Build rock hard muscle, increase strength & lose fat at the same time with ALL NEW MYODROL-HSP® Pro 2024!  Myodrol-HSP® takes is foundations from Hungarian discovery of 5-methyl-7-methoxy-isoflavone, a metabolic agent which can offer anabolic activities with no androgenic side effects as it comes under the category of non-hormonal anabolic / anti-catabolic compounds. These powerful flavones have been shown to decrease cortisol levels, increase protein synthesis, and improve overall recovery from exercise. Methoxyisoflavone was developed by Hungarian researchers as a way to increase lean body mass in live stock without increasing the amount of their food intake. The researchers findings indicate that Methoxyisoflavone increases nutrient usage and also suppresses cortisol, a stress hormone that causes muscle wasting. These plant isoflvones increase protein synthesis and lean mass. They also reduce body fat, lower cholesterol levels, promote endurance, an increase state of vitality, and increase the body’s ability to use oxygen – All this with out negative side effects.

An abundant intracellular amino acid in skeletal muscle and similar to Creatine, it draws water in muscle cells and acts as a cell volumizer. This in turn draws additional nutrients for recovery and growth, increasing cell volume and enhancing muscle fullness. And like Creatine, Taurine is not present in whey protein, whereas all other essential and nonessential amino acids are. With intense exercise comes changes in electrolyte concentration both inside and outside of the cell, i.e. loss of muscle K+ and gain of Na+, Cl- and Ca2+. Detrimental changes in osmolarity are a consequence of membrane excitability driven by ion imbalance and cells combat this by manipulating organic osmolytes such as Taurine. Taurine regulates water and mineral salts in the blood. It maintains movement of potassium, magnesium and sodium across the cell membranes and regulates ion balance between cells. Due to its ability to regulate electrolytes, it may play a role in preventing muscle cramping. Taurine + Creatine: The PERFECT Cell Volumizers. It also plays a role in muscle contraction, as it has been shown to increase the rate at which the sarcoplasmic reticulum accumulates Ca2+ in both type I and type II muscle fibers. Thus, it enhances the ability of the muscles to generate force by increasing the uptake and release of calcium ions. Muscle contraction leads to an increase in nitric oxide synthase and/or nitric oxide (NO). Increases in NO have been shown to enhance glucose uptake in skeletal muscles which may enhance exercise intensity and post-exercise recovery and plays a role in Nitric Oxide production (NO gas present during muscle contraction and blood vessel dilation) and therefore may enhance the workout session and lead to a more rigorous workout. ALLMAX Essentials Taurine is a pure, free flowing, flavorless, unsweetened white crystalline powder that mixes easily, allowing you to add it to anything you like. Similar to Glutamine, it can also be considered a conditionally essential amino acid during times of intense physical training when the body may require additional Taurine due to increased physical demand.

TURKESTERONE HIGHLIGHTS

• Improves Size and Strength
• Increases Protein Synthesis
• Improves Recovery
• Increases Muscular Endurance
• Prevents Muscle Breakdown

TURKESTERONE INGREDIENTS

• Ajuga Turkestanica Extract (500mg) -- contains a powerful phytosteroid like compound called Turkesterone. Turkesterone, like other ecdysteroids, may help to increase protein synthesis, nitrogen retention, limit protein breakdown and help improve recovery. Of all Ecdysteroids known, Turkesterone seems to have the strongest anabolic and adaptogenic effects! Our product uses a ajuga turkestanica extract standardizing for 10% Turkesterone, yielding a massive 50mg Turkesterone per capsule!
• Decasorb Technology (30mg) -- a 2 stage absorption enhancing complex used to increase absorption and bioavailability of compounds that are normally poorly absorbed. Decasorb Tech opens spaces in bicellular and tricellular tight junctions, increasing paracellular permeability, thus allowing for enhanced intestinal permeation. It simultaneously inhibits P-glycoprotein and CYP3A4 enzymes thereby increasing bioavailability of co-administered compounds.