MRC_Hans said:
However, I think this thread has become very interesting. If we start with a presumed 1M preparation, could we make a list showing at which X potency each of these most virulent poisons would fall below the safe to consume level? I would love to put that up on a couple of homeopathic forums
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Well, anyone looking in my web cache might be wondering why I'm so interested in poisons. Fascinating stuff. Chemicals such as arsenic, cyanide and plutonium have relatively high dangerous doses. (Arsenic is about 15mg/kg, KCN about 10mg/kg and plutonium about 0.15mg/kg or 150µg/kg.)
Nerve agents such as sarin (
see homeland security web site) are not dissimilar - sarin's TD50 (oral) is given as 2mg/kg.
The real nasties (on a weight for weight basis) are the "natural" compounds such as botulinum toxin, ricin and tetrodotoxin (
again see homeland security). Ricin is given as 3µg/l, tetrodotoxin a whopping 334µg/kg (more than twice that of plutonium) and botulinum as only 1ng/kg (0.001µg/kg) for the type A (50,000 dalton) chain. Another real nasty is Staphylococcal enterotoxin B, at 27ng/kg.
I just compared that with Geni's information, and I see he mistranscribed the page, giving botulinum LD50 as 0.001mg/kg when it should have been 0.001µg/kg, or 1ng/kg. This makes my calculations of the necessary botulinum mother tincture to get a toxic dose out by three orders of magnitude.
So to get that dose from a 6X sugar pill (0.2ml), the mother tincture would have to be 35kg/l, and even for a teaspoonful of liquid potency (5ml), we're still at 1.4kg/l. Of pure toxin.
That's what I said, but it should have been 35g/l and 1.4g/l respectively. Possible, but in fact still very unlikely when you consider the apparent microgramme quantities in the actual mother tinctures as supplied.
(Gosh, guys, A MISTAKE!!! But hey, we had to find it ourselves, the MAS collective don't know their millis from their micros either.)
I've got most of the molecular weights but I have to go to the airport now so I don't have time to do the actual sums. Of course the very small molecular weight things like cyanide or arsenic (and actually ricin too) will have relatively low molar concentrations in g/l, compared to botulinum A at 50,000 daltons. Which means it's even
less molecules of botox needed to do the damage.
Clearly botox is the only one which is even worth calculating in terms of going realistically close to doing anything at 6X, the others will be neutralised far more quickly. I'll do the exact sums later.
Rolfe.