It’s nice to be able to breathe.

Most of us take this for granted, and only notice that we are breathing at all when we start to lose the ability. Simply getting short of breath when you run up a flight of stairs can be written off to being out of shape or overweight. But for some people an invisible boundary is crossed and stairs or not, it is undeniable that breathing is no longer as easy as it once was. A portion of this group reaches a point where they can’t think about anything else. It’s nice to be able to breathe…but they can’t.

If you’re part of that group, this article is written for you: to help you understand why you can’t breathe and how to address the root cause. It’s a 5 or 10 minute read.

I dealt with my own breathing issues until about 10 years ago. At 20 years of age, I was a regular long-distance cyclist. I rode 2 hours a day, 6 or 7 days a week and could average 200 km in 6 hours if I wanted to take a trip somewhere. In other words, I could breathe. Fast forward 10 years and I couldn’t ride a bike to save my own life. I was winded when I walked up a flight of stairs, it was impossible to hike on rough terrain and sitting still was starting to feel like exercise. In other words, I could no longer breathe, and it had crept up so slowly that I couldn’t tell you when I had crossed the line.

Then fast-forward another 10 years and the seemingly impossible happened: I could cycle, hike and breathe normally again. At the outset I wasn’t actually trying to solve my breathing issue, I was more concerned about my gluten allergy. But when, after a few years of treating myself for parasites, my breathing gradually returned to normal, I realized the extent to which breathing issues have parasites at the root of them in the same way gluten allergies do.

If you’re curious to hear the back story about this, and about some of the science I’ve used to accomplish it, I suggest reading over my 3-part article on how I solved my own gluten allergies. But in this article I’d like to talk about breathing.

Language of Breathing

You’re probably aware that there is a language of breathing, or rather of why some people can’t. Shortness of breath, exercise-induced asthma, chronic bronchitis, asthma, emphysema and COPD. You can plot these words on a line graph from least to most severe if it helps you understand them better but what do you really understand? 

They’re just words in a language and the vocabulary is full of steroids, inhalers and immunosuppressants. It’s a depressing language because it describes what’s wrong but offers no solution and there’s no end in sight, except the kind of end you’d rather not contemplate.

So I’d like to teach you a new language.

It’s all well and good to try breathing exercises, to calm your emotions, forgive your foes, let go of your past, make peace with your inner child and be in the now, or to live off of medications, but when you’ve done all those things and you still can’t breathe you’re up against a wall and something’s got to give. The prevailing wisdom is that the airways are constricted, that it’s bad luck on your part, that it’s autoimmune and all you can do is deal with it.

But is that all you can do? Have you tried getting your lung parasites out?

Parasites

In general there isn’t a familiarity with notion that parasites get into the lungs. We think of parasites as only living in the intestinal tract, which couldn’t be more incomplete. A parasite is any living organism that takes what you do need (your nutrients) and poops out what you don’t need (parasite feces, or bad bacteria), which is obviously lose-lose for you.

Parasites get into all the tissues of the body; it’s a fact of life. The intestines, yes, but also every other organ and gland including the lungs. It’s not personal–to them we’re just food and contrary to what we’ve all grown up believing, we are not at the top of the food chain – parasites are. They eat us, we don’t eat them so by definition they’re above us on the food chain.

Why else do you think medical conditions develop in some people but not others – bad luck? Autoimmune? Parasites are the “auto” in “autoimmune”, they’re what the body is attacking. Or more specifically, our immune systems are attacking parasite bacteria, their poop. After a parasite poops out its bacteria, the bacteria is still alive for a while, and causes it’s own series of issues including inflammation and lymphatic back-up. Our bodies don’t spontaneously inflame, the inflammation is the effect of live bacteria (bad bacteria) that a parasite poops out inside you which goes on to cause it’s own series of issues that are largely separate from the parasite itself. This is the essence of fibromyalgia.

Based on this fact it makes sense to interpret progressively worse breathing conditions (asthma, emphysema and COPD) as being the effect of progressively greater quantities of parasites (and/or their bacteria) in the lungs.

Lung Parasites

Since the elimination of lung parasites leads to an immediate improvement in breathing capacity (this has been extensively confirmed in clinical experience), especially in cases of asthma and COPD, it makes sense to provide a short list of the most common parasites I find in a muscle testing analysis of the lungs.

There are 5 main contributors to lung conditions:

1. Lung Fluke. In the same way that a high count of a particular sub-species of intestinal fluke is usually at the root of celiac, a high count of the lung fluke is often at the root of breathing issues. Flukes can become quite large. Shaped like a small, wet leaf up to 1 inch across, they’re the 3rd largest parasite the body can host. The image below is life-sized. They come from both fish and milk, so if you eat sushi you’re asking for one, but you don’t need to ever have eaten raw fish – a single dose of salad dressing or some sauce with an oyster base provides plenty of exposure. And then unfortunately in our culture milk products don’t tend to be consistently brought to a boil, so there’s a high chance you’ll get the one from dairy so then you’ll have one or both species (e.g. the lung fluke from fish and the lung fluke from milk). Often the only thing preventing you from getting the lung fluke from fish is that your lungs are already full of the lung fluke from dairy, and vice-versa. I have noticed at least two species in the lungs in all cases of asthma for example, so this would make sense. For clinical practitioners, muscle test the lung point for praziquantel 600mg x 17 pills, and 600mg x 32 pills, these dosages will find the two species. For the public, and for the record, I do not recommend taking those numbers of pills as that’s quite a concentrated dose and probably unsafe. This is an example of how we can use parasite medication in a muscle testing analysis to find the organism but can’t use it to treat the organism, as outlined in this article.

2. Roundworm: Different species of roundworm can survive in the lung tissue, include the pork roundworm (Trichina) and the fish roundworm. The eggs wash in from an infected meal, usually an oil product that was grown in a field fertilized with pig manure (for this reason even vegan, organic foods tend to have trichina eggs in them), when the oil wasn’t brought to a boil during manufacturing, which is almost never. This is actually quite common, so everybody has some of these organisms in them. But if you’re unlucky enough to get a high concentration of them in one spot they’ll cause a symptom. Trichina is only 1mm long but it excretes a particularly toxic form of bacteria (this is why pig manure stinks so much worse than other forms of manure) so in the lungs, even a few would cause noticeable inflammation. By contrast the fish roundworm can be 2 to 3 inches long and would cause a major, extreme lung event, so it isn’t generally found in a muscle testing analysis of the lungs. For clinical practitioners, muscle test the lung point for mebendazole 100mg x 6 pills or higher and this may (or may not) be the fish roundworm, whereas trichina tends to be mebendazole 100mg x 4 pills .

3. Hookworm is a cousin of the roundworm but instead of burrowing through the tissues like roundworms do, hookworms generally hatch in a vein or artery, bite in with their little hook teeth and then sit still and spend years growing a 1 cm long tail. Once they reach full size they continue to stay put, drink your blood and poop out bacteria, and can cause a particular burning sensation in the area where they’re lodged. It is common to have dozens to hundreds to even thousands of them nested in one symptomatic area. The more of them you have the worse the symptom will be. The main source of hookworm is dairy. Cows are riddled with them because most dairy isn’t pasteurized to a hot enough temperature to kill their eggs. When hookworms hatch in the venous tissue of the lungs they will contribute to a breathing issue. For clinical practitioners, muscle test the lung point for albendazole 200mg x 2 to 12 pills, these will all be different species of hookworm.

4. Filarial Roundworm. The filarial family of roundworms is microscopic. They are recognizable as worms but only under a microscope. The most common species a human will host is Strongyloides, and it is significantly more common than is generally understood, since the leading source of it is unsterilized black pepper sourced from crops in Central/South America or South East Asia that were fertilized with water buffalo manure, for example, that is a great carrier of strongyloides. The reason most medical testing doesn’t find strongyloides or its filarial cousins is that after an initial infection period, it generally migrates to the spinal column and lives its life there. Taking this into consideration, it can be understood why, among other reasons, stool testing comes up negative for it as does the more targeted blood serum testing. The main role of filarial roundworm in breathing conditions is that it’s bacteria are frequently evacuated through the lungs, and this adds to the general lymphatic stress on the lungs in symptomatic cases where the person is already hosting lung flukes, trichina and hookworm. I don’t remember the last time I tested an asthmatic who didn’t have all of the above 4 types of parasite expressing themselves in the lungs.

5. Tapeworm: the tapeworm can’t live in the lungs, but I have noticed in cases where all parasites are eliminated except for tapeworm that the lungs will muscle test for tapeworm medicine. This should not be interpreted as a tapeworm actually being in the lungs but certainly it’s bacteria can and does circulate throughout the body’s circulatory and lymphatic systems, and that bacteria almost always shows up in the lungs as this is one of the body’s means of flushing out bad bacteria. I am thinking of a notable case where someone I tested had been diagnosed with asthma, and then when we eliminated all the lung parasites (for the record, their breathing corrected itself after this) they were then diagnosed with no longer having asthma but with now having emphysema. The basis for this diagnosis was that fluid was collecting in the lungs, but there was no medical explanation for the source of the fluid except ‘autoimmune’. When I retested them after their diagnosis of emphysema, the lungs were testing for tapeworm medicine only (originally they were testing for all 4 of the above parasites as well), and then so was the small intestine. A reasonable explanation for this seems to be that the tapeworm in the intestinal tract was excreting bacteria (poop) which was then circulating through the body and partly washing out through the lungs. Fluid in this case could be understood to be bacteria coming from tapeworm poop in the intestines. It’s an interesting clinical example of how a parasite in one location can cause a major symptom in another. For anyone with a serious breathing issue, a tapeworm will almost always be a contributor and tapeworms can have their own challenges in elimination.

The Role of Bacteria

When you cough or get short of breath, or lack lung surface absorption area, you’re not directly experiencing a parasite, you are indirectly experiencing it. What you’re feeling are the effects of it’s poop: its bacteria. The bacteria clog, interfere with oxygen absorption and sometimes get coughed up as phlegm. This is why the invention of penicillin resolved the 19th century European tuberculoses epidemic. The lungs where full of (the Latin word for full of it is the suffix “-osus”) bacteria, and penicillin, an antibacterial agent, eliminated enough bacteria in the lungs to allow the sufferer to breath.

For many people this was the difference between life and death but bacteria weren’t the root problem. It was the parasite pooping out the bacteria that was the root problem, and penicillin did nothing for the parasite layer. Antibiotic medications don’t kill parasites, anti-parasitic medications do, and these are different classes of medications. Anti-parasite medications are usually in the ‘-azole’ class (e.g. mebendazole, albendazole) while antibiotics usually end with ‘-cillin’ or ‘-cycline’ (e.g. penicillin, tetracycline).

The point that deserves the most focus is that almost all bacteria in the human body that don’t belong there originate from a parasite, including the ones that result in tuberculosis, and taking antibiotics won’t address the root problem, however it can save your life in critical cases where an extremely high parasite load results in a bacterial count your own body can’t deal with.

To address the root problem, you have to move on from the bacterial problem and focus on the parasite layer.

Whose job is it to tell you this?

When you have a lung condition you see your Doctor and they refer you to a respiratory specialist such as a Pulmonologist. But Pulmonologists can’t find parasites, they don’t think about them, don’t look for them and couldn’t find them if they did look because parasites are predominantly burrowed into the tissues, they’re not waving at the camera on the end of a lung scope. And their bacteria are invisible. Even if bacteria show up in a swab they are not interpreted to be originating from a parasite because in 20th century medical philosophy, which we are still recovering from in these first decades of the 21st century, detrimental bacteria are not understood to be excreted by parasites; this is the single biggest oversight of that paradigm.

If it was suspected that there was a parasite involved, maybe you should have seen an infectious disease specialist. But they like a Gastroenterologist check your stools and move on so that’s not going to lead anywhere productive.

You could get a lung tissue biopsy, if you don’t mind having a piece of your already-fragile lung tissue cut out, but all a lab analysis would reveal is bacteria and this would fail to be equated with the parasite that pooped it out. They might send the biopsy to a lab for cancer-analysis but when the tests came back all this would confirm is that you didn’t have cancer. Or if the sample were cancerous you’d be talking to an Oncologist who also isn’t looking for parasites, they are in the business of tailoring pharmaceutical concoctions which, although often life-saving, are not anti-parasitic (e.g. no chemotherapy drug I know of ends with ‘-azole’).

So the Pulmonologist says your airways are inflamed, the Gastroenterologist if you’ve spoken with one says your colon and intestines are inflamed, the infectious disease specialist says nothing showed up in your stools and that for good measure you don’t have Vibrio or Yersinia Pestis (Cholera and the Bubonic Plague, which is what they can find and rather backwardly, therefore do test for), the Oncologist says you don’t have cancer and then you’re back where you started – you can’t breathe.

So you go on inhalers, steroids and immunosuppressants and then you can breathe, as long as you don’t miss a dose. Nothing has been cured but that’s okay because it’s common knowledge that nothing ever gets cured in this world. In fact even using the word ‘cure’ is a politically weighted, legally precarious notion that is best avoided.

So then you don’t get cured, and not for lack of trying – you tried! It just didn’t happen, and since it never happens for anyone else either, everyone is in good company, you’re all in the same boat and you’re there with a big elephant that nobody in the boat is talking about. And the elephant can’t breathe either.

You might assume that a deterioration in breathing capacity is a function of getting old, but this idea is easily contradicted when the same symptoms arise in someone who is clearly not old. So instead we call a breathing issue ‘auto-immune’, say it’s just terrible and blame pesticides, hormones, steroids, GMO foods, mineral-depleted vegetables, heavy metals in the water, air pollution, radiation and underwater nuclear testing from the 1960’s. It’s the toxic-body/toxic-world hypothesis and there’s no way out of that level of thinking from the thinking you used to get into it.

At that level of thinking it’s nobody’s fault, it’s nobody’s job, it just happens and you deal with it: you stop riding your bike, stop hiking, just sit still and take your medicine.

The Solution

On the surface the solution, the way I am presenting it, seems obvious and easy: get your lung parasites out. But it quickly becomes apparent that there isn’t a simple way to find lung parasites, let alone treat them.

I have developed a system of finding them that seems to be accurate: I use a muscle testing analysis of different lung points cross-referenced with the anti-parasite medications. The core science of this theory is rooted in the body’s bioelectric field. The reasoning is that if a lung muscle testing indicator point tests weak we have found ‘where’ the problem is, and if that weak response is cancelled out by introducing a particular anti-parasite medicine into the body’s electric field, we have found ‘what’ the problem is: if your lungs are testing for hookworm medicine, it probably means you have hookworm, otherwise why would you be testing for the medicine? Certainly a more official means of confirmation is preferable but since hookworm lives in the veins of the lungs (and the other parasites listed above live in the tissues or elsewhere), the only sensory confirmation you’re going to get is if you cut out a big enough biopsy sample that you’ve done serious damage to an already-fragile organ, which is barbaric. A muscle testing analysis is certainly the least invasive, and being immediate, really has no downside.

Once you have established the ‘where‘ {Lungs} and the ‘what‘ {Hookworm}, all you need is a ‘how‘, and this is where things can get complicated. Herbal treatments seldom or never work, despite what the sellers might claim. Anti-parasite medications work but don’t easily soak into the lungs, so there is a scenario where you test for the medicine, take it, but experience little or no improvement. There is a further scenario where the quantity of parasite medication your lungs are testing for exceeds a safe dosage, so for these reasons anti-parasite medications don’t usually solve a breathing issue. I overcame the worst of my breathing issues my taking anti-parasite medications but I also ran into the toxic-dosage problem, where by the end of my months of medication I still had a residual breathing issue was testing for a dosage of medicine that indicated further parasites, but the dosage wasn’t safe to take. So I had a symptom, I had found parasites at the root of it but I couldn’t treat them.

Really the only universal solution to parasites is to use electromagnetism to kill them. At the cellular level, all a medication is doing is provoking an electrical reaction so why not bypass the medicine and get right to the electromagnetic level? It was this thought process, and my personal motivation to be able to fully breathe again that impelled me to develop a treatment process that worked.

To my surprise, I now seem to be the world’s leading expert in this field, since the discoveries I have made don’t seem to have been made by anyone else, present or past. My work can be seen as a continuation of Rife’s work in frequencies, except that he laboured under so many misconceptions that it was easier to reinvent the wheel, so to speak, than build on his work. I have now solved all of the puzzles Rife didn’t, except for one: complete depth.

I seem to be able to easily eliminate parasites using electromagnetism down to a certain depth, but when the organisms are deeper, or when they are in an insulated area, of where they are themselves insulated by having a big rubbery head (e.g. tapeworm) they seem impervious to my treatment in its current form.

Fortunately lung parasites tend to be shallow, so at this stage my success rate for resolving breathing issues is around 90%. The remaining 10% of cases consistently test for having tapeworm bacteria washing out through the lungs, which causes a secondary bacterial issue that is not directly linked to lung parasites, but which is experienced as a lung symptom. Even the 10% that have a tapeworm feel proportionally better when they eliminate all their parasites except the tapeworm, but they may still medically test for having emphysema which as outlined above seems to be consistent with tapeworm bacteria washing out through the lungs.

I am holding off on turning this treatment system into a home-based technology until I address the final depth issue, which is in progress. Until then it is reproducible to consistently eliminate the bulk of the parasites at the root of a breathing issue in a clinical setting, and in bypassing months of heavy medications, this is convenient, non-invasive, immediate and therefore preferable to many alternatives. If you can make it to BC or Alberta, Canada for a clinical treatment, that might be the easiest solution. If you can’t, use this information as you see fit.

In a clinical setting, a major breathing issue can be resolved using this electromagnetic treatment in as little as 6 hours spread over two appointments (3 hrs + 3-hrs). Considering how debilitating a breathing issue can be, and how it can persist for a lifetime, it is remarkable how simple the solution has turned out to be once the right technology was available. 

So it’s simple after all…and also a little complicated. But mostly simple. And this leads me to reflect on the larger question of awareness, and the role awareness plays in healing.

Awareness

When people who adequately eliminate their lung parasites can breathe again, what do they now call their lifelong lung condition?  If the symptom is gone, is asthma still asthma? Is emphysema still emphysema? Is COPD still COPD? Or are these merely names we have invented to describe varying quantities of lung parasites that we haven’t until recently been able to quantify? But then once the parasite can easily be eliminated, what purpose does the name serve? Given the new solution I am proposing to an age-old problem, will these names start to become obsolete? I think they will.

For years I was advised by various people that my breathing issues were the result of emotional blockages, that they were the physical expression of an energetic issue related to how I communicated with the world, that my lung chakra was blocked, that I had spiritual blockages, karmic issues or emotions repressed in organ tissue. I was told all of these things and more but nothing I tried changed my symptoms. Then when I eliminated the last of my lung parasites once and for all, I was able to fully breathe again. And not until then. This is the sort of thing makes me very wary of accepting energetic advice for what is clearly a physical issue.

So then where does awareness come into the picture? I think awareness is the answer to the following question: if parasites are such an obvious cause of breathing issues (and by extension other medical issues), why hasn’t this been obvious up until now? Awareness.

That our society has failed to come to this awareness until now is not something I see as the result of a lack of information but rather of having a bias for how we interpret information. I think there is a general pretence that modern scientific theory’s basis is logic but upon closer examination, it’s basis is rooted in a dependency on the 5 senses. To be aware that there is a reality outside our 5 senses, which is really real but which is not perceptible via the senses themselves has always been a difficult pill to swallow by our sensory-dependent science.

For a non-obvious contributor like a parasite to be understood to be at the root of an obvious symptom, a mere quantative shift in awareness is not sufficient. I believe there is also a qualitative shift in awareness that needs to take place. We need to be willing to consider information from our 6th sense, the bioelectric field, which is not otherwise evident to the 5 senses we depend on for survival. It is a simple matter to understand this 6th sense by using a combination of muscle testing and logic, but to be willing to acknowledge the existence of the bioelectric field requires a certain letting go of control, since in a physical sense we define control as being sure that only what our 5 senses tell us is the case.

David Hawkins (author of Power vs. Force and Letting Go), the great spiritual teacher and muscle testing master talks about qualitative shifts when he refers to the transition between reason (499) and lovingness (500), between the linear and the non-linear. He outlines that the 400’s are characterized by reason, logic and the need to incessantly measure everything and quantify everything (particularly, though Hawkins does not make this explicit, with the 5 senses), while the 500’s embody a quality of understanding that is an intrinsically non-linear way of being, the way of compassion, lovingness and appreciation of beauty. He talks about the difficulty in measuring the 500’s – the non-linear – from the linear 400’s and uses the example of trying to measure the beauty of a symphony (non-linear) with a scientific (linear) measuring device like a thermometer.

It has been my experience that an awareness of the bioelectric field has led to an acknowledgement that there is a larger reality that the 5 senses don’t provide information about. This in turn has led to humility (e.g. I don’t know everything), to calmness (e.g. I can’t be in control of everything because my senses don’t sense everything there is), to compassion (e.g. we’re all in it together) and to an awareness that there is a big picture, whether I can see it all or not, and that the big picture is beautiful.

There is a qualitative shift in understanding that takes place when we become aware of beauty, particularly of the beauty of the symmetry in nature, and parasites are part of this symmetry. Even lung parasites. Even your lung parasites… This awareness doesn’t need to lead to fear or anger, it can lead to understanding, to appreciation, to an awareness of beauty.

When I think of breathing and of beauty, I think of a poem by Christina Rossetti: Who has seen the wind? It was the basis for the Canadian writer W.O. Mitchell’s iconic book by that title, and it nicely summarizes the process of the linear mind coming to terms with the intangible nonlinearity of the wind. In the same manner I would love to see our society come to terms with the intangibility – but linear measurability (and treatability) – of lung parasites and the role they play in breathing conditions.

And then focus easily moves to getting them out.

Who Has Seen the Wind?