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Originally posted by signalfire
Like all geniuses, Linus Pauling was hated by a lot of his peers who tried to sabotage his research and conclusions. If high doses of Vitamin C cause cancer, why then don't all the other animals that literally flood their tissues with Vitamin C every minute of every day get more cancers? Do the great apes get colds? It'd be a fun question to ask a zookeeper, or Jane Goodall. I know my dogs and cats have never had a cold except one poor kitty who inhaled a lot of catnip dust.
Regarding M.D.'s, it took me 30 years in the medical field to find something out; if a person has an M.D. after their name, they are prohibited by law, subject to losing their medical licenses, if they 'recommend' a non FDA approved drug or supplement; their options are to either write a prescription for something, cut you with a scalpel or adopt the 'wait and see' approach which works great a goodly percentage of the time. If they want you to take an aspirin, they have to write a script for it; they can't tell you to go buy aspirin over the counter and take it. That's what being an M.D. in America means; it's a prohibitively narrow take on achieving and maintaining health and the reaction to people like Pauling shows what happens to people who step away from the company line...The ones that are open minded and willing to recommend non-FDA approved meds, supplements and herbs are taking a big chance. The medical advancements are not made by the status quo bunch.
Know what docs call their 'cure' for cancer? Slash and burn, which is exactly what it is. You can bet that a lot of the docs, especially the ones in the top of their classes and not arrogant, when they or their family gets a diagnosis of something serious, they use all the possible solutions out there, not just the peer reviewed crap, because they know by definition research takes years and is dependent on big pharma money to happen at all. Keep in mind that half of all docs graduated in the bottom half of their classes, and partied their way through college to a great extent. The ones that do 'continuing ed' of a true open minded nature are rare indeed.
Originally posted by shoeshiner
I'll change this because it sounds weird now that i think of it but anyway there was a guy with a similar problem and he used a glass bottle within the US or something like that, first reult when you google; liposomal vitamin c whiskey glass
Originally posted by MegaMind
reply to post by Kharron
Your link and info come from Quackwatch ... not a big fan of that site ... generally they ridicule anything other than big pharma. Typical AMA crap.
Is the quack watch founder a quack himself?
The Quackery Behind Quackwatch ...
I'm not saying there isn't any truth to what he is reporting but just wanted you to know he has a big agenda ...
edit on 6-6-2012 by MegaMind because: (no reason given)
Brooks Bradley's simple test to gauge LET efficiency of a liposomal Vitamin C solution:
1) Pour 4 ounces of the finished LET Vitamin C into a 12oz container.
2) Add 1/4 teaspoon of sodium bicarbonate into 1 oz of distilled water, stirring well.
3) Pour the sodium bicarbonate solution into the LET Vitamin C mixture, stirring.
Results: If the resulting foam reaction line from this mixture is .5" or less you will have approximately a 50% encapsulation rate of the raw ascorbic acid nanoparticles. If the foam is 3/8" or less you will have approximately 60% encapsulation. If the foam is 1/8" thick or less, you will have around 75% encapsulation.
Foam occurs when the unencapsulated Vit C reacts with the sodium bicarbonate which is added to produce sodium ascorbate. The liposome encapsulated Vit C will not react. Thus, the less foam, the more Vit C is encapsulated and the more efficient went your process. By the way, this test solution should not be discarded as it is still valuable as a medicinal! The formed sodium ascorbate is a very useable form of Vitamin C.
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.
Brooks Bradley's simple test to gauge LET efficiency of a liposomal Vitamin C solution:
1) Pour 4 ounces of the finished LET Vitamin C into a 12oz container.
2) Add 1/4 teaspoon of sodium bicarbonate into 1 oz of distilled water, stirring well.
3) Pour the sodium bicarbonate solution into the LET Vitamin C mixture, stirring.
Results: If the resulting foam reaction line from this mixture is .5" or less you will have approximately a 50% encapsulation rate of the raw ascorbic acid nanoparticles. If the foam is 3/8" or less you will have approximately 60% encapsulation. If the foam is 1/8" thick or less, you will have around 75% encapsulation.
Foam occurs when the unencapsulated Vit C reacts with the sodium bicarbonate which is added to produce sodium ascorbate. The liposome encapsulated Vit C will not react. Thus, the less foam, the more Vit C is encapsulated and the more efficient went your process. By the way, this test solution should not be discarded as it is still valuable as a medicinal! The formed sodium ascorbate is a very useable form of Vitamin C.
Brooks Bradley's simple test to gauge LET efficiency of a liposomal Vitamin C solution:
1) Pour 4 ounces of the finished LET Vitamin C into a 12oz container.
2) Add 1/4 teaspoon of sodium bicarbonate into 1 oz of distilled water, stirring well.
3) Pour the sodium bicarbonate solution into the LET Vitamin C mixture, stirring.
Results: If the resulting foam reaction line from this mixture is .5" or less you will have approximately a 50% encapsulation rate of the raw ascorbic acid nanoparticles. If the foam is 3/8" or less you will have approximately 60% encapsulation. If the foam is 1/8" thick or less, you will have around 75% encapsulation.
Foam occurs when the unencapsulated Vit C reacts with the sodium bicarbonate which is added to produce sodium ascorbate. The liposome encapsulated Vit C will not react. Thus, the less foam, the more Vit C is encapsulated and the more efficient went your process. By the way, this test solution should not be discarded as it is still valuable as a medicinal! The formed sodium ascorbate is a very useable form of Vitamin C.