Re: Trying colloidal silver enemas

[Guest guest]

Using CS in that way will enter the Blood Stream faster and less

loss of the CS by bypassing the Digestive tract of the Stomach .

Downside- It will destroy the good Flora need for the Colon to

Digest.

Better-Get a Nebulizer and take it in as a Breathing Treatment.

Fast and most complete.

Possibly will make Many of those nasty Lung Infections people get,

go away!

M~R

On 4/27/2011 5:33 AM, engineer188@... wrote:

Hi all,

Has anyone tried colloidal silver enemas? I hear it most

likely will enter the blood stream giving one a better

result. Your comments on this, please.

Thanks

Joe

Sent from my iPhone

[Guest guest]

that's correct, however, once it does enter the body, at least in the

bloodstream it becomes inert in less than 8 seconds. this is why we don't see

miraculous recoveries from many illnesses using colloidal silver in the body. as

long at it stays in the surface areas, skin, mucous membranes, etc then it stays

" ionized " or electrically charged and does a good job against a host of

microbes. But inside the body it loses clout. The lab tests of 650 microbes

are impressive and it sells a lot of colloidal silver and devices to make it.

So if it stayed active inside the body you'd see most pharma out of business by

now. There is a new type called silver sol, which claims to be 99 percent

bio-available, whatever they mean by that. It may work better but it is

brand-new relatively, so it will take time to roll up enough results to tell.

They test in labs and sometimes in dead meat to see how it works in a biological

environment.

silver sol can be used in smaller doses according to the mfr. it apparently has

an ability to regenerate its own charges, so that after killing one microbe it

can go on to kill an unlimited number of other microbes. this is all pretty

much their statments and no real corroboration of the exact way it works but the

results in lab tests seem to bear it out.

My idea would be to encapsulate silver sol gel or possibly the liquid somehow

in enteric coated casings. But that may not even be necessary, if it does as

they say, and is bio-available.

The promise is exciting for silver sol. One HIV study they did showed a rise in

Tcells of about 25 percent in all subjects. The subjects did not have AIDS, and

most had pretty high tcell counts already. But one had 350 and went to 700, so

that was good.

Balancing that, it could be a temporary rise due to some factors, and they did

not run the test longer than 4 months. For HIV you need much longer test

periods, years in fact, to tell if the treatment is saving Tcells or not.

bG

> >

> > Hi all,

> >

> > Has anyone tried colloidal silver enemas? I hear it most likely will

> > enter the blood stream giving one a better result. Your comments on

> > this, please.

> >

> > Thanks

> > Joe

> >

> > Sent from my iPhone

> >

> >

>

[Guest guest]

My understanding is CS doesn't attack good bacteria.

On 4/27/2011 10:00 AM, Ron wrote:

Using CS in that way will

enter the Blood Stream faster and less loss of the CS by bypassing

the Digestive tract of the Stomach .

Downside- It will destroy the good Flora need for the Colon to

Digest.

Better-Get a Nebulizer and take it in as a Breathing Treatment.

Fast and most complete.

Possibly will make Many of those nasty Lung Infections people get,

go away!

M~R

On 4/27/2011 5:33 AM, engineer188@...

wrote:

Hi all,

Has anyone tried colloidal silver enemas? I hear it most

likely will enter the blood stream giving one a better

result. Your comments on this, please.

Thanks

Joe

Sent from my iPhone

[Guest guest]

My understanding is that CS can't tell the difference between good and evil

bacteria. No bacteria has withstood CS testing, including e. coli, one of the

most prevalent in the bowel, and including natural colonic bacteria in milk. The

old silver coin in the milk bucket to delay souring is a good example of it

limiting " good " bacterial growth.

all good,

Duncan

>

> My understanding is CS doesn't attack good bacteria.

>

>

[Guest guest]

From http://www.silver-colloids.com/Papers/FAQ.html

" What happens when colloidal silver is ingested?

Upon ingestion, the ionic silver present in most colloidal silver solutions

will immediately come into contact with the hydrochloric (HCl) acid that

normally exists in the stomach to digest food. The chloride ion from the

hydrochloric acid combines at once with the silver ion to form silver

chloride, an insoluble silver compound. Since hydrochloric acid does not

dissolve metallic silver, the silver particles remain unaffected by the

stomach acid. Some of the remaining silver particles, due to their nanometer

size will pass easily through the lining of the gastro-intestinal tract and

will be absorbed into the bloodstream where they will circulate and come in

contact with pathogens which will be killed on contact. The silver chloride

that precipitates in the stomach consists of large molecules. Silver

chloride that is not absorbed into the bloodstream will be passed out of the

body with solid waste. Silver chloride that does get absorbed through the

lining of the GI tract into the bloodstream will be removed by the kidneys

and passed out of the body in urine.

How else can colloidal silver particles get into the body?

Colloidal silver can enter the blood stream directly by at least two

different means. The first is through the lungs by using a nebulizer to

convert the colloidal silver into micron size droplets and then inhaling

these droplets. The small size of the silver particles and silver ions will

pass through the lung tissue directly into the blood stream. Once in the

blood stream, the particles will circulate with the blood but the ions will

immediately combine with the plentiful supply of chloride ions in the serum.

Human blood serum contains a large quantity of sodium and potassium

chloride. The chloride ions are present in the serum in high concentration,

typically 3500 ppm. The chloride ions immediately combine with the silver

ions to form silver chloride. The large silver chloride molecules will be

removed from the blood stream by the kidneys and passed out of the body in

urine.

The second way colloidal silver can pass directly into the blood stream is

by sublingual absorption. The thin membranes under the tongue will pass the

small particles and ions directly into the blood stream. Once in the blood

stream, the ions will precipitate out as described above leaving the

particles to circulate with the blood.

Because the silver ions cannot exist for long in the human body regardless

of the entry mechanism, they really represent an undesired byproduct that is

passed from the body as waste. The ideal colloidal silver would maximize the

percentage of particles and minimize the percent of ions. Since typical

colloidal silver products contain a very high percentage of ionic silver,

there is a lot of potential for improvement by reducing the ionic content as

close to zero percent as possible "

[Guest guest]

Was that passage supposed to be authoritative? I think not so much They

mentioned stomach acid but missed the involvement of the colloidal silver in the

gut that has passed through the stomach. Fact is, it still has the germ-killing

attribute, so some of that FAQ is misrepresenting. I think the silver community

will be of value to get you through the marketing-speak:

http://silverlist.org

all good,

Duncan

>

> From http://www.silver-colloids.com/Papers/FAQ.html

>

>

[Guest guest]

That passage was not posted as the end-all-of-all things TRUTH. Sorry if it

some how offended your sensibilities.

I don't think you read that passage very well. It suggested that silver

chloride and larger silver particulates went on into the gut past the

stomach for beneficial anti-microbial action. By the way, that website is

not trying to sell anything.

doug

----- Original Message -----

> Was that passage supposed to be authoritative? I think not so much They

> mentioned stomach acid but missed the involvement of the colloidal silver

> in the gut that has passed through the stomach. Fact is, it still has the

> germ-killing attribute, so some of that FAQ is misrepresenting. I think

> the silver community will be of value to get you through the

> marketing-speak:

> http://silverlist.org

>

> all good,

>

> Duncan

[Guest guest]

i think this is about right, but the ionic silver is the most effective silver

for germs, so losing its charge this way reduces the effects quite a lot.

Metallic silver might suffocate a virus by plugging its pores but it is not a

quick kill nor is it very certain. It will take a lot of very tiny, very good

silver particles to do just one germ. It only takes one ionic silver particle

to remove one germ.

cs has been ingested for many years by people with all sorts of things wrong and

it's not that common to see a recovery from it alone. the bio-availability of

charged silver has been the problem. the new silver sol has attenpted to fix

this. whether they did or not time will tell, though they are claiming it.

sure hope so...

bG

>

> From http://www.silver-colloids.com/Papers/FAQ.html

>

>

>

> " What happens when colloidal silver is ingested?

>

> Upon ingestion, the ionic silver present in most colloidal silver solutions

> will immediately come into contact with the hydrochloric (HCl) acid that

> normally exists in the stomach to digest food. The chloride ion from the

> hydrochloric acid combines at once with the silver ion to form silver

> chloride, an insoluble silver compound. Since hydrochloric acid does not

> dissolve metallic silver, the silver particles remain unaffected by the

> stomach acid. Some of the remaining silver particles, due to their nanometer

> size will pass easily through the lining of the gastro-intestinal tract and

> will be absorbed into the bloodstream where they will circulate and come in

> contact with pathogens which will be killed on contact. The silver chloride

> that precipitates in the stomach consists of large molecules. Silver

> chloride that is not absorbed into the bloodstream will be passed out of the

> body with solid waste. Silver chloride that does get absorbed through the

> lining of the GI tract into the bloodstream will be removed by the kidneys

> and passed out of the body in urine.

>

> How else can colloidal silver particles get into the body?

>

> Colloidal silver can enter the blood stream directly by at least two

> different means. The first is through the lungs by using a nebulizer to

> convert the colloidal silver into micron size droplets and then inhaling

> these droplets. The small size of the silver particles and silver ions will

> pass through the lung tissue directly into the blood stream. Once in the

> blood stream, the particles will circulate with the blood but the ions will

> immediately combine with the plentiful supply of chloride ions in the serum.

> Human blood serum contains a large quantity of sodium and potassium

> chloride. The chloride ions are present in the serum in high concentration,

> typically 3500 ppm. The chloride ions immediately combine with the silver

> ions to form silver chloride. The large silver chloride molecules will be

> removed from the blood stream by the kidneys and passed out of the body in

> urine.

>

> The second way colloidal silver can pass directly into the blood stream is

> by sublingual absorption. The thin membranes under the tongue will pass the

> small particles and ions directly into the blood stream. Once in the blood

> stream, the ions will precipitate out as described above leaving the

> particles to circulate with the blood.

>

> Because the silver ions cannot exist for long in the human body regardless

> of the entry mechanism, they really represent an undesired byproduct that is

> passed from the body as waste. The ideal colloidal silver would maximize the

> percentage of particles and minimize the percent of ions. Since typical

> colloidal silver products contain a very high percentage of ionic silver,

> there is a lot of potential for improvement by reducing the ionic content as

> close to zero percent as possible "

>

[Guest guest]

And Stuart hypothesises that ammonia present in the body/blood renders

it soluble again {if I've read his article right}.

Either way, there's not enough information in the public domain to sway me that

HCl renders ionic silver ineffective. May be right in a test tube, but in the

body may be a different story?

http://www.gaiaresearch.co.za/silver.html

N.

>

> From http://www.silver-colloids.com/Papers/FAQ.html

>

>

>

> " What happens when colloidal silver is ingested?

>

> Upon ingestion, the ionic silver present in most colloidal silver solutions

> will immediately come into contact with the hydrochloric (HCl) acid that

> normally exists in the stomach to digest food. The chloride ion from the

> hydrochloric acid combines at once with the silver ion to form silver

> chloride, an insoluble silver compound. Since hydrochloric acid does not

> dissolve metallic silver, the silver particles remain unaffected by the

> stomach acid. Some of the remaining silver particles, due to their nanometer

> size will pass easily through the lining of the gastro-intestinal tract and

> will be absorbed into the bloodstream where they will circulate and come in

> contact with pathogens which will be killed on contact. The silver chloride

> that precipitates in the stomach consists of large molecules. Silver

> chloride that is not absorbed into the bloodstream will be passed out of the

> body with solid waste. Silver chloride that does get absorbed through the

> lining of the GI tract into the bloodstream will be removed by the kidneys

> and passed out of the body in urine.

>

> How else can colloidal silver particles get into the body?

>

> Colloidal silver can enter the blood stream directly by at least two

> different means. The first is through the lungs by using a nebulizer to

> convert the colloidal silver into micron size droplets and then inhaling

> these droplets. The small size of the silver particles and silver ions will

> pass through the lung tissue directly into the blood stream. Once in the

> blood stream, the particles will circulate with the blood but the ions will

> immediately combine with the plentiful supply of chloride ions in the serum.

> Human blood serum contains a large quantity of sodium and potassium

> chloride. The chloride ions are present in the serum in high concentration,

> typically 3500 ppm. The chloride ions immediately combine with the silver

> ions to form silver chloride. The large silver chloride molecules will be

> removed from the blood stream by the kidneys and passed out of the body in

> urine.

>

> The second way colloidal silver can pass directly into the blood stream is

> by sublingual absorption. The thin membranes under the tongue will pass the

> small particles and ions directly into the blood stream. Once in the blood

> stream, the ions will precipitate out as described above leaving the

> particles to circulate with the blood.

>

> Because the silver ions cannot exist for long in the human body regardless

> of the entry mechanism, they really represent an undesired byproduct that is

> passed from the body as waste. The ideal colloidal silver would maximize the

> percentage of particles and minimize the percent of ions. Since typical

> colloidal silver products contain a very high percentage of ionic silver,

> there is a lot of potential for improvement by reducing the ionic content as

> close to zero percent as possible "

>

[Guest guest]

I've read that too. I don't think cs inside the body has shown itself to be

very effective, if at all. the experiment where they got the viral load to zero

was done by creating the cs inside the bloodstream using a charged silver wire.

I think people trying cs over years without real results shows it does have an

Achilles Heel inside the body. Had it got even modest improvements, it would be

used by everybody. No one I have read about likes the toxic drugs. those

willing to try cs would have found a way to avoid the toxic and expensive drugs.

They are not saying this, and you see them giving up and returning to the drugs.

The new silver sol markets itself based on this failure, claiming to have

figured out a new molecular structure to preserve effectiveness inside the body.

If it can do this, you will be hearing about it.

bG

> >

> > From http://www.silver-colloids.com/Papers/FAQ.html

> >

> >

> >

> > " What happens when colloidal silver is ingested?

> >

> > Upon ingestion, the ionic silver present in most colloidal silver solutions

> > will immediately come into contact with the hydrochloric (HCl) acid that

> > normally exists in the stomach to digest food. The chloride ion from the

> > hydrochloric acid combines at once with the silver ion to form silver

> > chloride, an insoluble silver compound. Since hydrochloric acid does not

> > dissolve metallic silver, the silver particles remain unaffected by the

> > stomach acid. Some of the remaining silver particles, due to their nanometer

> > size will pass easily through the lining of the gastro-intestinal tract and

> > will be absorbed into the bloodstream where they will circulate and come in

> > contact with pathogens which will be killed on contact. The silver chloride

> > that precipitates in the stomach consists of large molecules. Silver

> > chloride that is not absorbed into the bloodstream will be passed out of the

> > body with solid waste. Silver chloride that does get absorbed through the

> > lining of the GI tract into the bloodstream will be removed by the kidneys

> > and passed out of the body in urine.

> >

> > How else can colloidal silver particles get into the body?

> >

> > Colloidal silver can enter the blood stream directly by at least two

> > different means. The first is through the lungs by using a nebulizer to

> > convert the colloidal silver into micron size droplets and then inhaling

> > these droplets. The small size of the silver particles and silver ions will

> > pass through the lung tissue directly into the blood stream. Once in the

> > blood stream, the particles will circulate with the blood but the ions will

> > immediately combine with the plentiful supply of chloride ions in the serum.

> > Human blood serum contains a large quantity of sodium and potassium

> > chloride. The chloride ions are present in the serum in high concentration,

> > typically 3500 ppm. The chloride ions immediately combine with the silver

> > ions to form silver chloride. The large silver chloride molecules will be

> > removed from the blood stream by the kidneys and passed out of the body in

> > urine.

> >

> > The second way colloidal silver can pass directly into the blood stream is

> > by sublingual absorption. The thin membranes under the tongue will pass the

> > small particles and ions directly into the blood stream. Once in the blood

> > stream, the ions will precipitate out as described above leaving the

> > particles to circulate with the blood.

> >

> > Because the silver ions cannot exist for long in the human body regardless

> > of the entry mechanism, they really represent an undesired byproduct that is

> > passed from the body as waste. The ideal colloidal silver would maximize the

> > percentage of particles and minimize the percent of ions. Since typical

> > colloidal silver products contain a very high percentage of ionic silver,

> > there is a lot of potential for improvement by reducing the ionic content as

> > close to zero percent as possible "

> >

>

[Guest guest]

I'm sorry, did I miss that?

I have read the article in it's entirety on more than one occasion and don't

recall reading anything about, quote, " creating the cs inside the bloodstream

using a charged silver wire " end quote.

To assist me in a better understanding and/or appraisal of this article could

you spare the time to point me to the passage in that article which supports

that statement. You are not referring to Dr O Becker are you?

Thanks in advance

N.

> > >

> > > From http://www.silver-colloids.com/Papers/FAQ.html

> > >

> > >

> > >

> > > " What happens when colloidal silver is ingested?

> > >

> > > Upon ingestion, the ionic silver present in most colloidal silver

solutions

> > > will immediately come into contact with the hydrochloric (HCl) acid that

> > > normally exists in the stomach to digest food. The chloride ion from the

> > > hydrochloric acid combines at once with the silver ion to form silver

> > > chloride, an insoluble silver compound. Since hydrochloric acid does not

> > > dissolve metallic silver, the silver particles remain unaffected by the

> > > stomach acid. Some of the remaining silver particles, due to their

nanometer

> > > size will pass easily through the lining of the gastro-intestinal tract

and

> > > will be absorbed into the bloodstream where they will circulate and come

in

> > > contact with pathogens which will be killed on contact. The silver

chloride

> > > that precipitates in the stomach consists of large molecules. Silver

> > > chloride that is not absorbed into the bloodstream will be passed out of

the

> > > body with solid waste. Silver chloride that does get absorbed through the

> > > lining of the GI tract into the bloodstream will be removed by the kidneys

> > > and passed out of the body in urine.

> > >

> > > How else can colloidal silver particles get into the body?

> > >

> > > Colloidal silver can enter the blood stream directly by at least two

> > > different means. The first is through the lungs by using a nebulizer to

> > > convert the colloidal silver into micron size droplets and then inhaling

> > > these droplets. The small size of the silver particles and silver ions

will

> > > pass through the lung tissue directly into the blood stream. Once in the

> > > blood stream, the particles will circulate with the blood but the ions

will

> > > immediately combine with the plentiful supply of chloride ions in the

serum.

> > > Human blood serum contains a large quantity of sodium and potassium

> > > chloride. The chloride ions are present in the serum in high

concentration,

> > > typically 3500 ppm. The chloride ions immediately combine with the silver

> > > ions to form silver chloride. The large silver chloride molecules will be

> > > removed from the blood stream by the kidneys and passed out of the body in

> > > urine.

> > >

> > > The second way colloidal silver can pass directly into the blood stream is

> > > by sublingual absorption. The thin membranes under the tongue will pass

the

> > > small particles and ions directly into the blood stream. Once in the blood

> > > stream, the ions will precipitate out as described above leaving the

> > > particles to circulate with the blood.

> > >

> > > Because the silver ions cannot exist for long in the human body regardless

> > > of the entry mechanism, they really represent an undesired byproduct that

is

> > > passed from the body as waste. The ideal colloidal silver would maximize

the

> > > percentage of particles and minimize the percent of ions. Since typical

> > > colloidal silver products contain a very high percentage of ionic silver,

> > > there is a lot of potential for improvement by reducing the ionic content

as

> > > close to zero percent as possible "

> > >

> >

>

[Guest guest]

http://www.silvermedicine.org/silver-catheter-aids.html

> > > >

> > > > From http://www.silver-colloids.com/Papers/FAQ.html

> > > >

> > > >

> > > >

> > > > " What happens when colloidal silver is ingested?

> > > >

> > > > Upon ingestion, the ionic silver present in most colloidal silver

solutions

> > > > will immediately come into contact with the hydrochloric (HCl) acid that

> > > > normally exists in the stomach to digest food. The chloride ion from the

> > > > hydrochloric acid combines at once with the silver ion to form silver

> > > > chloride, an insoluble silver compound. Since hydrochloric acid does not

> > > > dissolve metallic silver, the silver particles remain unaffected by the

> > > > stomach acid. Some of the remaining silver particles, due to their

nanometer

> > > > size will pass easily through the lining of the gastro-intestinal tract

and

> > > > will be absorbed into the bloodstream where they will circulate and come

in

> > > > contact with pathogens which will be killed on contact. The silver

chloride

> > > > that precipitates in the stomach consists of large molecules. Silver

> > > > chloride that is not absorbed into the bloodstream will be passed out of

the

> > > > body with solid waste. Silver chloride that does get absorbed through

the

> > > > lining of the GI tract into the bloodstream will be removed by the

kidneys

> > > > and passed out of the body in urine.

> > > >

> > > > How else can colloidal silver particles get into the body?

> > > >

> > > > Colloidal silver can enter the blood stream directly by at least two

> > > > different means. The first is through the lungs by using a nebulizer to

> > > > convert the colloidal silver into micron size droplets and then inhaling

> > > > these droplets. The small size of the silver particles and silver ions

will

> > > > pass through the lung tissue directly into the blood stream. Once in the

> > > > blood stream, the particles will circulate with the blood but the ions

will

> > > > immediately combine with the plentiful supply of chloride ions in the

serum.

> > > > Human blood serum contains a large quantity of sodium and potassium

> > > > chloride. The chloride ions are present in the serum in high

concentration,

> > > > typically 3500 ppm. The chloride ions immediately combine with the

silver

> > > > ions to form silver chloride. The large silver chloride molecules will

be

> > > > removed from the blood stream by the kidneys and passed out of the body

in

> > > > urine.

> > > >

> > > > The second way colloidal silver can pass directly into the blood stream

is

> > > > by sublingual absorption. The thin membranes under the tongue will pass

the

> > > > small particles and ions directly into the blood stream. Once in the

blood

> > > > stream, the ions will precipitate out as described above leaving the

> > > > particles to circulate with the blood.

> > > >

> > > > Because the silver ions cannot exist for long in the human body

regardless

> > > > of the entry mechanism, they really represent an undesired byproduct

that is

> > > > passed from the body as waste. The ideal colloidal silver would maximize

the

> > > > percentage of particles and minimize the percent of ions. Since typical

> > > > colloidal silver products contain a very high percentage of ionic

silver,

> > > > there is a lot of potential for improvement by reducing the ionic

content as

> > > > close to zero percent as possible "

> > > >

> > >

> >

>

[Guest guest]

NO, as I thought, I didn't miss anything, that's a relief.

Different author, different topic of conversation.

OK, that's all.

> > > > >

> > > > > From http://www.silver-colloids.com/Papers/FAQ.html

> > > > >

> > > > >

> > > > >

> > > > > " What happens when colloidal silver is ingested?

> > > > >

> > > > > Upon ingestion, the ionic silver present in most colloidal silver

solutions

> > > > > will immediately come into contact with the hydrochloric (HCl) acid

that

> > > > > normally exists in the stomach to digest food. The chloride ion from

the

> > > > > hydrochloric acid combines at once with the silver ion to form silver

> > > > > chloride, an insoluble silver compound. Since hydrochloric acid does

not

> > > > > dissolve metallic silver, the silver particles remain unaffected by

the

> > > > > stomach acid. Some of the remaining silver particles, due to their

nanometer

> > > > > size will pass easily through the lining of the gastro-intestinal

tract and

> > > > > will be absorbed into the bloodstream where they will circulate and

come in

> > > > > contact with pathogens which will be killed on contact. The silver

chloride

> > > > > that precipitates in the stomach consists of large molecules. Silver

> > > > > chloride that is not absorbed into the bloodstream will be passed out

of the

> > > > > body with solid waste. Silver chloride that does get absorbed through

the

> > > > > lining of the GI tract into the bloodstream will be removed by the

kidneys

> > > > > and passed out of the body in urine.

> > > > >

> > > > > How else can colloidal silver particles get into the body?

> > > > >

> > > > > Colloidal silver can enter the blood stream directly by at least two

> > > > > different means. The first is through the lungs by using a nebulizer

to

> > > > > convert the colloidal silver into micron size droplets and then

inhaling

> > > > > these droplets. The small size of the silver particles and silver ions

will

> > > > > pass through the lung tissue directly into the blood stream. Once in

the

> > > > > blood stream, the particles will circulate with the blood but the ions

will

> > > > > immediately combine with the plentiful supply of chloride ions in the

serum.

> > > > > Human blood serum contains a large quantity of sodium and potassium

> > > > > chloride. The chloride ions are present in the serum in high

concentration,

> > > > > typically 3500 ppm. The chloride ions immediately combine with the

silver

> > > > > ions to form silver chloride. The large silver chloride molecules will

be

> > > > > removed from the blood stream by the kidneys and passed out of the

body in

> > > > > urine.

> > > > >

> > > > > The second way colloidal silver can pass directly into the blood

stream is

> > > > > by sublingual absorption. The thin membranes under the tongue will

pass the

> > > > > small particles and ions directly into the blood stream. Once in the

blood

> > > > > stream, the ions will precipitate out as described above leaving the

> > > > > particles to circulate with the blood.

> > > > >

> > > > > Because the silver ions cannot exist for long in the human body

regardless

> > > > > of the entry mechanism, they really represent an undesired byproduct

that is

> > > > > passed from the body as waste. The ideal colloidal silver would

maximize the

> > > > > percentage of particles and minimize the percent of ions. Since

typical

> > > > > colloidal silver products contain a very high percentage of ionic

silver,

> > > > > there is a lot of potential for improvement by reducing the ionic

content as

> > > > > close to zero percent as possible "

> > > > >

> > > >

> > >

> >

>

[Guest guest]

In practice, silver ions work very well; one only has to remember the Roman

soldiers swallowed a silver coin to control dysentery. It's not about the

particles in that case as the coin would give off not nanoparticles but ions.

So, a silver solution that contains both ions and particles is desireable, and

that's what you get naturally when you make EICS

all good,

Duncan

>

> From http://www.silver-colloids.com/Papers/FAQ.html

[Guest guest]

to be scientific, though, it could have been just that one coin so we don't know

if another coin would have worked.

bG

> >

> > From http://www.silver-colloids.com/Papers/FAQ.html

>

[Guest guest]

What I was aiming at is a coin is a pretty big particle, and if we agree that

it's too big a particle to kill germs, it's the ions released off it that

benefit the user.

all good,

Duncan

>

> to be scientific, though, it could have been just that one coin so we don't

know if another coin would have worked.

> bG

>

[Guest guest]

sounds likely. there is some yak out there on silver sol docs about magnetics

and resonances of silver, too. Not sure about it. But silver does keep my

cheese from spoiling in the fridge, almost forever. I set cheese on ordinary

china plate, and put a silver cap over it, set it in the fridge. Stays free of

mold and such. Works with butter, too.

bG

> >

> > to be scientific, though, it could have been just that one coin so we don't

know if another coin would have worked.

> > bG

> >

>

[Guest guest]

Thanks for that, silver may work in close proximity, in the presence of humidity

and possibly butyric acid offgassing; this might accelerate ion-forming off the

silver.

all good,

Duncan

> > >

> > > to be scientific, though, it could have been just that one coin so we

don't know if another coin would have worked.

> > > bG

> > >

> >

>