Hi there, Discussion and my understanding as a layman, corrections welcome... 1) Particles are Ag+ ions bonded together forming atomic ion clusters whereby they lose that positive electrical charge, with each individual ion in that cluster surrounded by fluid medium, the ions already existing in solution will be rapidly absorbed sublingually and internally as it travels toward the stomach, if the particles present release ions upon contact with moisture then would I be right in assuming those ions will regain their positive electrical charge and revert back to Ag+ ions again upon release from the neutral charged particulate state...Yes/No?
2) Continuing on with moisture breaking up those particles and releasing ions. Is it not feasible to assume then that unless one were drinking rather large or copious amounts by volume that by the time it reaches the stomach there is little particulate form left allowing stomach acids to form a compound, taking into consideration that the body mainly consists of fluids in one form or another which will make that conversion whilst the solution is in transit to the stomach...Yes/No? 3) Chemistry books may say one thing but in the real world concerning any interaction with body fluid chemistry things may be somewhat different? Hearsay and chemistry books may work to a degree with 'knowns' but the human blood/body and fluids contained within may behave differently or do something different where our product is concerned...Yes/No? Actions and/or interactions with our product when coming into contact with the many constituents which make up blood/body fluids may not necessarily follow or go by the book...Yes/No? N. > From: [email protected] > To: [email protected] > Subject: RE: CS>Fw: Chicago Tribune > Date: Sun, 23 Feb 2014 07:55:55 -0800 > > Hi all, > > Like Jason I'm also one that doesn't post much but think this link on our > site will help clear the air about how silver works. Go down the page to > IONIZED SILVER and you'll see that ONLY silver ions are antimicrobial. > Particulate silver (colloid) releases ions when in contact with moisture > but I suppose most of it is excreted before releasing all of the ions that > make it a particle. > http://microbewiki.kenyon.edu/index.php/Silver_as_an_Antimicrobial_Agent#Me > chanism_of_action > > So with that in mind you can see why it's good to swish before swallowing > and get some of the ions directly into the bloodstream even though the rest > of it will get there eventually in one form or another. > > Trem >
