RE: Re: leukemia now include Liposomal Vit C process

[Guest guest]

I'd be interested in knowing the [recipes] how-to on what other items you're

doing with LET. Do you still use the lecithin? Is that the basic ingredient

(lecithin and distilled water) and then you add whatever other ingredient

you want to encapsulate? Is it always about the same amount of as the vit C?

Please expand.

_____

From: DimethylSulfoxide-DMSO

[mailto:DimethylSulfoxide-DMSO ] On Behalf Of Joyce M.

Simmerman

Sent: Saturday, December 11, 2010 5:40 PM

To: DimethylSulfoxide-DMSO

Subject: Re: leukemia now include Liposomal Vit C process

Greetings, I have done the Liposomal Encapsulated Vit C at home a few

times now with good success. I will copy/paste my notes copy/pasted

off couple diff. sites, etc. Also, Dr. Donsbach has a You-tube on it but

in 8 parts or some such and believe if I recall right that it is more

commercialized.

The process below says get the one brand of ultrasonic ... I got a diff.

one off ebay. It works, but I wish I had had the extra $$ at the time

to get the recomended one. Nonetheless it has worked & I do combine

other substances in it .. like Brite Eyes from capsules in a tea water,

filtered through coffee filter as the substitute for the water in it ..

I also add a drop or so of DMSO for eyes and ingestion ..

TThe reference in this to commercialized is just that ... its NOT the DIY:

*DIY Liposomal Vitamin C***

Commercial Encapsulated Vit C: http://www.livonlabs.com/

Here's a page summarizing the Lipsomal Encapsulation Technology or LET:

*http://www.racehorseherbal.com/Infections/LET/let.html*

" It is *simply an encasing of nanoparticles of pharmaceutical compounds

(herbs, too) by a phospholipid membrane (liposome) allowing safe passage

through the gastrointestinal tract without degradation.*

It would be the *closest thing we have to giving a pill that mimics an

intravenous* injection! Plus, liposmes could more easily assault and

penetrate many forms of infective biofilms *resulting in a very

effective delivery system against these pathological forms*. As an

example, it *has been shown that 5 grams of Vitamin C which has been

encased by liposomes is equal to 50 grams of Vitamin C that has been

given intravenously*!

Bradley has come up with a unique way to produce LET in your

do-it-yourself Lab or kitchen for pennies. Most of his work has been

done with Vitamin C. Vitamin C has very low absorbability in the

gastrointestinal tract of humans (16%). *By encapsulating Vitamin C

nanoparticles with a phospholipid membrane, we could directly by-pass

the destructive forces of the gut with Liposomal-C being directly

absorbed* into the blood stream.

He has manipulated *the natural tendency of phospholipids to form tiny

encasing bubbles (liposomes) in a water-based pharmacological solution.

The key is that these formed liposomes will automatically encase

whatever is in the water solution with it*. Thus, if you have an aqueous

solution of Vitamin C, add soy lecithin (a common form of phospholipid

easily purchased) and place the two solutions, together in even a cheap

ultrasonic cleaning unit---you will get an automatic encapsulation via

the ultrasonic waves to form Lipsomal-C. *This same process could be

used for other compounds.*

The respected researcher, Bradley writes,

" The implications are simply staggering. . .!

Our vitamin C Liposomal encapsulation protocol is as follows:

Using a small (2 cup) ultrasonic cleaner, like the ones sold at Harbor

Freight for around $30.00, we performed the following:

1. Dissolved 3 level tablespoons of soy lecithin in 1 cup of distilled

water.

2. Dissolved 1 level tablespoon of ascorbic acid powder (vitamin c) in

half a cup of distilled water.

3. Poured both solutions together in the ultrasonic cleaner bowl and

turned the unit on. Using a plastic straw (leaving the top of the

cleaner open) gently, slowly, stirred the contents. Note: The cleaner

will automatically self-stop every 2 minutes. Just push the ON button to

continue. Repeat for a total of 3 series or 6 minutes total. By that

time the entire solution should be blended into a cloudy, homogeneous,

milk-like mixture. The LET solution is now formed.

4. *This protocol furnishes about 12 grams (1200 mg) of vitamin C

product at 70%* encapsulation efficiency *or 8400 mg of the LET type*.

This solution will keep at room temperature for 3-4 days. Refrigerated,

it will keep much longer.

The homogenizing effect is so powerful that after 3 days at room

temperature, no precipitation of solution separation appears evident.

This type of sequestered vitamin c has *demonstrated to be at least 5

times more effective than any other form of orally ingested vitamin c

that we tested*. Additionally, it appears to be even more rapid in

tissue-bed availability than intravenously applications. An astounding

revelation to us! "

More details in formulating liposomal Vitamin C:

Sometimes a meniscus (layer) can form in the completed LET solution.

This can occur if the ultrasonic process is not run long enough or too

much lecithin has been added in relation to the available ascorbic acid

fraction (if one is making Vit C LET). In such case, the meniscus will

form on top in minutes after completing the ultrasonic cycle. More

commonly, a meniscus will form on the bottom part of the LET solution

overnight in some instances. One needs to continually experiment and

adjust volumes to achieve the *perfect homogenized LET solution that

will withstand meniscus layering*. Even if this happens, the *solution

is quite valuable and usable. You will just have a layer of lecithin

within the LET solution and that in itself is of medicinal value and

should not be discarded. *Feed it all!

*Lecithin is slow in forming liposomes in aqueous solutions especially

when one has not added correct amount ratios of lecithin to the

pharmacological solution to be encapsulated*. It is often natural to

find a gelatinous mass of unencapsulated Lecithin floating on top of

your LET solution. *The encapsulation process is affected by amount

ratios, temperatures of the solutions, and concentrations of the

components. One can limit this unencapsulated lecithin layer by

increasing the volume of the total water though this has a diluting

effect in the combined solution and/or raising the temperature of the

solution.*

Increasing the ultrasonic mixing *cycle may also be of value*. It should

be *noted that once the saturation point has been reached in the

solution, no amount of adjusting will cause the lecithin to continue to

encapsulate*. The guiding line for the amateur LET processor is that *it

is far better to have a layer of unencapsulated lecithin than to produce

a solution with too little, no matter how pretty the final solution may

look*. "