RESEARCH ARTICLE
THE STEM CELL TRAP
5 Powerful Questions (and the Right Answers) to See If Stem Cell Treatments Will Work for You... BEFORE You Spend $15,000 - $50,000 At A Clinic
By Brenden Henry
An investigative report based on real scientific data and years of direct experience working with clients to heal, enhance and optimize their biology.
First things first: you must know what type of cells you need.
I want everyone reading this to ask yourselves this very important
question:
“What do you hope to gain from stem cell therapy?”
Is it:
● age reversal
● immune system restoration
● some neurological improvement
● circulatory system improvement
→If so, you will want to receive hematopoietic stem cells. These
are a type of stem cell that can differentiate into any type of blood cell ¹ including white blood cells that fight infections, red blood
cells that carry oxygen, or even lymphoid progenitor cells, which
can travel to your thymus gland (the master immune system
gland) which matures them into function T-lymphocytes ².
Hematopoietic stem cells can be given IV with good results (they
are small enough that they will not get trapped in the lungs on
first pass). This is because they are approximately 8 microns in
size ³ and the capillaries in lungs being 5-8 microns ⁴, just large
enough for the cells to pass through. It should also be noted that
these cells can change shape slightly to fit through narrow
passages.
If you are looking for:
● muscle repair
● heart repair
● more significant brain repair
● joint healing
→You want to be using mesenchymal stem cells. IV is not acceptable
with these because they are too large to pass through the capillaries in
the lungs and therefore get lodged in the lungs on the first pass. This is
because MSC’s are approximately 15-30 microns in size ⁵. While this
doesn’t prevent all of their benefits, since the cells can still release
signalling factors, it does greatly reduce their efficacy. Intra-arterial
(directly into an artery) is acceptable for these stem cells, since they can avoid pulmonary first pass. In the case of the heart muscle healing, or the brain regeneration after a stroke, you can also have a catheter
inserted up through the femoral artery all the way up near the heart or
the brain ⁶ ⁷. While many clinics may not be willing to perform this
procedure, just know that if you can’t get this treatment, your results
may not be as good as they could be. Furthermore, you should also be
aware of the risks of fluoroscopy in general, which is a type of imaging needed to perform these procedures, and exposes you to
radiation ⁸.
“Real patient example – $27,000 wasted in Panama (2022)”
I personally knew someone who was facing heart failure and had
repeated myocardial infarctions. He decided to receive mesenchymal
stem cells via the IV route in Panama and he got no noticeable benefit
from it, aside from $27,000 down the drain. Once he came on as a client, I had discovered that he had lupus, an autoimmune disease. In his particular case, he should have received the hematopoietic stem cells via IV, as the improvements and rebalancing to his immune system could’ve been valuable in helping against this immune disease. He should’ve also received the mesenchymal stem cells in an artery close to the heart for a healing effect. It really pained me to hear that the clinic he was going to did not take a comprehensive enough history nor care to accurately diagnose him before getting treatment. They just wanted to take his money and send him on his way.
Joint and Muscle Reality
For joint issues, mesenchymal stem cells are very effective, however,
they need to be administered into the joint space itself, which should
be guided with an ultrasound.
For muscle healing, they should be injected near the injured muscle.
However, even a subcutaneous injection of these stem cells is
“acceptable”, in that it's at least better than intravenous administration.
NOTE: You CAN receive a combination of hematopoietic stem cells IV
complimented with locally administered mesenchymal stem cells in
the joint space or artery.
And for the record, be cautious of any clinic advertising ‘VSELs’ (Very
Small Embryonic-Like Stem Cells). These cells are not actually embyronic and are still controversial in the scientific literature regarding their functional relevance.
Also note: For those who want the very best: even better than MSC’s
are progenitor cells of the fetal lineage. The only clinics in the world who offer these are EMcell and Institute of cell therapy in Ukraine. Due to the war with Russia, most flights into Kyiv have been shut down, making travel routes more tedious, as you must fly into a local country such as Switzerland, and then take a train all the way there.
PART I — THE DUE-DILIGENCE
QUESTIONS THAT EXPOSE 95% OF
CLINICS
1. “Can you provide a flow-cytometry report verifying cell identity?”
They should be able to provide you with a report of the following
markers and functional differentiation criteria:
Mesenchymal stem cells: CD73+, CD90+, CD105+, CD45–
Hematopoietic stem cells: CD34+
These are just some of the markers these cells express. Note: surface
markers alone are a useful starting point, but they are not definitive.
For instance, CD34 is also expressed on endothelial and angiogenic
progenitor cells, meaning CD34+ alone does not confirm true
hematopoietic stem cells. Proper characterization should include a
broader marker panel and functional validation where possible.
2. “What is the post-thaw viability of the batch I would receive today?”
In other words, how much of these stem cells are proven to be alive and well after thawing them out. The stem cells won't be much good to you if most of them are dead after thawing.
The lower the percentage, the less benefits you may receive. Let me be clear: some of the best clinics in the world, like the Institute of Cell Therapy in Tbilisi Georgia and Ukraine, are able to achieve an impressive 94% post-thaw viability, and can show you the reports. These are some of the highest in the world.
3. “Are the stem cells from adipose tissue, bone marrow, or umbilical cord?”
I do not recommend you bother with any cells from adipose tissue.
Bone marrow is okay for MSC’s if you are looking for joint repair, but it's still not the best. It has been proven that the older a stem cell is, the less regenerative potential it has. So if you’re going to get bone marrow MSC’s, you want to make sure it's from the youngest donor possible. This is why Bryan Johnson got MSC’s from young Swedish teens.
Umbilical cord blood is the best option for hematopoietic stem cells for age reversal effects and the only ones I'd recommend you shoot IV, since these are small enough to not get trapped in the lungs on first pass.
Even better than MSC’s are progenitor cells of the fetal lineage. The only clinics in the world who offer these are EMcell and Institute of Cell therapy in Ukraine. Due to the war with Russia, most flights into Kiev have been shut down, making travel routes more tedious, as you must fly into a local country such as Switzerland, and then take a train all the way there. However, its hard to beat the progenitor cells from multiple lineages if your goal is targeting a specific condition or for anti aging in general.
4. “Do you proliferate these cells in passage? Or are they directly cryopreserved?”
In the USA you will be getting cells that are instantly cryopreserved and the FDA also requires that certain types of cryoprotectants are not used (otherwise it's considered a drug that needs regulatory approval). This often results in a very low post-thaw viability.
In other countries, they may or may not proliferate them “in passage”. If they do proliferate, it means they are older cells, they will secrete weaker secretomes and factors like leukotrienes, IL-10, HGF, etc., and have a much weaker effect post administration.
I recommend you go with instant cryopreservation and, on the prior
point, high post-thaw viability, at least 90%. I also recommend you go for instant cryopreservation, no proliferation in passage.
5. “Do you precondition or optimize cells for my biological needs?”
Examples include:
• hypoxic preconditioning for neurological applications
• cytokine priming for inflammatory disorders
• antioxidant modulation for ischemic tissue
Almost no clinic does this.
Most inject unconditioned, generic donor cells.
If a clinic fails any of these 5 questions, the treatment is not based on regenerative medicine, it is based on them trying to make money first and foremost, even at the sacrifice of what is best for you!
The brutal truth clinics won’t admit
Exogenous stem cells almost never engraft or regenerate tissue in adults. At least, MSC’s don’t typically engraft. It's much more possible for hematopoietic stem cells to engraft in your bone marrow, leaving you with new younger cells permanently. HOWEVER:
The real lever for systemic regeneration is:
rejuvenating and expanding your own stem cells, so that you can make them more young and functional while also rebuilding the niche they live in.
In the past four years, I’ve helped many clients achieve better results from stem cell therapy, through optimizing and priming their biology so that it can better “accept” the stem cells, and help them to survive longer so they can engraft, and help them proliferate more once they are inside of you.
The result is an amplification that is so profound, it could be as powerful as getting multiple stem cell treatments.
I spent four years and tens of thousands of dollars developing the exact 12-pillar protocol that does this and which nobody else seems to know about, as there's no info about it being discussed by any expert, yet its backed in real proven science.
And, this exact protocol can also be used to enhance your own stem cells, so that you won’t even need to get new stem cells at the clinic. Many clients now get better objective results in their own homes than any current “clinic.”
While there are some natural supplements which claim to “enhance your own stem cells” what they are really doing is mobilizing your existing stem cells in your bone marrow, to outside your bone marrow, therefore exhausting your very supply.
I do not recommend you do this for obvious reasons. That is why my method has been proven to proliferate your own stem cells by up to 200%+ in pre clinical trials, make them more “youthful” so they are able to function more potently.
If you are interested in why it's a vastly superior approach to stem cell therapy in a lot of cases, or even how you can use this exact protocol to “amplify” the benefits you receive from stem cell therapy at the clinic, then keep reading…
Most clinics repeat the same story:
“These young stem cells will home to damaged tissue, rebuild what’s broken, and reverse aging.”
It sounds great.
It’s just not how human biology works.
Here’s what actually happens:
1. Donor stem cells almost never engraft in adults
Allogeneic MSCs survive only hours to a couple days.
They do not become new cartilage, new heart tissue, or new neurons.
Even CD34⁺ cells, which can engraft, integrate at extremely low
efficiency unless the host environment is already optimized.
2. IV MSCs get trapped in the lungs before they reach anywhere else
MSCs are huge cells at approximately 30 micrometers in diameter.
Your pulmonary capillaries are tiny at approximately 10 micrometers in diameter.
The Result is that the vast majority of your IV MSC’s get stuck in the
lungs on the first pass, secrete some growth factors until they die there, and never reach the joints, brain, spine, or organs they were advertised to help.
This is why IV MSCs feel like a “nice week or two”… and then nothing.
3. Any benefit you feel comes from the cells dying, not living
Before donor cells undergo apoptosis, they release a brief pulse of:
- cytokines
- exosomes
- trophic factors
- anti-inflammatory signals
That pulse can temporarily improve how you feel.
But it isn’t regeneration.
It’s a short-lived signal that won’t last in the long term.
4. The effects fade because the biology wasn’t fixed
Once the apoptotic debris is cleared, the effect stops.
That’s why the countless clients I’ve spoke to report:
- some pain relief
- better sleep
- reduced inflammation
- a mild “reset”
…followed by a return to baseline within a few weeks.
This isn’t the clinic “messing up.” It’s simply how donor cells behave in a compromised internal environment.
PART III — THE REAL REASON STEM CELLS FAIL (And Why Some People Get Amazing Results)
Aging isn’t caused by “not enough young stem cells in the blood.”
It’s caused by collapse of hierarchical systems that break down with the stem-cell niche following suit. The entire local microenvironment that keeps your own cells alive, flexible, responsive, and youthful declines with age.
When the niche breaks down:
● microcirculation slows
● nitric oxide signaling drops
● mitochondrial redox balance collapses
● senescent cells accumulate
● inflammation stays chronically elevated
● endogenous stem cells age and stop responding
If you decide to inject stem cells into this environment, they will almost certainly die much quicker and not work as well as they could have.
They cannot repair the niche.
They’re victims of it.
This is why two people can get the same treatment:
● one gets a dramatic result
● one gets nothing
Assuming you both go to a reputable high end clinic that passes all 5 of our questions, the difference in effect comes down to the biological environment the cells land in.
When that environment is restored everything changes.
THE BIOLOGICAL RECODE SOLUTION:
REBUILD THE BIOLOGY FIRST
This is why I built the BioRecode System: a full 12-pillar protocol
engineered to restore your entire biology, including those hierarchical systems that influence everything downstream including your own stem cells.
One pillar, Stem Cell Renewal and Restoration, restores the stem-cell environment and directly rejuvenates your own mesenchymal and hematopoietic stem cells, so they start acting young again and actually multiply.
But the real power comes from the other eleven pillars working
together.
And this happens without injecting a single donor cell.
Then, if someone chooses to add exogenous stem cells later, the results don’t just “work”, they multiply, because the niche is finally hospitable. Some clients discover they don’t even want the stem cell clinic treatment anymore… with one who has travelled to the best stem cell clinics in the world, including emcell in Ukraine, to receive dozens of injections across 3 days including all the fetal progenitor cells, stating that my approach is a much more sustainable and effective way.
To discover this unparalleled and cutting edge solution, the same system outperforming what billionaire funded labs are chasing, click the button below to:
Regenerate your own stem cells with the 12-pillar Biological Recode System
“The problem with stem cells is that you have to get new injections every few months to continue experiencing benefits. Some claim it's yearly, but I've never felt an effect that lasted more than 3-6 months. With your stem cell approach, I can experience benefits any time I want. This is great because I have a limited stipend to live on after receiving my investments for research
-Redacted”
To Rewriting Your Biology,
Brenden Henry
Former Biomedical Engineer
Founder of Peptide Science Institute