For those with a queasy stomach, please be aware that this article contains an image of a parasite sample.

In past articles we have explored the use of a muscle testing analysis to quantify parasites that were alive somewhere inside the body. This can be helpful to try to understand the root causes of medical conditions but since we are not actually seeing the organisms themselves, the analysis is partly theoretical. There is a margin of error in terms of what we find and how we interpret the findings.

Here we will take that concept a step further and analyze parasites that have left the body and ended up, rather dejectedly, in the toilet. There is very little room for misinterpretation when the organism is right there looking up at you.

The Confirmation Triangle

A concept previously outlined was the confirmation triangle. This is a method of inference where a symptomatic organ is muscle tested for a parasite medication and a food allergy so that we can draw a logical association between them.

Inference is vital with parasites because if we want to eliminate a medical condition, such as a food allergy, we need to know which parasite is causing it. If we don’t eliminate the parasite causing the condition, this can leave us in the position of mistakenly assuming that the food allergy can’t be resolved.

The confirmation triangle, then, is essential to understanding the role that parasites play in medical conditions.

The Confirmation Circle

In this article we expand upon the confirmation triangle. Instead of analyzing 3 variables we are interested in 10. As a visual aid, it is easiest if this information is presented as a pie chart, and since pies are circular, let’s call it a circle.

The basis for this idea is that every individual parasite (or at least every group of same-species organisms) has specific attributes, but each of these falls into categories that are universal to all parasites. The 10 categories of interest are listed below.

Medication Dosage: All parasites will muscle test for a specific dosage of antiparasite medication. This quantity is frequently outside of the safe dosage range, but in a muscle test we aren’t concerned with medication toxicity since the medicines aren’t being consumed, they are only being used to find the parasite.
Antibiotic: Since every parasite excretes bad bacteria into you, every parasite will muscle test for needing a particular antibiotic. Examples are penicillin, amoxicillin and doxycycline. Remember, the point isn’t to take the antibiotic but you should understand the relationship between the parasite, its bacteria and you.
Enzyme: Every parasite will muscle test for a particular digestive enzyme. Examples are protease, lipase, amylase, lactase or cellulase. This probably has something to do with why certain parasites cause certain food allergies.
Essential Amino Acid: Every parasite will muscle test for 1 of the 9 essential aminos: histidine, isoleucine, leucine, lysine, methionine, phenylalanine, threonine, tryptophan, and valine. This is probably their preferred form of dietary protein and it explains why some people have such a bad reaction to amino acid supplements, or allergies to certain meats.
Non-essential Amino Acids—1: Every parasite will muscle test for 2 of the 18 (or so) common non-essential amino acids. Examples are collagen, arginine, taurine, etc.
Non-essential Amino Acids—2: See point 5 above.
B Vitamin: Every parasite will muscle test for one of the B vitamins (B1, B2, B3, B4 [choline], B5, B6, B7, B9, B12). Cases of extreme B vitamin deficiency make sense at this level of analysis.
Fat Soluble Vitamin: Every parasite will muscle test for either vitamin D, E or K. As with point 3 above, you will both be deficient in this vitamin and have a semi-allergic reaction to it. This explains the physiology for some people having a sun allergy (vitamin D) or hemophilia (Vitamin K).
EFA: Essential Fatty Acid. Every parasite will muscle test for either omega 3 (Ω3) or omega 6 (Ω6) fatty acids. Not only does it use them to stay alive but its use of the omegas will create 2 problems for you: you will both be deficient in that fat as well as semi-allergic to it. This is because of the parasite eating it once it’s inside you.
Metal Toxicity: As mentioned in point 2 above, every parasite excretes bad bacteria into you and these bacteria in turn cause specific heavy metals to stick to you. This is the case with every type of bacteria. There are 71 or so metals you will find.

Example: Ivermectin 14

I’ve had a chromium-loving parasite on my most wanted list for about 3 years now. Because medications didn’t work on it, finding a way to make it fall out of the human host was hideously complicated, I won’t even get into how I did it except to say that it’s amazing what you can accomplish with 45 straight days of uninterrupted research time. I guess that’s one good thing that came out of the coronavirus lockdown.

Here’s a picture of the organism. You can see the skin-like surface and a little node off to the left that is either a suction cup or a feeding apparatus.

In the image below we have a centimeter scale to show its size. It was surprisingly small. The person who donated the sample reported seeing many of them in the bowel movement.

Many… And that makes sense because a single organism wouldn’t leave a large enough footprint to cause a medical condition. Many of these could easily do so.

Confirmation Circle: Profile

Medication Dosage: Ivermectin 12mg x14 pills.
Antibiotic: Amoxicillin
Enzyme: Lipase
Essential Amino Acid: Phenylalanine
Non-essential Amino Acids—1: Carnitine
Non-essential Amino Acids—2: GABA
B Vitamin: B12
Fat Soluble Vitamin: Vitamin E
EFA: Essential Fatty Acid. Ω3
Metal Toxicity: Chromium, Element #24: Cr

Discussion

Here we will cross-reference the fields of pharmacology, bacteriology, molecular nutrition, organic chemistry and medical physiology to draw a set of inferences about the effect that a colony of these organisms could have on the human host.

Medication Dosage: Ivermectin 12mg x14 pills. The standard dosage of ivermectin is 6mg x 1 pill, so this organism would have needed 28 times the standard dosage. To put that in perspective, a 1200 pound horse is treated with 120 mg of ivermectin, the above dosage is 168 mg. What the heck is this thing??? It looks like a fluke but it is not muscle testing for any dosage of fluke medicine (praziquantel), I checked up to Praz 600mg x 1000 pills where the standard dose of Praz is 2 to 11 pills. Ivermectin is supposed only to treat filarial roundworm but this doesn’t look like any filaria I’ve ever seen, most of them are microscopic (e.g. microfilarial). Maybe it’s a new species? If anyone recognizes this organism, please let me know what you think it is.
Antibiotic: Amoxicillin. Not much to see here. About 1/3 of all parasites muscle test for amoxicillin.
Enzyme: Lipase. This is interesting since the host complained of fat gain in recent years and lipase is the enzyme that helps break down dietary fat. A sufficient quantity of these organisms could contribute to weight gain and might even be misinterpreted as a gall bladder problem.
Essential Amino Acid: Phenylalanine. This is an essential amino acid found in high concentrations in the brain. Interestingly, the host complained of extreme brain fog and reported that it completely resolved in the days after passing the organisms. This is an example of how an intestinal parasite can keep you out of Mensa.
Non-essential Amino Acids—1: Carnitine. The primary role of carnitine is in breaking down fat. It is the other (amino acid) side of the lipase coin. It is unsurprising that fat metabolism was a symptomatic issue with the human host. No amount of time on a treadmill would have fixed that issue.
Non-essential Amino Acids—2: GABA. GABA is a neurotransmitter. One of its roles is to inhibit other neurotransmitters so the brain doesn’t get overactive. When a parasite causes deficiency in a protein like GABA, this could fit into a symptom like brain fog or it could contribute to emotions like irritability.
B Vitamin: B12. This is primarily involved in DNA synthesis. Chronic B12 deficiency would cause premature aging.
Fat Soluble Vitamin: Vitamin E. A deficiency in this vitamin would affect skin repair as well as organ tissue regeneration.
EFA: Essential Fatty Acid. Ω3. The omega 3’s are essential to almost every aspect of health from hormone production to cell membrane functionality, brain tissue repair and mucous membrane health. Imagine running your car without engine oil and you’ll get the idea.
Metal Toxicity: Chromium, Element #24: Cr. One of the main roles of chromium in human health is blood sugar metabolism. The nutritional form of chromium is chromium picolinate. The body uses this to manage insulin levels. Diabetics are chronically deficient in chromium picolinate. When the body is filled with a particular species of bad bacteria (evidenced by amoxicillin in #2 above) that loves chromium, that bacteria will chew up your bioavailable/nutritional chromium picolinate, spit off the picolinate molecule and feed on the raw chromium it needs to maintain its cellular metabolism. This leaves the host deficient in chromium picolinate and toxic in elemental chromium. The host of this parasite was a non-diabetic but blood sugar metabolism was an ongoing issue and periodic fatigue was a symptom.

We can see from the depth of analysis made possible by The Confirmation Circle that we can be a lot more scientific when we have an available parasite sample to muscle test.

Follow up Note

Note: quite a number of you who I am currently in touch with have been waiting for me to notify you of this particular breakthrough. The process alluded to applies equally to the other 6-valence elements: Sulphur (S#16), Selenium (Se#34), Molybdenum (Mo#42), Tellurium (Te#52) and Tungsten (W#74). It is a significant finding as these organisms are likely to be at the root of a lot of remaining symptoms that did not resolve when the more simple flukes and roundworms were targeted previously.

If you’re one of those people, with this article, please consider yourself to have been notified. If you’d like to follow up and discuss this further, email me back and I’ll get in touch directly.