Feral Tissue Protocol

Thanks to Spencer Feldman, the owner of RemedyLink, there is a new way to look at how and why the body creates tumors, a concept Spencer calls the Feral Tissue Protocol. Spencer has been investigating health from an outside-of-medicine perspective, free to think outside the box that a medical license would force upon him. His initial research looks promising against one of the top 3 major causes of diseases. Now, it’s important to realize that these methods are unproven and intended solely for research purposes. They are not medical advice, nor have they been proven safe or effective.

But based on Spencer’s intensive research, he believes he’s figured out why feral tissue grows in the human body. Why use the term feral tissue and not the common term? The word that’s typically used has a lot of baggage associated with it. When someone hears that word, they feel that their body has betrayed them, is fighting them, is hurting them. Changing the term allows you to think about and approach it in a way that’s more aligned with health.

Unlike other models that prioritize the destruction of feral tissue, this model considers the reversal of feral tissue to a benign state a “win.” That means a couple of different things:

A decrease in mass size, while it may happen over time, is not the initial primary goal. Instead, the initial goal is a normalization of blood chemistries, an improvement of energy, and a gradual, then sudden further decrease of mass size.

Spencer recommends giving this protocol at least two months. But as with any health crisis, the longer it’s been around, the longer it’ll take to reverse the actions of the body that led to it.

There are 3 fundamental triggers of feral cells, and 6 bodily programs your body turns on as a result of one of the three fundamental triggers.

Feral Tissue Protocol Fundamental Trigger #1: Short-chain fatty acids (or SCFAs).

The microbiome, your gut, if it’s healthy, will make good short chain fatty acids including lactate, butyrate, propionate, acetate, & valerate. These SCFAs are crucial for our health because they control an enormous amount of our functions, particularly in cellular metabolism.

Most people don’t have a healthy microbiome because of our environment and our modern way of life. Thanks to the antibiotics that are so readily available, pesticides and herbicides which taint all of our food sources (even organic food has trace amounts of glyphosate that rains down upon us), chlorinated water in our water taps, microplastics and the invasion of other industrial age toxins, we don’t have a healthy microbiome, and thus, we don’t make enough SCFAs.

So, what exactly happens when your microbiome doesn't produce enough SCFAs?

Feral Tissue Protocol Program #1: Receptor Upregulation.

Since your body is desperate for an adequate amount of SCFAs, one of the things it can do is create more receptors. These receptors usually attract SCFAs to them. But the problem in your body isn’t the lack of receptors, it’s a lack of SCFAs. So this Receptor Upregulation Program comes with a massive downside: AHRs.

Feral Tissue Protocol Fundamental Trigger #2: Aryl Hydrocarbon Receptors, or AHRs.

AHRs are the second fundamental trigger your body turns on as a result of a lack of SCFAs and the upregulation of receptors. The problem with these AHR receptors is that they’re promiscuous. They’ll bind to anything if it promises them SCFAs (even if it’s an obvious lie). And most of the things it ends up binding to are unhealthy and toxic.

Instead of binding to SCFAs, these receptors bind to dioxin and other poisonous toxins spawned into the world during the Industrial Age. The human body has never developed to handle toxins at all. That’s not all that happens in these sneaky AHR receptors either.

The AHR receptors and their binded toxins then trick the immune system. This makes it impossible for your body to trigger cell apoptosis (natural cell death) of feral cells. And this is why feral cells then grow out of control - causing all sorts of malfunction and even premature death when left unchecked.

What’s interesting to note here is how the body operates. From a biological and evolutionary standpoint, your body is only interested in helping you survive long enough to have - and raise - kids until they reach an age where they can survive on their own. Because of this “flaw,” the body will sometimes do things for a short-term benefit - in this scenario, the creation of feral cells as it tries to produce SCFAs - at the detriment of your long-term survival.

This is the beginning of the feral cell protocol your body enacts, not because your cells are trying to sabotage you, but because your body is desperately trying to create SCFAs. The reason the body produces feral cells in the first place is to make up for a SCFA deficiency.

If we understand why feral cells develop, why it’s actually a solution your body has enacted to protect you in the short-term at the detriment to long-term health and longevity, we might get the body to revert it to benign tissue again.

To summarize, this process starts because your body isn’t making enough SCFAs on its own, due to having a poor microbiome, because of the presence of toxins, antibiotics, plastics, pesticides and herbicides. When the body doesn’t make enough SCFAs, it turns on the Receptor Upregulation Program, which then causes AHR receptors to turn on. These AHR receptors bind to toxins instead of SCFAs which trick your cells into not activating cell apoptosis, which allows the feral cells to grow out of control, resulting in tumors and worse.

The next two Programs your body enables due to the AHR trigger include the Fermentation Program and the Stem Cell Program.

Feral Tissue Protocol Program #2: Fermentation.

The body’s next attempt to produce SCFAs is to make some cells in the body ferment as is normal in the microbiome. The end result of fermentation in the gut is short-chain fatty acids. So the body tries to do this with other cells that aren’t inside the gut.

There is, as you can imagine, a massive downside of this program. It’s an emergency program designed to turn glucose into lactic acid - one of the most important SCFAs. While your microbiome has a natural way to stop the fermentation process, your other cells do not have this “skill.”

Specifically, the SCFAs are only supposed to be made in the large intestine because the colon is designed to handle these acids and deliver them to the bloodstream slowly. And since this fermentation process is less efficient at generating energy, it needs to run 17 times faster than normal cells. This leads to the creation of an enormous amount of acid. And since this acid isn't in your colon, it causes acidity in the wrong places.

Being sedentary (or specifically, not exercising to exhaustion to create lactic acid) makes this situation worse. Exercise, if you can handle it, is important to push yourself to create lactic acid in your muscles. It’s also important to note here that your body does this for a reason: It believes the Fermentation Program will lead to the SCFAs it’s desperately seeking for.

Left unchecked, this leads into the next Program:

Feral Tissue Protocol Program #3: Stem Cells.

The first thing that happens when a tissue gets damaged - whether because of a simple cut or because of the progression of the “Feral Cell Protocol” which leads to feral tissue - is that stem cells get deployed to repair the damage.

It may be helpful to understand inflammation: It’s good and natural for acute injuries (like a simple cut) but when it becomes body-wide, unwanted consequences start rearing their ugly heads. And so it is with stem cells.

But there’s a vicious downward cycle that this process creates. As the AHR receptors start binding to toxins, the introduction of fermentation (and the acids they bring) causes even more problems, because stem cells cannot neutralize acids.

This causes more and more cells to become undifferentiated to try to deal with the rise of acids, which they’re incapable of neutralizing. And as more acids and toxins build up in your cells, the body triggers the next Program:

Feral Tissue Protocol Program #4: Mucin (as in mucus).

This program is a result of the rapid increase of acids in your body from the fermentation program. The body has a solid reason for doing this: Your intestines, lungs, and sinuses have a natural Mucin Program that they use to deal with acids. Much like the rapid creation of stem cells, the body thinks the Mucin Program can handle these acids.

However, similar to how stem cells (and inflammation) are only viable solutions for acute injuries, the Mucin Program also becomes bastardized when it’s dealing with feral cells.

Why?

Well, the Mucin Program cannot remove feral tissue from body parts outside of the intestines, lungs, and sinuses. But it’s worse than simply not being able to remove it. The Mucin Program actively worsens the effect of feral cells and feral tissue. Instead of removing the cells, it creates a protective biofilm around their home. This biofilm attracts chronic infections and also decreases the absorption of any nutrients from foods, supplements, or drugs. Now the good cells starve, and feral cells are protected.

On top of that, it also sets the next program into motion:

Feral Tissue Protocol Program #5: The Sloughing Program.

Again, due to the lack of SCFAs, your body is desperately trying to figure out a way to increase your SCFAs. But here’s the thing… Your large intestine is the ONLY place SCFAs are supposed to accumulate.

Why?

Because the large intestine has a Sloughing Program of its own, in the same way your lungs and sinuses have a Mucin Program. In the large intestine, colon cells damaged by acids are sloughed off into stool every four days to prevent them from becoming feral, which they would due to the continual exposure to the acidic environment of the large intestine.

But when your body and bloodstream has this same acid problem (caused by the turning on of the Fermentation Program), well, it doesn’t have the same Sloughing Program the large intestine has.

The result?

Feral tissue allows free floating feral cells to enter the bloodstream. What was once a great and protective program in the large intestine becomes a very dangerous program in feral tissue in any organ that’s not the large intestine.

And this brings us to our final Fundamental Trigger:

Feral Tissue Protocol Fundamental Trigger #3: pH Balance.

Like the importance of a SCFA deficiency and the upregulation of promiscuous AHR receptors, pH is a Fundamental Trigger - and as such, is one of the most important aspects of this entire process.

Your pH balance is foundational to good health even outside of the Feral Cell Protocol. In fact, pH balance may be one of the most important health metrics to track and optimize. Not just for feral cells and feral tissue, but for any other kind of illness.

But it’s especially important for feral cells and feral tissue. We’ve long known two things about cancer: An acid pH and low oxygen are two factors that are always present with the disease. We also know that clinically, if you change the pH at the tissue, you change the behavior of the feral tissue. It becomes normalized.

Now, this sounds rather simple doesn’t it? Especially considering how complex we’ve gotten over this subject up to this point. However, the solution is not quite as simple as it seems. Here’s why:

Feral cells have the weirdest relationship to pH: Internally, they’re alkaline. But externally, they’re acidic. This means that simply supplying the body with alkalinity does not cause feral cells to normalize back into normal cells. In fact, the opposite happens: Excessive alkalinity supports the Fermentation Process and speeds up creation of feral cells.

Feral Tissue Protocol Program #6: Trophoblast.

The Trophoblast Program is your body’s last attempt to supply your body with SCFAs as a direct result of a body pH imbalance.

If you’ve been pregnant before, then you might already know the term. In pregnancy, the trophoblast becomes the placenta. And there’s a surprising amount of similarities between the trophoblast and feral tissue.

They both:

Have rapid growth
Exist in a low oxygen and high carbon dioxide environment
Accelerate blood vessel growth
Show lack of contact inhibition (they don’t stop growing when they bump into their cellular neighbors)
Have limited Krebs Cycle activity
Make lactic acid

The last one is important because the ultimate goal, according to the body, of activating the Feral Cell Protocol is your body’s emergency responses to supply itself with more SCFAs. And lactic acid, as we’ve discussed, is not only a SCFA, but potentially the most important one.

Well, like many of the other Programs the body, this Program has a fatal flaw when it’s not attached to pregnancy.

During pregnancy, around day 56 (of gestation), the placenta gets a signal to stop being aggressive. So it stops invading. It stops making new blood vessels. And it starts acting like normal tissue - because if it didn’t then the mother could die (and this does happen, albeit rarely, today).

In pregnancy, around day 56, there are special pancreatic enzymes that turn off the Trophoblast Program before it can cause damage to the mother or child. Why does the fetus, which is not digesting food or eating anything, need pancreatic enzymes?

Well, these pancreatic enzymes trigger the placenta to become normal tissue again. But these enzymes don’t activate when it happens in feral tissue.

This discovery was made by Dr. Beard, who noticed this correlation years ago. And he even started injecting people with pancreas extracts that had these enzymes in them, and a lot of miraculous results followed.

Dr. Beard was then followed by Dr. Kelley and then Dr. Gonzalez before the FDA caught wind of it, and swiftly made the injections of pancreatic tissue illegal. This made people turn to supplements, but it required taking 100+ capsules per day.

That said, when you supply the body with these special enzymes, they can work as they do in the case of the pregnant mother. But this is easier said than done. Especially after the FDA banned the injections of pancreatic tissue.

So here’s the problem:

The enzymes that Dr. Beard initially injected were the precursor forms of the enzymes, not the actual enzymes themselves. The precursor enzymes are trypsinogen and chymotrypsinogen. And the “ogen” part at the end means they haven’t been activated yet.

When these doctors injected these precursor enzymes, they would go to the site of the feral tissue, and then they would get activated at the site of the feral tissue, just like what happens in the placenta. And they were triggering the feral tissue to shut down, to stop growing.

When you take the enzymes orally, the stomach converts them into the active form, and the trypsinogen becomes trypsin, the chymotrypsinogen becomes chymotrypsin.

Now we have the right enzymes, but in the wrong form. It still works. But not as well. Dr. Gonzalez was telling people on this protocol to take 150 to 200 capsules of trypsin and chymotrypsin a day. They needed to take an absurd amount because they were getting the wrong form.

That’s the bad news.

The good news?

Spencer has come up with solutions for all 3 Fundamental Triggers and the body’s corresponding 6 Programs.

Solutions for Feral Tissue Protocol Fundamental Trigger #1: SCFAs

To deal with the first trigger, a lack of SCFAs, the first potential solution is to increase your SCFAs. With an adequate amount of SCFAs, your body can turn off the first program (Receptor Upregulation) and minimize the nasty effects of the Second Fundamental Trigger (AHR).

The good news is that Spencer’s Phylamet product addresses this issue. Phylamet provides your body with the crucial SCFAs it needs including sodium L lactate, sodium acetate, sodium butyrate, sodium propionate, and sodium valerate.

In addition for this stage, use the following products:

Bicarbamet (important to take alongside Phylamet because it’s alkalizing)
Lactimet (for lactate, or lactic acid, production)
Tributyrin-X (for butyrate, or butyric acid, production)
Pokegeshi (to feed your microbes what they need)
Strata-Flora (to maintain optimal gut microbiome health)
Panaceum (prebiotic blend to support microbiome)

Solutions for Feral Tissue Protocol Fundamental Trigger #2: AHR Receptors

These are the promiscuous receptors your body creates to try and find more SCFAs, but ends up attracting toxins and chemicals and other poisons. The introduction of AHR Receptors also deactivates natural cell apoptosis (cell death) of unhealthy cells, allowing them to grow unchecked.