Probably, continuing anything without a good reason to continue isn't a great idea. I believe the idea behind CS is to enhance the immune system when it becomes overloaded..not send it to the locker room. Everything needs some exercise to stay strong, but if it's working so hard that it gets weak...well, give it a hand.
Ken At 07:47 PM 10/4/02 -0500, you wrote: >I guess my main concern is a very practical one. Because of posts on this list I >have been mixing a pint of my own CS in a gallon of gatorade, and drinking 3 qts or >so a day. It did really seem to help me not to get sick when my whole family was >down. But I'm wondering if continuing to do that might be less than the best way to >take it. > >Jeannie > >Marshall Dudley wrote: > >> Jeannie wrote: >> >> > Marshall Dudley wrote: >> > >> > > There is one sentence that I find very interesting: >> > > >> > > Crystals darken upon exposure to light and plastic >> > > >> > > I think we may have finally found why some people say that CS is >> > > unstable in plastic. If you use salt to make it, then you are making >> > > silver chloride, and it apparently breaks down to chlorine and silver >> > > metal upon exposure to plastics. Thus what has been said here for >> > > years, that properly made high quality CS is not affected by plastic now >> > > makes sense. >> > > >> > > Marshall >> > >> > Sounds reasonable. Now does salt contacting the CS later, after it is made >> > up, also cause silver chloride? If so, what about taking it with gatorade? >> > There is certainly salt in that? Does that cause a problem? >> >> >From the tests some of us have run with CS and salt, it appears that indeed the >> ionic silver reacts with the chlorine producing AgCl. The most convincing test >> is to add salt to clear CS and observe the precipitation of something which >> appears white or milky, and the clearing of this precipitant when ammonia is >> added. AgCl is white and is soluble in ammonia. >> >> So I guess the problem is one of magnitude. If you have 10 ppm of CS/ionic, and >> the ionic becomes silver chloride, you still only have about 8 or 9 ppm max of >> silver chloride. If you make the cs with salted water, the amount of silver >> chloride produced is only limited by how much salt is in the water, although the >> amount that can be dissolved is still only about 10 ppm or so. >> >> But that begs the question. How does silver chloride, which any in excess of 12 >> or so ppm, must be undissolved, make it into the blood stream. I think it >> important to determine if perhaps silver chloride dissolves in HCl. And if not, >> does blood contain anything that would increase the solubility? >> >> We know how to easily produce a precipitant of AgCl, and how to see if it >> dissolves in anything. I have sulfuric acid, but not sure I have any >> hydrochloric. If I do, I will try to run that test over the weekend. I will >> also try it with baking soda, which is the primary base in the blood that makes >> the ph over 7. >> >> Marshall >> >> -- >> The silver-list is a moderated forum for discussion of colloidal silver. >> >> Instructions for unsubscribing may be found at: http://silverlist.org >> >> To post, address your message to: [email protected] >> >> Silver-list archive: http://escribe.com/health/thesilverlist/index.html >> >> List maintainer: Mike Devour <[email protected]> > >-- >Buy a dog a toy, and it will play with it forever. Buy a cat a present, and it will >play with the wrappings for ten minutes. > > >Jeannie McReynolds >Oregon Coast > > > >
