Kumar, here’s a simple way of looking at homeopathic remedies.
Carbon monoxide is quite deadly, as CO molecules bond more readily with our hemoglobin than does oxygen, which kills you as your body is no longer getting the oxygen it needs. However, there are levels of CO that are dangerous, and there are levels that are not.
If we have a room with a CO concentration of 13000 parts per million, the room will kill you in a few minutes. But if we treat a CO/air mix like we would a homeopathic solution, that room would be safe to enter for several hours after just one dilution (128 ppm), and after two dilutions you would get no ill effects (1.28 ppm). Keep this up and very quickly you’ll get air with less CO in it than you’ll find in nature.
Medicines function the same way. If I have a headache, and I take a mixture that has 0.000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 001 g of aspirin, I’m not going to get an effect, as there’s not enough of the substance to interact with my body. Heck, let’s be generous – they were sloppy with their mix and I’ve got a solution with 0.000 000 000 000 000 000 000 000 000 000 000 001 g aspirin. It’s still not going to do anything. The substance doesn’t enter your body and say “Oh, look, I’m in a human! He’s cured!†The molecules
must interact with other molecules in the body to produce an effect, just as CO interacts with hemoglobin, and there
must be certain levels present for an effect to occur.
In the US, if there are chemicals in your work area, you’ll have binders with
Material Safety Data Sheets. These documents describe the chemicals, their properties, and how they’re dangerous. They will often list harmful or fatal doses of the chemical in parts per million. Substance A may have a lethal limit of 3,000 ppm, a harmful limit of 1,200 ppm, and a safe limit of 25 ppm.
Ask yourself – why is the substance
safer at lower concentrations, when under homeopathic logic it’s the opposite,
when in both cases you’re describing the same thing – the effect of a substance upon your body. Arsenic is safe at low concentrations because there’s too little present to have an effect. Cyanide is safe at low concentrations because there’s too little present to have an effect. Aspirin is useless is safe at low concentrations because there’s too little present to have an effect.
You’re fighting for the presence of trace amounts, not realizing that the trace amounts are meaningless.
And if I’ve completely muffed it, let's all move right along to the next post.
--Patch