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The bolus theory: How injection mechanics may explain vaccine injury · Cultural Wars | America Out Loud News

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  Well, hello, everyone, and welcome to the Ten Penny.
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• 0:30
  Sherry Tenpenny.
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• 2:17
  So with that, let me introduce to you today's guest for our conversation today is the visionary author, researcher, and strategic thought leader in health technology and innovation, Mark Giraudeau, who's to talk about his book The Needle's Secret, The Bolus Theory Revolution, a pioneering investigation that reveals critical flaws in vaccination and why vaccines harm some but not others.
• 2:47
  Mark, welcome so much to the Tenpenny Files.
• 2:50
  Thank you for joining me here today.
• 2:52
  Thank you.
• 2:52
  Thank you for having me again.
• 2:54
  So you have used your extensive history to formulate a new a new um a new theory on vaccine injury.
• 3:04
  Can you restate what the bolus theory is?
• 3:06
  I know we had you on your show before, but this is a new platform and a whole new audience.
• 3:10
  So it's a whole different group of people.
• 3:12
  So restate what the bolus theory is in the simplest forms, and what happens during an intramuscular injection.
• 3:22
  Let me let me try and and and uh shock uh everybody.
• 3:25
  Everybody is scared of snakes.
• 3:28
  And snakes, when when uh why are we scared of snakes?
• 3:32
  We're we're scared of snakes because when they bite us, when they inject us with poison in the muscle, uh we often die.
• 3:45
  Uh but the the the the you know I don't want to be too sarcastic here, but uh frankly um what's the difference between a snake injecting poison into the deltoid and a doctor injecting the vaccine which is poison into the deltoid.
• 4:01
  Is the is the poison uh going isn't the poison staying in the muscle, like you know, doctors tell us they don't.
• 4:11
  We we've known that for what millennials since the dawn of time.
• 4:16
  Uh we've we've always known that snakes, when they bite you, um the dose of poison can go intravenous.
• 4:26
  It can go directly to the heart, you can go to the lungs, you can go to the brain.
• 4:31
  And so the bolus theory um really builds on that.
• 4:38
  It's it's I I've worked uh through the the vaccine injured and and the autopsies and the um uh the observations of many uh researchers to to try and understand why some people were harmed and why some people weren't, why did some people have cancer and why did uh people not get cancer when they were injected with these vaccines?
• 5:04
  And what I've discovered through uh robust and and very thorough root cause analysis, I've I've discovered that it's because the delivery technique is different.
• 5:20
  Is is is sorry, the delivery technique is flawed.
• 5:25
  And um so let me go through, let me try and tell your audience how it's flawed and and what happens when you when you get injected.
• 5:36
  Wait, the first thing that uh doctors have seem to be ignoring now is the fact that when you insert a needle into the muscle, you're going to cut through capillaries and and vessels and blood vessels, quite a few of them.
• 5:54
  Um in my in my recent simulation, I've calculated about about 5,000 of them within the one-inch needle.
• 6:03
  Now, when you inject a product into a sealed environment like the muscle, and that you have you've opened up an exit with low pressure into those capillaries, naturally.
• 6:18
  Um, the venom or the vaccine is going to flow directly through those capillaries into your blood circulation.
• 6:30
  And it's going to go to your um your heart, your right chambers can go through your lungs.
• 6:37
  It's going to then go back to the left chambers of your heart, cross, always cross the RT and the large arteries and be disseminated throughout the organs and the systems.
• 6:50
  And that's really a problem.
• 6:54
  Because what it is, it's a Russian roulette.
• 6:58
  Sometimes it, you know, sometimes part of the dose is going to be completely disseminated and nothing's going to happen.
• 7:07
  Um sometimes it's going to be concentrated and it's going to hit and carpet bomb that area and tell your immune system to destroy the entire area.
• 7:18
  And so depending on how intense the hits are, how repeated the hits are, you're going to have more severity or less severity.
• 7:29
  Now, what is truly um still mind-boggling to me is that I've been talking about this for about four years now, and the public health authorities are being ignoring it.
• 7:43
  Uh, when the reality of it is that it's very simple.
• 7:47
  The reality of it is we're using an antiquated delivery technique from the dark ages.
• 7:55
  We it's you know, injecting a vaccine, or supposedly high technology into uh into human beings and and and industrializing it.
• 8:06
  Um with a technique that is it's not standardized because every single injection is going to be different, every muscle, every deltoid is different, every injector is different, you can have different speeds, and we'll see later that speed is extremely important.
• 8:22
  So it's not standardized.
• 8:24
  Um it's not calibrated, but some because you know it it goes to some get more of it in different places.
• 8:33
  Um it's not root compliant, which is is extremely important and what and was discussed at ASIP in September.
• 8:42
  Um what is the biodistribution of these these uh nanoparticles?
• 8:48
  The vaccine.
• 8:48
  Why is the vaccine going to the heart?
• 8:50
  Why is it going to the brain?
• 8:52
  Well, guess what?
• 8:53
  Yeah, it's it's it's it's 50%, according to my latest simulation, at least 50%, which actually also um uh matches the the test on the mice is goes IV within an hour.
• 9:08
  So it's not it's not compliant, and it's not um uh on the route side, and it's not compliant on the destination side.
• 9:16
  It's supposed to target muscle cells and stay there.
• 9:21
  It doesn't.
• 9:23
  It actually hits mostly anterior cells, which is the wall linings of of your um uh of your capillar of your blood vessels of your circulatory system, as well as uh occasionally stem cells.
• 9:39
  And that's a that's a very, very big deal.
• 9:42
  Now the last point I want to make on on in this introduction is uh this is easy to fix.
• 9:50
  Right?
• 9:51
  This is easy to fix for all most all vaccines and many injectables.
• 9:57
  And the other uh point that I want to make.
• 10:00
  Is um this delivery problem is not related, is not limited to COVID vaccines or to vaccines in general.
• 10:09
  It applies to all the injectables with different different severities, but still it's uh it's a massive problem, and we've been doing that wrong for over a century, and we've harmed billions.
• 10:24
  This is the most catastrophic uh medical malpractice in the history of the world.
• 10:30
  And we've probably we've probably hurt, maimed and killed more people with this technique than any other things in the world in the history of mankind.
• 10:44
  Can't hear you.
• 10:48
  That's really a big statement.
• 10:51
  It really is.
• 10:52
  Would this also apply to like injectable penicillin and injectable vitamin D and things like that?
• 10:59
  Are you specifically limiting it to uh like liquid solutions like vaccines?
• 11:06
  No, it it's not limited, it has different um um severities.
• 11:12
  Uh vaccines are extremely uh dangerous and toxic because every single particle um either it's LNPs or or uh uh or or various um you know virus-like particles keep their cetotoxic potential, and so they they don't dilute as much as other sometimes proteins or toxins uh which do.
• 11:38
  Uh nonetheless, even silline injected intravenously can be dangerous.
• 11:44
  So it's just a question of what I I call the magnifying glass effect, is anything concentrated can be harmful.
• 11:54
  Um if if you inject vitamins or anesthetics or steroids um and or or epinephrine, and it gets to an area that's not supposed to, in a concentrated way, it'll do damage.
• 12:09
  It'll kill cells, uh, or it'll trigger uh a domino that that's that's not supposed to be triggered.
• 12:17
  So, you know, that's that's why snakes evolve to with this technique to to actually try to to uh to catch a prey is bypassing uh nature's defenses against poison.
• 12:32
  You know, you that's what you you recently set up a simulation on intermuscular injections to help um clearly not only to to study this, but to clearly make it identifiable to show other people like me and the lay public.
• 12:50
  Can you explain what you did and why what these models have shown um sure the the I I did what is called a multicalo simulation, which is like throwing dice.
• 13:03
  Um and I did that um in total 15,000 times, uh but I did 10,000 um times the first eight minutes, um, which is the what I call the expansion bolus, which is the most dangerous part is when you inject and you push on the plunger, how much of the dose goes directly intravenously during that first expansion of of the dose.
• 13:32
  It was extremely, of course, it's it's only a simulation, it's not reality, but it what's interesting when you when you do a simulation is is and you calibrate it well, and what I did is I calibrated all the all the way through at each steps with real data with real observations.
• 13:52
  So I I know I'm not too far off in terms of orders of magnitude.
• 13:57
  So there's a few things that were interesting.
• 14:00
  The first point that was very interesting is it forces you to think through what's happening.
• 14:07
  And one of the things um that I had missed out was how the um how the the bolus would be actually broken down in small boluses as micro boluses at each heartbeat.
• 14:24
  So basically, you have a flow of liquid, each heartbeat cuts it off into a like a uh a block, and then this block is sent to to the lungs, and by going through the capillaries is again it's split again.
• 14:40
  So in my simulation, on average, I I think about 230,000 microboluses are sent off.
• 14:50
  It's an estimation um from the left ventricles into the body, uh catapulted, right?
• 14:59
  And crossing each time crossing uh the aorta and the large arteries, uh, which is severely hit.
• 15:07
  That wasn't that's another thing that I I've really come to realize is there's a huge difference um between the central path of the aorta and the large arteries because everything that leaks goes through there, right?
• 15:27
  It's only one or two meters long.
• 15:29
  After that, it's all sent out and disseminated through I don't know how many thousands of kilometers of capillaries.
• 15:36
  So it's a bit it's it's so you which actually helped me understand um uh something I couldn't get in my uh wrap my head around.
• 15:45
  And it was the difference between white clots which would show massive damage to um to the endothelium and to the vascular systems, really long and and millions, millions of cells that are destroyed.
• 16:01
  And and what was found in you know in this book and notably in all the the um uh the autopsies, which was which are extremely small damage in the in the organs.
• 16:15
  And and so that that that was for me very uh uh um an eye-opening because the the first victim of the of the of the vaccines in terms of organ is actually the cardiovascular because it is hit every time.
• 16:33
  And in the first, in my simulation, in the first eight minutes, um sorry, in the first hour, there's about four million hits, which is compared to the 10 million, 10 billion sorry, nanoparticles, that seems like relatively small, but that's a huge amount of cells destroyed in a central area, which means that it explains why why so many Americans have aterosclerosis because it we're harming them systematically always there.
• 17:11
  I mean, some people are hit, everybody's hit about a bit everywhere, but after that it's really something more of a uh a Russian roulette, right?
• 17:20
  It's some sometimes you're hit more in the brain and you get Alzheimer's, sometimes you're um you're hit um in the gut and you have something else.
• 17:29
  But here's going to get harmed.
• 17:33
  The last thing I learned from that as um the this simulation is the huge discrepancy the speed of injection makes.
• 17:44
  So if you inject very quickly, you're gonna send 14% of the dose, according to my simulation within eight minutes.
• 17:54
  That's 1.4 billion nanoparticles.
• 17:56
  That's huge.
• 17:57
  That's huge.
• 17:59
  If you um if you do it slowly, you're gonna let the dose expand slowly into the muscle, and you're just going to send 300 million, which is five times less.
• 18:10
  And that's that's that's a world of difference.
• 18:14
  It seems, you know, it's it's a bit, I know it's a bit uh uh technical and boring, but it is that makes it a make or break.
• 18:23
  That you know, the difference, it's it's crazy um how just a simple detail of you having uh you know a nurse injecting you slowly or fast, um, which is seemingly uh uh you know mundane, but it's not.
• 18:40
  It can be uh you know life-changing.
• 18:43
  Wow.
• 18:44
  You know, you have can you've considered this to be a root cause of a lot of conditions, um, that it really is something, uh particularly when you think about we start injecting babies at birth, and we give them uh like up to 48 vaccines by the time they're six months of age, and over 60, I believe the count is by the time they start kindergarten, and you consider this like a root cause that can cause a whole bunch of different types of diseases.
• 19:12
  How can you answer that scientifically with a robust explanation of how it can cause so many different types of pathologies?
• 19:23
  It's um it's you know it it's a question of which which domino is kicked off.
• 19:34
  Okay, so a lot of the um I've just said too something which is very important.
• 19:40
  Depending on where you're at, you're gonna have um extremely intense hits in the arta and the in the large uh arteries or disseminated hits and and maybe some hits sometimes a bit.
• 19:55
  So there's a there's the first area that's that has something.
• 20:01
  Which is extremely special, which is longitudinal harm around in the in the uh arteries.
• 20:08
  We've we've never evolved for that.
• 20:10
  We've never evolved, you know, typically when you get bitten by a snake, you die.
• 20:14
  You don't evolve for that.
• 20:16
  So here.
• 20:20
  Depending on variety of scenarios, what what's driving is the repair is abnormal.
• 20:27
  It we've since we've never evolved for that.
• 20:30
  You're gonna have too much repair going you know upstream or not enough downstream.
• 20:37
  Um that's gonna justify uh many things, notably uh trombosis, um, but is also going to, for example, uh create fistula fistula is simply that you have too much um growth factor, revascularization factor upstream, uh because you've had such a huge wound, but it's longitudinal.
• 21:02
  So when the repair comes, it's a bit like you're focusing all the ambulance at this at the last cars of the cr of the crash that I've crashed, you know, you have a hundred cars crashed.
• 21:15
  Well, you're you're gonna send all the ambulance and they're just gonna take the last car that crashed your last few cars, but they're gonna be they're not gonna take care of the first people who crash because they won't be able to access it.
• 21:26
  So that's that's already, you know, it's that explains classification, that explains thrombosis, that's thrombocetopenia, that explains um anarhytms, white clots, and all of that.
• 21:40
  But then after that, there's damage.
• 21:43
  Um, you know, you're you're sending 200,000 of those, uh, that's for the Pfizer vaccine.
• 21:50
  Um in my estimation, two over 200,000 microboloses.
• 21:54
  And 5% of those are going to go to the brain, and 15% or sorry, 5% of those are going to go to the heart, 15% are go to the brain.
• 22:03
  Um, then it's uh it's a uh you know, it's a roulette, it's gonna hit everywhere.
• 22:09
  And and clearly, you know, the data um shows that everybody's brains were uh sorry, everybody's hearts uh had leaky capillaries, which means everybody's hearts have been hit, but some people are hit more, and some people are also um have difficulty repairing.
• 22:32
  It's uh there's you know, in this in this um uh dynamics, there is the damage and then the capacity for the body to repair or not to repair in time or or um or in in space.
• 22:49
  Um so that that's why you know some people are hidden in the brain, sometimes in in the gut, but it's the same fundamentals in the guts or in in the in the organs, you're gonna have either uh trombosis or microtomosis gonna kill off the cells.
• 23:11
  Uh, because you once you do a trombosis, you're blocking off the blood flow, and because you're blocking off the blood flow, you're depleting the cells of and of oxygen, of energy and nutrients, and they die.
• 23:27
  So wherever that's going to happen, and depending on how wide the damage is, you're going to to kill part of the function or totally, or the total function.
• 23:39
  If it's your heart, you're dead, of course.
• 23:40
  But if it's your uh pancreas, um it's gonna, you know, you're gonna you're gonna have insulin uh issues, you're gonna have type one diabetes or or you know, or kidney failure if it's in the kidneys.
• 23:54
  You can also have a different type of damage, which is you've you've only, if I could say only, and you you've uh the um the T cells, the immune system has destroyed the lining, but in the capillaries.
• 24:12
  And here um that's that's a big problem because that lining in the capillaries is the blood tissue barrier.
• 24:20
  It plays a fundamental role in all the organs.
• 24:24
  Um it's it's it's different and distinct in each organ as it filters some elements that are required for that organ in particular.
• 24:34
  Um sometimes it's it's tighter in the brain, for example, it's extremely tight.
• 24:39
  Um in the testis, it's extremely tight to avoid um inflammation in in the brain, for example.
• 24:46
  And so when you break down that blood tissue barrier, um, two things are gonna happen.
• 24:54
  You're gonna let in elements in the blood that by definition are toxic because they're not filtered, right?
• 25:03
  If if if we were granted a barrier uh there, is it was to stop things from in the blood to from entering.
• 25:12
  And if you have elements that enter a tissue that are foreign, uh your immune system is going to react.
• 25:21
  It's going to create inflammation, it's gonna try to clean up the mess.
• 25:25
  And that's what people call another immune disease.
• 25:28
  An autoimmune disease is not your immune system going uh haywire or or doing anything wrong.
• 25:36
  It's because it's reacting to elements in your tissue that are not supposed to be there.
• 25:41
  So the problem with that um is and depending on where that leak is, um, you're gonna have you know arthritis, joint pain, or you can have leaky gut if it's in the gut, or you're gonna have Alzheimer's, Parkinson's, and and all of these if it's in the brain.
• 25:59
  Now you're not only you're gonna have inflammation, but another domino is depending on um the area, you're gonna have degeneration, um, especially in areas where T cell um the sorry stem cells are not very um present, um, then you're gonna have notably in the nerves or in in the brain, in the heart.
• 26:24
  Um, then you're you're this inflammation over time is is gonna build up degeneration, and you're going to again have necrosis.
• 26:35
  You're gonna kill off cells, but that's gonna be extremely progressively, just like in some neuropathies or ALS or um or Alzheimer's and other.
• 26:46
  Now, there's a last, you know, if if you open a door, you have a leak in, but you also have leak out.
• 26:53
  Um Mark, hold that thought right there.
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• 34:35
  America Outloud dot news is that place to awaken your heart, soul, and mind to the outlook.
• 35:20
  Mark is an expert in strategy and innovation with a career spanning industry, information technology, and the automotive sector.
• 35:28
  He has served on business advisors as an as a business advisor to global companies and startups, including those in the biotech sector.
• 35:38
  Having become a whistleblower during the pandemic, he has penned more than 100 articles, earning him the best of 2021 award from Biz News.
• 35:47
  He also has a substack with more than 25,000 followers and subscribers and more than two million views.
• 35:55
  So his background and analytics would allowed him to be able to put all of these pieces together in a way that no one has before.
• 36:03
  The Needle Secret is the result of over 10,000 hours of volunteer research.
• 36:09
  So Mark, welcome back to the show.
• 36:12
  We're glad that you could use that brilliant mind of yours and all the different innovations that you've that you've that you've studied and learned to apply them towards this really important concept of injection injury.
• 36:32
  You have a front door and a back door.
• 36:38
  How does the uh Bolis theory apply to something like type 2 diabetes and other types of cardiovascular disease?
• 36:48
  In the in the case of type 2 diabetes, isn't it's an interesting um illness because the it's both the leak in and the leak out.
• 37:00
  Um first let's let's talk about the leak out.
• 37:03
  So if you have um a leak in the pancreas um in the blood tissue barrier there, physic, it's a physical leak, okay?
• 37:17
  It's it's it's it's just it's disappeared.
• 37:20
  The T cells have destroyed that lining, and it's not doing its it's it's not playing its role of filtration in and regulation out.
• 37:29
  So it's not regulating insulin anymore, and therefore every um every elements of insulin, every molecule of insulin that's produced by the beta cell is released into the bloodstream.
• 37:45
  Now, again, you know, in the bullish theory, there's there's different for each problem, there's a different domino, right?
• 37:53
  And so if you have too much insulin into the bloodstream, your body's going to react.
• 37:59
  And of course, your cells are gonna lose out their receptors.
• 38:02
  And what's what is that gonna be called?
• 38:05
  It's gonna be called insulin resistance.
• 38:08
  Not really insulin resistance is your body's adapting to the fact that you're overproducing insulin.
• 38:14
  So that's the leak out.
• 38:17
  But at the same time, you're gonna have an autoimmune disease because you're gonna have leak leak in of elements that are not that don't belong into the beta cells.
• 38:28
  And you it's you're gonna have inflammation.
• 38:31
  Uh, your immune system, the immune system is going to react and try to clean the mess that's coming in every time you eat stuff, and that's you some of the elements start circulating to your bloodstream.
• 38:44
  But since they're not filtered by that um endetelium layer anymore, it's they're entering and they're creating chaos.
• 38:52
  And as I said earlier, the same phenomenon of degeneration is going to happen.
• 38:58
  In the end, you will end up with losing those beta cells and becoming, you know, basically type one diabetes.
• 39:07
  So it's it's what's what's really interesting about the BOA's theory is you have one first domino, and then it can kick start other dominoes, and then you have different contributing different areas, uh, different products or different um uh um uh contexts um and different contributing factors that make up the um the extreme variety of those illnesses.
• 39:38
  But there is a common ground.
• 39:41
  Here's common ground.
• 39:43
  Well, what would that be?
• 39:45
  What is that?
• 39:45
  Well, the common ground is is that those ways to harm your bodies because fundamentally um you know the this is this is testing the limits of our
• 40:00
  Body's capacities.
• 40:01
  That's what it shows.
• 40:02
  It shows that whether it's venom, whether it's a vaccines, whether it's another injectable, the results are the same.
• 40:19
  And your body wasn't capable of fixing that damage.
• 40:24
  Well, you know, Mark, thankfully, not every single injection causes permanent illness or causes a long list of things like diabetes and heart disease.
• 40:33
  Not every shot that somebody gets makes them severely ill.
• 40:37
  But what are the factors that drive severity?
• 40:42
  Well there's different element.
• 40:45
  The first element is on the injection itself, how fast it's injected, how big it is, and where it lands.
• 41:00
  In my book, I use an analogy in modern painting, going from Soulage, the French painter that painted everything black, just which was basically what happens with a white gloss is you've you've transfected or you've infected entirely every single cell in the in the arteries and destroyed them.
• 41:23
  And sometimes it's going to be Jackson Pollock, and you're going to have a thousand cuts.
• 41:27
  And sometimes it's going to be very small dots.
• 41:30
  But so there's there's that, how it lands, how big it lands.
• 41:36
  There's where it lands, because some uh some organs are more sensitive than others, of course, the brain and the heart and the liver and and and special and and the kidneys are you know life critical organs.
• 41:50
  Some organs are are you know if if if you hit a muscle can be painful if you can hit a joint, it could it be life-changing, but it's not gonna kill you.
• 42:02
  So the the sensitivity of where it lands makes a difference.
• 42:06
  But also there's there's an element of scale.
• 42:10
  So harm is always about scale.
• 42:13
  You you can have scale because you you know, you can have scale because you have a little leak of blood, and over 10 days or two weeks, uh you're just gonna bleed out without knowing it, like it almost happened to my best friend.
• 42:29
  So or you can have scale because you've you've completely um you've damaged so many endothelium cells that you're triggered a huge coagulation cascade.
• 42:40
  I mean, I've I've it was interesting.
• 42:42
  I I read last week that um uh platelets are used about 100,000 platelets per square milliliter, millimeters.
• 42:52
  And so when you look at trombocetopenia, you can do the calculation of how many platelets actually got used to uh along, you know, to to try and calculate the damage of people.
• 43:03
  Um and it's colossal.
• 43:06
  We're talking uh you know, square feet of antithelial damage.
• 43:10
  So the scale, the ski, that's what we're talking about.
• 43:13
  There's another um element of scale is is if if you if you contaminate cells that can themselves scale, and those are stem cells.
• 43:25
  Stem cells are your you know, your um uh the the closest thing to what your your parents or the parents our parents uh uh created us and there are our genetic matrix and they can scale.
• 43:42
  I mean, some multipotent can scale uh extraordinarily.
• 43:47
  If you contaminate them, then they will be able to create considerable damage because they will scale the damage.
• 43:56
  Um and that's the definition of cancer.
• 43:58
  And I can go into more detail if you want me to explain my new cancer theory, but it's it's very clear.
• 44:06
  This is this is these are the elements of severity.
• 44:12
  You also have a really interesting theory about obesity.
• 44:17
  That's most the one the way most things about obesity.
• 44:21
  Tell us about that one.
• 44:22
  Oh, that's uh I should take my joker here on this one, I know I'm gonna take a lot of flack.
• 44:28
  Um look, I I think it evidently obesity is related to how much you eat, okay?
• 44:35
  So nobody's discounting that.
• 44:37
  But I I do think um that, first of all, having lived in the US in the 70s, I I don't think the food was any worse than it is any better than it is today.
• 44:48
  Um right, there are no diet cokes at the time, there are no um there are no organic food.
• 44:54
  Um so I'm not so sure, you know, 50 years ago if if the US population ate much better than they do today.
• 45:02
  I would challenge that assumption.
• 45:04
  So I I I and I also think that people think that you ingest um what you ingest is is necessarily integrated into your body.
• 45:15
  But your intestines are not your body, they're not inside your body, they're actually outside your body.
• 45:20
  There's a lining, right?
• 45:22
  And your body um, our bodies are extremely well, you know, designed, uh, whether it's God uh designed it very, very well.
• 45:34
  And it's not because you overeat that it's gonna take everything, right?
• 45:39
  It's gonna select um on the chain, it's gonna select what it needs, and it has limited capacity to to intake.
• 45:47
  It's not gonna take everything because it needs to process it.
• 45:51
  Um notably fat.
• 45:54
  Fat needs to be processed, um, and it needs to be integrated very slowly via the lymphatic system.
• 46:02
  Now here's my assumption, and it's a conjecture, I admit, but I I'm I find it I find it very um intriguing and I think interesting.
• 46:17
  Um if you have leaky gut, right, you are it's a physical leak, okay.
• 46:25
  So again, leak in, like leak out.
• 46:28
  Leak outs, you're gonna have um you're gonna lose out some of your blood elements, you're you're gonna have immune cells that are in contact with uh some of your biome and and it's gonna create inflammation.
• 46:41
  Okay, so that explains very well why people who have um who have leaky gut have inflammation.
• 46:50
  It makes complete sense.
• 46:51
  But you're also going to have leak in.
• 46:55
  And in the leak in, there are two things that I I immediately, or three things.
• 47:01
  One, you're gonna have gluten uh before it's actually processed, if it's early in in your intestines.
• 47:09
  So that explains, you know, gluten intolerance because uh because it's you're not supposed to integrate into your bloodstream, gluten in surreal natural form.
• 47:22
  You're also going to have bacteria, right?
• 47:26
  And that explains why people who have leaky guts have many, many infections and and you know, the risk of of um of sepsis.
• 47:36
  But the last point is also interesting is what about fats?
• 47:42
  Why would what would stop fat from entering?
• 47:46
  Nothing.
• 47:48
  And if fat enters in its process form or it's unprocessed form, especially, that explains ectopic fat.
• 48:02
  And and of course if you live, you know, in Silicon Valley and your mom is is extremely into vegan food or extremely balanced food, well, you know, you you might have leaky gut, you might have some some inflammation, but fundamentally you're not gonna get too much fat uh over fat, right?
• 48:27
  But if if if your mom is is is struggling and and and feeds you uh junk, then the fat is going to accumulate, or and it uh or if you have bad habits, it's gonna accumulate.
• 48:42
  So what I'm trying to say is I think that explains the obesity crisis in the United States and the growing also in the rest of the world, is it's to a certain extent, it is partly the responsibility of the people because that's what they eat, but it's somewhat unfair um because they're damaged, and their body doesn't have the capacity to restrict the fat they're intaking.
• 49:12
  And I think that's something worth looking into.
• 49:15
  By the way, when I wrote my last article on obesity, I found a very intriguing um research, uh German research that had done um that had put ultra-obese uh people who are suffering uh from leaky gut, and um it put them on a on a low calorie diet, and and and after three months, um they're learning they're no longer leaky guts.
• 49:46
  And immediately their weight started to drop very considerably.
• 49:52
  Because naturally, of course, the the body then can actually manage, but there's no way the body can manage extra.
• 50:00
  Fat coming in and not being processed.
• 50:04
  So that's that's my take on obesity.
• 50:08
  That's interesting.
• 50:10
  Well, it's something very different.
• 50:11
  And again, you know, your theories are both very different, but very plausible and things that require more in-depth study.
• 50:18
  We're coming down to just the last few minutes of our show on our time here today.
• 50:23
  But according to your research, which protocols are showing the most promising for review for reversing uh bolus induced damage from particularly vaccines.
• 50:35
  The you know, there's a lot of damage people from the COVID jab, but from any other type of you know, children that are damaged from all of the other vaccines.
• 50:43
  What is the most promising protocols?
• 50:45
  We've only got a couple of minutes left.
• 50:47
  So give me a question.
• 50:48
  So I'm gonna be um well, if if it's if it's endothelium damage, if it's aterosclerosis, um uh the the uh the most promising are the uh fibrinolytics, so natokines uh and all of that, even though there are precautions to take because those uh those are going to dissolve the the clots, the the fibrin, and sometimes there are issues uh because there's a reason why there's coagulation.
• 51:18
  Uh so I I if people want to look into that, they can go to my substack.
• 51:22
  I talk about that.
• 51:23
  So that's for these for most of the the leaky uh vascular system, um, the capillaries, uh, you know, all the autoimmune diseases, uh, neurodegeneration disease, endocrine disorder, um, oxygen therapy, hyperbaric, or normal barracks, so just with an oxygen concentrator, um, as well as all the techniques that are going to stimulate your stem cells.
• 51:51
  And you and you can stimulate your stem cells in a variety of areas.
• 51:55
  The oxygen is stimulating all your stem cells.
• 51:58
  Then you have stem cells in your feet.
• 52:01
  That's why walking is so great.
• 52:04
  Walking with great shoes with comfy shoes, so you don't damage your feet, but you stimulate stem cells.
• 52:11
  Um, and there, you know, there's many people who are uh you know, proposing cayenne pepper in the feet, etc.
• 52:17
  There's a tremendous um what's the right term?
• 52:22
  Uh capital of stem cells in the feet.
• 52:25
  There's tremendous capital of stem cells in the gut.
• 52:28
  Um so here, either making um the those are you know, and many other elements, coffee, green tea, all these things that people have been taking for many years.
• 52:39
  Um, or fasting, actually, fasting is probably the most powerful one there.
• 52:44
  Um, and in terms of cancer, um, because cancer, because my my theory is that you contaminate stem cells.
• 52:54
  Well, all the the therapies that are going to um trigger um stem cell differentiation so that your immune system can attack them.
• 53:04
  So oxygen can help, um, but also all the antiparasitics, uh so edamic tin again, fabendoza, um, etc.
• 53:14
  So there's there's those are very quickly the the three the three areas.
• 53:20
  How do you how would hyperbaric help the most?
• 53:25
  Hyperbaric can help the most.
• 53:27
  Uh, you mean in which in in which um illness?
• 53:32
  Just overall healing in your protocols.
• 53:34
  You mentioned oxygen and oxygen therapies and hyperbaric and normal barric.
• 53:39
  Uh what does the oxygen do to that?
• 53:43
  The the oxygen is is actually the the uh the the way you stimulate your stem cells, okay.
• 53:50
  For for example, when um when your skin uh starts to erode, right?
• 53:57
  Oxygen penetrates and triggers um keratocyte stem cells so that they start building again.
• 54:04
  There's new so it's when you when you you play sports, it's healthy because you're over ex uh oxygenating.
• 54:12
  So um so it does three things.
• 54:17
  It it's going to stimulate stem cells that are going to be helpful for revascularization.
• 54:22
  That's why the FDA approves it in in the case of radiotherapy.
• 54:27
  So if it if you know, if there's necrosis for, you know, what's who cares if it's for radiotherapy or something else, it's gonna work.
• 54:35
  So it works for necrosis and necrosed uh tissue.
• 54:40
  Um very important.
• 54:42
  It's going to trigger stem cells, endotelial stem cells.
• 54:46
  So it's going to repair those capillaries, those blood tissue barriers that are leaky.
• 54:52
  So it's going to stop and and and correct Parkinson's Alzheimer's, ALS, all these illnesses are supposedly incurable.
• 55:03
  Um so it's going to do that.
• 55:05
  It's going to that's a hypothesis, it's conjecture, but I've seen it work on a friend of mine who had cancer and she she improved very, very quickly with oxygen.
• 55:17
  It's going to differentiate tumors.
• 55:22
  Um, and by differentiating tumors, those those are going to start expressing um uh things that the immune system are not going to lie last, and so they're going to be attacked.
• 55:33
  So that's in my opinion, extremely promising.
• 55:37
  Um, and it's also going to stimulate your immune system, which is extremely important.
• 55:42
  So, Mark, we've got like one and a half minutes left here.
• 55:45
  So, I want that want you to tell people where is the best place that people can go to buy the needle secret, the bolus theory revolution, and then tell them where your substacks are because you've written voluminously, and where can people learn more about this topic and the problem?
• 56:01
  Okay, so my my substack is called the the bolus theory series.
• 56:06
  Um or you can go to my profile on X and find it there.
• 56:11
  Uh, but normally if you look at it, if if Google doesn't shadow bans me too much, uh yeah, I should be uh accessible.
• 56:20
  Um so yeah, there's a lot of content there on different um um problems, uh different illnesses.
• 56:27
  My book is is accessible um or available on Amazon uh in uh English and French and Spanish.
• 56:36
  Oh, very good, very, very good.
• 56:38
  So that people can read it from all over the world.
• 56:40
  Well, I want to thank you so much for your work and bringing these interesting topics that deserve further input um investigation because um it could answer a lot of a lot of health problems for a lot of different people.
• 56:53
  So thank you so much for joining me here today.
• 56:56
  I and uh talking about this in detail.
• 56:58
  And I want to thank all of our listeners and viewers who have been here with us today to listen to this very interesting and unique topic, the bolus theory.
• 57:06
  Go out and get the book, um, go out and read it because when you read it, there's lots of diagrams and pictures in the book that may help you to understand it and explain it a little bit more detail.
• 57:16
  So with that, I want to thank everybody for being here.
• 57:19
  I want to close out with one of my favorite verses from the Bible.
• 57:21
  I close every one of my podcasts with, whether they are live or prerecorded, which is Romans 12 12.
• 57:27
  Rejoice in hope, be patient in trouble and be persistent in prayer.
• 57:31
  We'll see you again here tomorrow on AmericaOutloud.news and iHeartRadio.
• 57:35
  We'll see you over there on my platforms at DR10petty.com, DR10pity uh uh dot substack.com, and also on X and Instagram at Busy Dr.
• 57:46
  T.
• 57:46
  So we'll see you again tomorrow or the next time on the tempity files.
• 57:51
  Have a good rest of your day, everyone.
• 57:52
  Goodbye and God bless.