert ammonia into urea, a waste product eliminated by your kidneys — ornithine is central to this process and gives the cycle its alternate name, the ornithine cycle. When a problem develops and ornithine can’t participate effectively in the urea cycle, potentially serious conditions can result, including one called ornithine transcarbamylase deficiency.

Allowing ammonia to accumulate in the blood, and this can cause lack of energy, seizures or other symptoms.


Your kidneys convert ornithine into arginine, another amino acid that benefits your body in several ways.

Arginine is a precursor for a compound called nitric oxide, which helps dilate your blood vessels when you require extra blood to your tissues.

Arginine also helps your muscle cells produce creatine, a compound they need to contract.

Research suggests that consuming extra ornithine can help promote physical strength and endurance.

For example, a study published in the November 2008 issue of “Nutrition Research” found that healthy subjects who took extra ornithine experienced less exercise-induced fatigue than a placebo group.

The authors concluded that ornithine promotes more efficient energy usage by cells, and they recommend it as an nutritional supplement to prevent fatigue.

Other Effects

Supplementing with ornithine helps you:

  • enhance wound healing
  • Produce more collagen, ( important in forming new connective tissue).
  • Reduce anxiety-like behavior
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What is TMG?

Betaine Anhydrous OR Trimethylglycine (TMG) is an amino acid derivative found in foods like beet root and meat.

It protects cells from damage and may also benefit athletic endurance, heart health, and mood.

  • Improves athletic endurance
  • Heart-healthy
  • Protects Cells from Damage
  • Boosts mood
  • Improves lean body mass


L-Carnitine Fumarate – The pure sport L-Carnitine

L-carnitine promotes energy production in cells by transporting fatty acids into the mitochondrion, an intracellular structure that generates metabolic energy in the form of ATP.

L-carnitine is a nutrient that promotes energy production in cells by transporting fatty acids into the mitochondrion

L-carnitine helps the body efficiently metabolize fat so it makes energy from burning fat

Fumarate serves as an intermediate in the krebs cycle, a key energy-producing process that takes place in the mitochondrion



Policosanol is a natural supplement made from sugar cane often used to lower cholesterol levels. It may also lower blood pressure and prevent blood clotting.

Policosanol studies on athletes, shown that they reduce their reaction time and improve their mood, a state that remains for up to 20 days after stop using this ingredient.

The components of policosanol are a mixture of high-molecular-weight alcohols, with the main ones being:

  • Octacosanol (60 – 70%)
  • Triacontanol (10 – 15%)
  • Hexacosanol (4.5 – 10%)
  • Dotriacontanol (3 – 8%)
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AstaReal logo by S-C-Nutrition.

Your body uses oxygen in order to produce energy.
The higher the effort is the more oxygen your body uses.
Oxygen is a friend to your body but an enemy at the same time, as after your body uses it, it leaves some bad substances in your cells, called free radicals.
These free radicals, destroy healthy cells, so as long as you let them exist, you let them damage your body.
Anti-oxidants are a group or ingredients that stop free radicals causing all this damage to you.

There are very strong anti-oxidants, that stop more free radicals and some weak ones that they are not so effective.

Astaxanthin, is the second most powerful anti-oxidant ingredients on earth as it is  6,000 times stronger than vitamin C and 800 times that of CoQ10!!
It has an extra high ORAC (Oxygen Radical Absorbance Capacity) value ingredient with a very high TAC (Total Antioxidant Capacity), to remove free radicals and reduce the oxidation that the high level training causes to your cells.

AstaReal® astaxanthin is the natural astaxanthin of choice!
AstaReal AB was the first company in the world to commercially produce natural astaxanthin from microalgae. Produced in Sweden and marketed under the AstaReal® brand, AstaReal AB produces natural astaxanthin products that exceed market standards
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 Contains 10 sachets of 20g | lemon flavour


Ingredient PER SACHET (20g)
L-carnosine 400mg
Magnesium phosphate 400mg
Magnesium glycinate 400mg
Potassium gluconate 300mg
Calcium glycerolphosphate 400mg
Glycerol HYDROMAX ™ 1500mg
Beta alanine CARNOSYN™ 2000mg
Phosphatidic acid 650mg
D-ribose 2000mg
Ornithine alphaketoglutarate 800mg
Trimethylglycine 1250mg
L-carnitine fumarate 1500mg
R-alpha lipoic acid 100mg
Vitamin B5 150mg
Policosanol 25mg
Astaxanthin ASTAREAL™ 6mg
Sodium citrate 150mg


Suggested Use: Mix 1 sachet (20g) with 220ml of room temperature water and shake well.
Drink one serving (20g/220ml)/220ml water) 45 minutes before training and one serving (20g/220ml) 10 minutes before training.


Tip: Try to consume the content of the sachet immediately after opening. DO not store the sachet opened for more than 30 minutes. Keep in a dry and cool place always with the lid well closed.


Motivational image by S-C-Nutrition.

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