In times of trouble, sometimes the best remedy for panic is accurate information. This article does not contain information about a cure for the coronavirus virus. As far as I know, there isn’t a cure for any virus. We will however cover a way of muscle testing for viruses in general as well as examine the role that viruses play in health, and where parasites come into the picture.
The answers might surprise you. To start things off, let’s begin with a trick question: Q: How do you kill a virus?
A: You can’t, they’re not alive.
Are Viruses Alive?
The standard description of a virus is that it contains DNA or RNA, and is surrounded by proteins. The other things we know of that contain proteins are (or were) alive: plants, animals and us. But unlike more complex biological forms, a virus doesn’t fully fit the definition of being alive.
A virus reproduces itself, which is a feature of life, but doesn’t conduct homeostasis. This means that if its environment stays the same, the virus replicates but if the environment changes, the virus dies off. But if it’s not alive to begin with, ‘dies off’ is probably not an accurate description.
Think of a virus like a zombie. Zombies are already dead, so what is the point in trying to kill them? I will never understand this about zombie movies, it is one of the great, unanswered questions of my life…
Viral Proteins
But in the movies, the zombies can get you and in real life, viruses can get you too, even though they’re not alive.
If you’re having trouble conceptualizing this, it might help to understand that the proteins in viruses, like all other proteins, are made of amino acids. If we imagine a brick house, think of amino acids as the bricks and proteins as the house.
Once you understand that proteins are made of relatively inert, brick-like amino acids, it may not surprise you as much to learn that some meteorites contain amino acids, meaning that some amino acids are floating around in space. This is referenced here, in an article in Nature magazine, and here on a webpage at NASA.
This is the basis for concerns that meteorites may contain some pandemic virus, or that we might dig one up in a deep arctic ice core from 100,000 years ago.
But really, the viruses we need to be concerned about are already here.
Muscle Testing for Viruses
There are two approaches to muscle testing for viruses. 1) Testing for viruses in general and 2) Testing for specific viruses. The methodologies are the same but the muscle testing equipment needed is extremely different in each case. We will explore both ideas in this section.
1. General virus testing: This is relatively simple. It aims to answer the following question: ‘Do you have a virus?’ Spoiler alert: you probably do. We are all full of viruses. To confirm this you would need a knowledge of muscle testing, the ability to find a viral indicator point (not as easy as you might think), the ability to think in binary mathematics, e.g. positives and negatives, and then you would need to have some prescription, antiviral medication in your possession. The one I use is Valacyclovir 500 mg but any other antiviral medication will work as well.
The methodology is as follows:
1. Start by finding a strong muscle test to establish a baseline
2. Find a viral indicator point (basically, any point where you think there might be a virus, the most obvious example is a cold sore).
3. Touch the indicator point (I strongly suggest wearing rubber gloves) and while doing so, re-test the indicator muscle from point 1 above. Then:
A-If the original strong indicator point now tests weak, you’ve found a problem area
B-If the original strong indicator point does NOT test weak, you have NOT found a problem area, keep looking elsewhere.
4. If “A” above, place 1 or 2 capsules of the antiviral medication into your body’s electric field, ideally around the chest or stomach area where your bioelectric field is the most dense, and then redo the muscle test. And finally:
A-If the original weak test is cancelled out by introducing the antiviral medication, you have found a virus.
B-If the original weak test is NOT cancelled out by introducing the antiviral medication, you have NOT found a virus.
The idea here is a simple one: we are looking for a double negative, or phrased differently, a stimulus such as an antiviral medication that turns a negative back to a positive. This is the one time in your life where “two wrongs” really do “make a right” so enjoy it.
The scientific basis for this is rooted in virology, pharmacology, binary mathematics and the physics of bioelectric field functionality but if that goes over your head, don’t let it deter you from the main conclusion: if an area that muscle tests weak is temporarily corrected by introducing antiviral medication into the body’s bioelectric field, you can reasonably, logically conclude that you have identified the presence of a virus.
Considering the amount of money, anguish, uncertainty and waiting that goes into identifying viral infections, you would think that a technique like this would be more widely adopted in medical circles.
However, if you’re reading this article in early 2020, the question on your mind is probably a more specific one: is it possible to muscle test for individual viruses, such as the COVID-19, Chinese Wuhan coronavirus?
The simple answer is “no”, for the following reason:
2. Specific virus testing: While a moderately advanced muscle testing kit might contain general anti-viral medications, no kit, not even mine (which is very advanced) contains samples of specific viruses.
To identify a specific virus, you would need to have a sample of the virus itself to use for muscle testing purposes. An accurate viral indicator point, as outlined above, will always muscle test weak relative to an original strong muscle testing baseline, but when testing with specific viral samples, you will only elicit a double negative, which is what you are looking for, when you have introduced the precise viral sample that corresponds with the virus in that location.
This is stark, immediate, accurate and free. It would not only allow for identification of specific viruses but would also push antiviral vaccine research about a century ahead of where it is right now. The only reason I can think of that the world’s top virologists aren’t already doing this is that they don’t understand the scientific implications of muscle testing.
The problem with you or I doing it is obvious: we’re not equipped to handle samples of live (or as outlined above, not-so-live) viruses.
An ideal viral testing kit would have strains of the rhinovirus (the common cold) influenza (the flu), all 7 strains of the herpes virus (genital herpes, oral herpes or cold sores, shingles, chicken pox, etc) and then the serious viruses like AIDS, SARS, MERS and Coronavirus, and finally the vicious, hemorrhagic viral family that includes Ebola, as in the image below.
It would be a terrifying test kit to have, and as you can see from the list, it would need to be housed in a Level-4 Biohazard Containment facility, so not practical for anything but research.
The absence of accurate viral samples means that if anyone tells you that they can muscle test for whether you have the coronavirus, or any other specific virus, they either don’t know what they’re talking about or they are illegally handling viral samples. Either way you should flee.
Dealing with Viruses
So far, it’s all bad news: 1) Viruses aren’t alive so we can’t kill them. 2) General muscle testing will only tell us that we have a general virus, not which one and 3) No specific viral muscle testing is available, so you’ll have to go through the healthcare system. Also, 4) Whether viruses are alive or not they are nearly impossible to kill (or render inert) because they spontaneously assemble themselves electromagnetically. Watch this really cool Youtube video for a representation of how that happens, it’s 10 minutes if you’re in the mood to learn something eye-opening about virology.
The good news is apparent when we re-examine the reason viruses aren’t considered to be alive: they can’t perform homeostasis, meaning they can’t continue functioning if their internal environment changes. If you get hot, you sweat to cool down. If you get cold, your veins dilate and the extra blood flow warms you up. In other words, you can perform homeostasis. Viruses can’t do this. In fact, the reason viruses cause a fever in us is that our immune systems are trying to increase our internal temperature so the virus will disintegrate, since the virus can’t cool itself.
The practical question, then, is this: besides waiting for your body to get a fever, is there anything else you can do to be less susceptible to a virus?
Well, there is. But to understand how and why, we need to zoom out from the content of the virus itself to the context in which the virus is a problem.
Viruses in Context
One of my discoveries in my research clinic has been that there is a causal relationship between parasites, bacteria, heavy metals and viruses.
Simply put, you have parasites living in you, and unlike the zombie viruses, parasites really are alive. If you want to get an idea of how many parasites you probably have, check out this article.
(1) Parasites excrete waste, which is full of (2) bacteria. For you, this is bad bacteria. Bacteria in turn absorb and excrete (3) heavy metals, causing them to appear to stick to you. Finally, it appears that (4) viruses thrive in an environment of heavy metals. So if we were looking to draw up a causal flow-chart, it would go something like this:
1) Parasites = 2) Bacteria = 3) Heavy Metals = 4) Viruses.
The 3rd and 4th categories are intrinsically linked. It appears that some viruses thrive in an arsenic-rich environment. Others thrive in a mercury-rich environment, or Lead, Cadmium, Thallium, Bismuth or 70+ other heavy metals.
Once we understand this, there are numerous possible approaches to managing our viral load. Working backwards:
4: Viruses. The current approach is to treat them with general antiviral medications, or targeted vaccines. This isn’t always helpful but it’s better than nothing. The questions it doesn’t answer are why a virus flourishes in one person and not another, and how we can make ourselves less susceptible to them.
3: Heavy Metals. We can try chelation, using prescription medications like DMSA, EDTA or DMPS. Since viruses feed on heavy metals, that might take the edge off the viral symptoms. A more long-term metal detox approach is to try supplementing with metal binders like activated charcoal or the greens products (Barley Greens, Chlorella, Spirulina or Wheat Grass). This may bind up some of the metals in your system, and may starve the virus of its food source, giving you much-needed relief if you are symptomatic, but it won’t solve the underlying question of why these metals are sticking to you. This question is only answered one rung down on the ladder.
2: Bad Bacteria. We can try eliminating the bad bacteria using antibiotics, or natural products that have antibacterial properties like echinacea, goldenseal, ginger or garlic; and we can also take the approach of replacing the lost good bacteria using probiotic supplements, or eating lots of yogurt, but watch you don’t get parasites from the yogurt because most of the milk used to make it isn’t boiled above 100°C/212°F. For more on that issue, see this article.
The question this doesn’t answer is where all that bad bacteria is coming from? If it were a one-time bacteria influx, your immune system would handle it. For there to be a continuous, never-ending source of bacteria in your system, that has to be coming from somewhere inside your body. That’s where the parasite comes in.
1: Parasites. We all have them and there are tens of thousands of sub-species. Getting them all out can be a challenge, particularly if you’re using medications and relying on stool testing, but I can speak from experience and say that when I eliminated two particular species I was hosting for years, I no longer had to deal with two particular medical conditions: celiac, which was caused in my case by intestinal flukes, and ulcerative colitis which was caused tissue roundworms in the wall of the large intestine. For an in-depth write up on my experience with gluten allergies, check out this article.
The direct relationship between parasites and viruses is not immediately obvious, but if we consider the sequence in order it makes a lot more sense.
1: Parasites. You host a number of parasites. They poop bad bacteria into you.
2: Bad Bacteria. Are alive, and distinct from their parasite hosts. They absorb heavy metals.
3: Heavy Metals. There’s no point trying to avoid the periodic table because you’re living in it, and it is you. But these metals will stick to you when bacteria absorb them as a food source.
4: Viruses. Thrive in an environment that is rich in heavy metals. Different viruses are adapted to live in (and feed on?) different heavy metals. This has been my discovery, I’m not aware that this is something virologists understand and it is probably why none of them have ever figured out how to kill/cure a virus. For the record I can’t either, but I think that principle is what the research needs to focus on.
Proactive Healthcare
It’s hard to talk about proactivity when the world is in reactive, toilet paper buying anti-virus panic mode, and it’s particularly hard to understand why people are buying toilet paper for a virus that gets in your lungs. Kleenex would make more sense, no?
However, proactively speaking, there is no way to kill a virus since it isn’t alive to begin with and if you clicked the link on the video above (here it is again) you will see that even if a virus were somehow shattered (using sound, electromagnetism, etc), it would spontaneously reassemble.
So your remaining choices are:
1) Hide away at home and hope you don’t get it. This isn’t practical over the long term; you’re going to have to come out eventually.
2) Take the vaccine they come up with and hope for the best. Personally, I don’t have a problem with a vaccine, but I would want to get it muscle tested on myself to confirm it wasn’t harmful—a muscle test would identify if it were somehow toxic.
3) Get your heavy metals out as a lifestyle. This can be time consuming, and perhaps disconcerting when you realize that the light metals (e.g. Lithium, Beryllium, etc) are just as bad for you as the heavy ones. You can’t avoid the periodic table.
4) Try to manage your bacterial levels as a lifestyle. Just don’t have too much garlic or you might find people are maintaining social distancing with you long after the pandemic is over.
5) Try to keep your parasite burden low, so there are less bad bacteria, less heavy metals and less chance for a virus to flourish in your body.
There are reactive things you can do, like stay at home or at least avoid social contact, wash your hands and don’t touch your face, but none of this should come as news, and none of these actions will change your internal biological climate. When you reemerge into society, viruses are out there waiting for you. They always have been and they always will be.
Really, in my opinion, if you want to lower your long-term susceptibility to all viruses, lessening your parasite load is the best proactive advice you’re going to get.
That’s all for today. Good luck, try to stay healthy.
-LC