How to calculate dosage from equine ivermectin paste - Webbot Discussions - Webbot Forum Community
Yes, I had seen that before, and printed it out to earlier to double check my math. My tubes were the same size. For a 1250 lb horse, 6.08g. Most of the supplies I’ve looked at were the same size.
So I figured it out per notch and then correlated it to the FLCCC protocols.
I’m saving mine for actual exposure or illness. Using Zelenko for the Quercetin/zinc etc. preventative.
good info from dr merritt, ransomnote
thanx for posting
Ransomnote wrote:
“FWIW, passing along Internet posts re dosage of Ivermectin that a FReeQ passed to me. If nothing else, it may help you find the number of mg’s of ivermectin in the tube (there’s more than one size of tube, but the instructions should help either way).
How to calculate dosage from equine ivermectin paste - Webbot Discussions - Webbot Forum Community
“
Many many thanQs, MqD !
Ping to screen grabs that MqD posted:
https://freerepublic.com/focus/chat/3989889/posts?page=1327#1327
A great article, from today, by Michelle Malkin, about Ivermectin....
Michelle Malkin: Ivermectin: Horse hockey versus truth
One of my favorite parts of her article...(entire piece is great)....
...Well, you are not a sheep either. So don’t be cowed by Big Pharma and their bought-off Swamp bureaucrats. Seriously, y’all. These are the performative actors who’ve flipped and flopped on masks, rushed experimental jabs to market, brazenly denied deadly adverse events and advocated mix-and-match booster shots as part of the most notorious junk science experiment in human history.
First things first: The government and corporate media’s repeated description of ivermectin in headline after headline as a “horse de-wormer” is pure propaganda. Yes, it is used as an anti-parasitic for animals. But ivermectin has been used to treat humans for parasitic infections for more than three decades. ....
Much more, at link....
OK, need some review here, I think there’s a math error in there somewhere....
1) the maintenance dose is 0.2 to 0.3 mg/kg, and if unwell its 0.4 to 0.5 mg/kg.
2) convert pounds to kg: lbs divided by 2.2 is kg
3) get mg per dose: multiply dose mg/kg from step 1 by kg found in step 2
4) 6.08 g tube is 6080 mg
5) 1.87% is 0.0187 and tube has 0.0187 x 6080 mg of iver in it, which is 113.7mg per tube.
6) 113.7 divided by mg per dose in step 3 gives doses per tube, for weight in step 2.
For 200 pounds, it would work out to 4.2 doses per tube.
BUT, the paste is 1.87%, not 100%, so I wonder where the math error is.
I think it is in step 5, don’t take 1.87% of the 6080mg.
maybe 113.7mg of 1.87% paste in a tube works out to way less than 4.2 doses per tube for the example of 200 pounds.
If you had 6080 mg of 1.87% paste, and wanted to know how many mg needed for 100%, wouldn’t you take 100% and divide it by 1.87% and get a factor of 53.5 to use in one of the equations?