Dear Suckrim,
Thank you for your continued fixation on Sacred Silver, the first colloidal silver produced exclusively for the Bitcoin community.
I'm pleased to help alleviate the unnecessary fear, uncertainty, and doubt you have been experiencing with regard to this product.
Sacred Silver's quality control is done using a temperature-compensating Hanna Instruments TDS meter calibrated with Hanna's own calibration fluid.
For more details (which you will undoubtedly gainsay, nitpick, and otherwise accuse of misrepresentation and/or insufficiency) see the manufacture's product page here:
http://www.hannainst.com/usa/prods2.cfm?id=003003&ProdCode=PrimoWhile not ideal or extremely precise, such instruments have been used with success for many years, despite their shortcomings versus costly testing in specialized laboratories.
TDS stands for Total Dissolved Solids. This meter is often used by the water industry to measure the level of minerals in water, however it gives a relatively accurate reading of colloidal silver ppm. The only way to obtain a true parts per million (ppm) measurement of a collodial silver sample is to send it out to a lab equipped to analyse the CS. That can be time consuming and very expensive. Most producers of CS are now rating their ppm with a TDS meter and adding the nomenclature "TDS" after the ppm number. For example, 10 ppm TDS, means 10 ppm as measured with a TDS meter. For our purposes, it's more than accurate enough. It takes all the guess work out of trying to figure how concentrated your CS solution is.
Every point in the universe has electrical fields present. To minimize the impact of these fields, Sacred Silver is made after midnight, in a professionally cleaned spare room with no other electronic equipment present.
As to the claim that the oligodynamic effect only applies to ions, please be more thorough in your reading and comprehension before making such wildly inaccurate, easily prevented/corrected claims, which can be refuted merely by posting the part of the article you ignored.
Silver
nanoparticles, obtained by irradiating a silver nitrate solution with an electron beam, are effective bactericides, destroying gram-negative species immune to conventional antibacterial agents.[6]
[6]http://www.sciencedaily.com/releases/2010/05/100524101339.htm
May 25, 2010 — Writing in the International Journal of Nanoparticles, Rani Pattabi and colleagues at Mangalore University, explain how blasting silver nitrate solution with an electron beam can generate nanoparticles that are more effective at killing all kinds of bacteria, including gram-negative species that are not harmed by conventional antibacterial agents.
I'm sorry the common practice of using double-spacing for enhanced legibility has such a outsized negative effect on you. Perhaps you should see an eye doctor, or consult a structural engineer who can help you build a bridge and get over it.