Inner Armour Test Peak 168 Capsules - 28 Servings

Inner Armour Test Peak 168 Capsules - 28 ServingsAdvanced Raipid Releasing Testosterone Breakthrough. Clinically Tested Doses of the Most Powerful Patented & Proven Ingredients in the World. The Ultimate Peak Nutrient Delivery System. Pre Solubilized Ingredients Nitrogen Bubble. Armour Sealing Phospholipid Emulsion. Bioavailability: The rate at which a nutrient appears in the bloodstream. The harsh truth is that there are many challenges for your body when consuming outdated tablets and even

Advanced Raipid Releasing Testosterone Breakthrough. Clinically Tested Doses of the Most Powerful Patented & Proven Ingredients in the World. The Ultimate Peak Nutrient Delivery System. Pre-Solubilized Ingredients - Nitrogen Bubble. Armour Sealing - Phospholipid Emulsion. Bioavailability: The rate at which a nutrient appears in the bloodstream. The harsh truth is that there are many challenges for your body when consuming outdated tablets and even capsules. Hydrocaps patented liquid delivery system presolubilizes ingredients in a micronized liquid suspension and then flushes it with a nitrogen bubble for a dramatic improvement in bioavailability. The Hydrocaps chart below compares the absorption cycle and the rate at which liquids are digested, absorbed and delivered to target sites in the body. This is done better than tablets (which often may not completely dissolve) as well as capsules resulting in a much more effective supplement, less waste and assures that the dosage you swallow is the dosage you absorb. This delivery is also free of plasticizers, binders, fillers and preservatives. The absorption of ingredients depends greatly on its solubility and ability to diffuse across the lipophilic membrane of enterocytes. Ingredients need to be dissolved in order to achieve bioavailability and its solubility depends on its solid-state properties. Lipidbased deliveries have the ability to keep ingredients in a solubilized state and enhance the dissolving of one substance into another. Phospholipids possess special qualities as they have both hydrophilic (water loving) and lipophilic (fat-loving) properties. When placed in water, they have been suggested to form various structures organized as lipid bilayers with the hydrophobic tails lined up against one another and the hydrophilic head-group facing the water on both sides. These unique features make phospholipids very desirable to help protect ingredients from degradation, increase the bioavailability of ingredients and influence the absorption of active ingredients via various mechanisms. They have been suggested to modify the release of ingredients, improve bioavailability, change the character of the intestinal environment, stimulate lymphatic transport and interact with enterocyte-based transport processes.