Given our current knowledge of the various mechanisms of oxidation, the different types of human cells can be tested (red blood cells, white blood cells, macrophages and neutrophil white blood cells) with a specific nutritional agent without using solvents that alter the test. Here, Novelist expresses very clear opinions on the subject. The comparative results of cellular behavior before and after exposure to the nutrient, the behavior of one cell line versus another after the exhibition, parallel observation of cell behavior and the reported testimony, leading to a greater understanding of the cellular mechanisms. (Source: Bruce Fink). With an informed appreciation of these mechanisms double blind clinical studies placebo-controlled human, is they can run best clinical trials. Recent studies have shown positive results in certain antioxidants that are currently on the market, these refer to the positive effects of the product in four primary physiological areas: Bio-availability at the cellular level protection to immunological protection oxidative stress and mitochondrial anti-inflammatory activity tests were carried out on living human cells by an award winning independent research laboratory for scientific excellence. They began the investigation examining whether these antioxidant products may enter and protect human cells in vivo oxidative damage. Through the use of the essay on antioxidant cellular protection in erythrocytes (CAP-e), they found that antioxidants may, in fact, come and protect human cells. As indicated in the summary of the research undertaken by the research laboratory that performs the tests: the product contain antioxidants able to enter and protect cells oxidative damage. Components are also bio-available at the cellular level.
The next step was to analyze the effects of the product in many other trials based on cells. Parameters of study: evaluation of the protection of the mitochondrial function in the absence versus presence of oxidative stress (CAP-m); The protection of the feasibility assessment cell (protection of programmed cell death apoptosis) in the absence versus presence of oxidative stress (CAP-a); Evaluation of anti-inflammatory effects versus immune surveillance of the PMN cell behavior. Summary of comments *: in the summary of its conclusions, laboratories NIS found that:.-increased mitochondrial function in cells PMN (Polymorph nuclear leukocytes); -it remained cell viability under normal conditions and under induced oxidative stress.-increased migration of cells PMN (regarded as part of the normal immune surveillance); -increased migration of the PMN towards the peptide f-MLP bacterial (considered as an important aspect of our immune defence anti-bacterial mechanism model);.-reduced migration of PMN cells towards the inflammatory mediators LTB4 (Leukotriene B4). antioxidant drink supports the cell viability and the formation of energy, as well as key aspects of the (immediate) innate immune response antibacterial. The antioxidant and anti-inflammatory properties indicate that it can boost immune defense mechanisms, protecting at the same time own cells of the organism of the result of oxidative stress.