Proven Ingredients
The simple ingredients of Reynolds Blue -- Methylene Blue combined and connected to Gold and Silver Particles. Methylene Blue is a registered drug in most countries for various issues, such as the treatment of both acquired and hereditary methemoglobinemia, the prevention of urinary tract infections, and the sterilization of transfusion blood. It is currently under investigation as an experimental drug against Alzheimer’s disease. Methylene Blue was the first synthetic anti-malarial drug to be used in a hospital some 120 years ago. Its global use in malaria endemic areas is well documented for the late 19th and early 20th centuries. To treat Malaria, the usual daily oral dose is 200 mg of Methylene Blue for five to ten days. Methylene Blue has been investigated to treat COVID-19, However, the FDA has a standard maximum dosing level of about 200-MG per day, at this amount Methylene Blue ALONE would not be enough to treat COVID-19.
Safe to Use
Methylene Blue has been used for decades and the usual dosing levels were set at around 200-MG per day. To treat Malaria, this amount was given for up to 10 days. Reynolds Blue is not any stronger than regular Methylene Blue; it just lasts much longer. The molecules of Methylene Blue in Reynolds blue are attached to their own energy source in the gold and the silver. These metals allow the Methylene Blue to continue to work for possibly hours as compared to potentially only minutes with Methylene Blue alone. A single dose of Reynolds Blue is only ½-ML held under the tongue for ten minutes. This dose only contains 1.25-MG of Methylene Blue. Usually four doses per day is used to treat COVID-19 and so a total daily dose of Methylene Blue is only 5-MG of Methylene Blue;
FOURTY TIMES LESS THAN THE FDA APPOVED DAILY DOSING LEVELS.
The Science behind Reynolds Blue
A 100nm gold particle has a peak wavelength in the red-light spectrum of 600 to 700 nano meters; the area where Methylene Blue gets excited and kills viruses. Silver is the most reflective metal on the planet and the particles of silver reflect and scatter the light into the gold and then into the Methylene Blue Molecule. Because of the small size of the Silver particles, one drop of the medicine contains a reflectivity factor of about the size a square foot mirror.
The gold and silver particles are created and made to the exact size needed to excite the Methylene Blue, they are then combined with the Methylene Blue. Basically, we have created a Methylene Blue molecule that comes with its own energy source. A single dose of only ½-ML of Reynolds Blue contains only 1.25-MG of Methylene Blue and only micro grams of gold and silver.
The charging mechanism of the gold and silver particles on the Methylene Blue keeps the Methylene blue working for hours. Methylene Blue alone most likely will only lasts for a few minutes. This is why our dosing levels are so low and the material is so effective. The FDA has Methylene Blue approved at about 200-MG per day. If you take Reynolds Blue four times a day your Methylene Blue Dosing is only 5-MG, a fraction of the FDA approved Dose. It’s the power of light that makes Reynolds Blue so effective.
Efficient Against Most Viruses
Methylene Blue can work against most viruses and is even used to kill the HIV virus that may be active in Blood samples. Boxin Biotechnology Development LTD has developed a device that is approved by the FDA to kill many virus’s in blood plasma. This device using Methylene Blue has been approved to kill COVID-19.
The Physics of how Reynolds Blue Works
Boxin Biotechnology Development LTD, has proven that inactivation of lipid enveloped viruses such as COVID-19 in plasma has high efficiency, without damage to other components in the blood. Using Methylene Blue and light can effectively eliminate SARS-CoV-2 within 2 minutes. Photochemical methods for killing viruses are usually performed by adding Methylene blue (MB) into blood products followed by visible light treatment. Methylene blue is a photosensitizer with a maximum absorption peak of 670 nm. Methylene blue surface carries a positive charge and destroys on contact, negatively charged G-C base pairs of viral nucleic acids. Under visible light, Methylene Blue absorbs light energy, activates from the ground-state to a singlet-state, and generates singlet oxygen through electron transfer, which damages and breaks nucleic acids to kill viruses. Viral envelopes and nucleic acids can be targets of attack