THE NanoVi PROTIEN FOLDING LAB
How does NanoVi® technology work?
The NanoVi® device augments a signal that is naturally generated by the body and is essential to cellular activity. The following 3D animation explains how NanoVi’s “bio-identical signal” assists the multi-step process of reinstalling protein functions that are essential to cellular activity.
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Visualizing the difference NanoVi® makes
Cell damage is natural, and is going to occur. NanoVi® cannot prevent cell damage, but is designed to help cells after the damage has already occurred.
Here are three illustrations to explain how NanoVi® helps repair cell damage and free radicals. In each scenario, the free radicals or “bad ROS” are illustrated in red. The “good ROS” signals are illustrated in green.
In the first scenario, we see free radicals in red (the “bad ROS”) attacking a cell and causing cell damage to proteins, mitochondria, DNA, and the cell membrane. Also notice the green ROS signal, the body’s natural way of triggering repair. Once these “good” ROS emit their signal, they join the ranks of the “bad” ROS.
Eng3′s NanoVi™ device for heal, prevention, wellness and anti-aging
Protection from free radicals and oxidative stress
Free radicals are one of many things that challenge our cellular health. Production of free radicals is inevitable, even necessary. However, an excess of free radicals causes cellular damage known as oxidative stress. This results in a host of negative health effects that range from advanced aging to depressed immunity to chronic disease. Maintaining good health requires optimal response to oxidative stress. This is exactly what NanoVi™ devices were designed to do.
Eng3’s NanoVi™ device for sports and performance
Protection from free radicals and oxidative stress
During an intense workout you utilize far more oxygen than normal, which increases the production of free radicals. These excess free radicals cause cellular damage called oxidative stress. NanoVi™ technology relies on an approach called bio-identical signaling to stimulate your cellular activities and combat oxidative stress damage. When cells rejuvenate faster, athletes can train harder, recover faster, perform better, and stay healthier.
NanoVi™ technology is one of the most advanced ways for athletes to optimize performance.
Optimize cell energy production and improve cell metabolism
Reduce recovery time
Increase oxygen utilization
Counterbalance lactate production
Strengthen the immune system
Improve cellular repair
Benefits of using this technology before, during or after a workout can be felt and are seen and test results. Research has shown that athletes:
Produce at least 7% less lactate
Generate at least 8% more energy
Exhale on average 10% less unused oxygen
Reduce their resting heart rate by an average of 6.5%
Serious athletes benefit greatly from better ability to repair micro damage to tissue, reduce lactic acid build up, maintain strong immunity, generate more cell energy and ultimately train harder to for better results. Although casual athletes demand far less of their bodies, they enjoy the same benefits of using NanoVi™ technology.
Whether you are a professional athlete or weekend enthusiast, cellular activity is the key to performing your best and staying healthy.
Using the NanoVi™ device
The NanoVi™ device is used in clinics by people wanting to improve their health and vitality. You inhale moist air from the NanoVi™ device through a nasal cannula. For prevention, sessions are often between 20 and 40 minutes, two or three times a week. People addressing one or more chronic diseases use the device much more frequently. There is no danger of overdoing it because it is a drug-free approach, called bio-identical signaling, that triggers your body’s natural processes rather than overriding them.
How it works
Free radicals are unstable, highly reactive molecules. In our cells, they result naturally from cell metabolism and oxygen consumption and are also caused by exposure to toxins, stress, and other lifestyle factors. If the body cannot neutralize their negative impact adequately, free radicals cause damage at the cellular level. Free radicals, which are also know as Reactive Oxygen Species (ROS), can impact the body in three ways.
Damaging– the free radicals react with surrounding molecules, usually proteins, including the DNA, and caused damage. This hinders the protein functions and related cellular activities decline.
Neutral– free radicals react with anti-oxidants and are neutralized. In this case they have no impact on cellular function. Anti-oxidants are essential but it is important not to over supply the body with anti-oxidants because too many can hinder the initiation of response described below.
Initiating oxidative response– free radicals emit a specific energy that is received by sensor proteins whose job it is to initiate oxidative response. This ROS-induced response is essential to all cellular activity because it is responsible for repairing free radical damage.
The NanoVi Pro™ device works by triggering oxidative response, which is the body’s way of counteracting oxidative stress damage caused by free radicals. While free radicals are generally damaging, the final phase of certain free radicals acts as a signal for oxidative response. The excitation units inside NanoVi™ devices produce the same emission as the final phase of the radical. This mimics a biological process that triggers the body’s response to oxidative stress. Once triggered, oxidative response helps protect against and repair damage. Since the metabolism of oxygen and other factors constantly creates free radicals, strong oxidative response is essential to good health and vitality.