Detecting language using up to the first 30 seconds. Use `--language` to specify the language Detected language: English [00:00.000 --> 00:03.680] This is a presentation I've been wanting to do for some time. [00:03.680 --> 00:07.880] I've been telling you for many months that the SARS-CoV-2 vaccines do not activate production [00:07.880 --> 00:09.600] of memory T cells. [00:09.600 --> 00:12.520] Today we're going to talk about the science of why that is. [00:12.520 --> 00:13.680] We're going to do this in three parts. [00:13.680 --> 00:21.360] The first part is that the body does not act or do things the way people might want it [00:21.360 --> 00:23.800] to do things or wish it would do things. [00:23.800 --> 00:28.240] We're going to talk about the fact the body does things in the way that it does them. [00:28.880 --> 00:34.000] We're going to talk about the physiology of why the vaccines do not activate production [00:34.000 --> 00:34.880] of memory T cells. [00:36.240 --> 00:42.720] We're going to talk about some of the studies that falsely claim that the vaccines [00:42.720 --> 00:45.280] do activate production of memory T cells. [00:45.280 --> 00:52.400] We'll start with the fact that the body does things the way the body does things. [00:52.400 --> 00:57.200] The way people's brains wish the body would do it or hope the body would do it or maybe [00:57.200 --> 01:00.240] think it should do it their way is irrelevant. [01:00.240 --> 01:06.720] And I'm going to use this to explain why the vaccines do not activate production of memory [01:06.720 --> 01:07.520] T cells. [01:07.520 --> 01:13.200] The first part is that the body does not act or do things the way people might want it to [01:13.200 --> 01:14.240] do things. [01:14.240 --> 01:18.240] I'm going to use the issue of dementia to illustrate this point. [01:18.240 --> 01:25.120] Now, if you follow physiology, you know that dementia has been on the rise and dramatically [01:25.120 --> 01:32.800] so and estimates are I think they're saying by 2030, there will be a 40% increase in the [01:32.800 --> 01:34.480] number of people diagnosed with dementia. [01:35.200 --> 01:40.000] There was a day that dementia was virtually unknown until somebody was like 90 or 100. [01:40.000 --> 01:46.160] The reason we're seeing far more dementia and earlier is because of the things that [01:46.160 --> 01:48.480] we choose to put in our mouths the way we eat. [01:48.480 --> 01:51.040] And let me explain why that drives dementia. [01:52.160 --> 01:57.520] There is a substance that accumulates in the brain given the way we eat called beta amyloid. [01:57.520 --> 02:02.320] So beta amyloid, when it accumulates, it stops the neurons from communicating. [02:02.320 --> 02:07.600] And then when enough neurons are unable to communicate, that is then diagnosed as what [02:07.600 --> 02:09.120] we call dementia. [02:09.120 --> 02:14.560] Why is beta amyloid building up in the brain at rates never seen historically? [02:14.560 --> 02:19.760] If you go back 50 years, 70 years, 100 years, if we could have looked at the brain in those [02:19.760 --> 02:22.320] days, we would have found virtually no beta amyloid. [02:22.320 --> 02:24.640] So why is it now? [02:25.200 --> 02:27.600] The answer to that is what we eat. [02:27.600 --> 02:32.960] The typical diet, especially in Western nations, is people eat diets that force their blood [02:32.960 --> 02:34.800] sugar up dramatically. [02:34.800 --> 02:39.040] And then in response to that, because high levels of blood sugar are actually toxic to [02:39.040 --> 02:42.800] the tissues of the body, the body has to go into an emergency mode to bring that back [02:42.800 --> 02:46.240] down somewhere close to baseline so it produces insulin. [02:46.240 --> 02:50.560] The higher you drive your blood sugar level, then the more insulin has to be produced by [02:50.560 --> 02:54.960] the pancreas to drive that blood sugar back down somewhere close to baseline. [02:54.960 --> 02:59.680] Lots of people between meals and snacking, they can do this four, five, six, eight, nine, [02:59.680 --> 03:01.200] ten times a day. [03:01.200 --> 03:04.080] High blood sugar, high insulin, then the blood sugar comes down. [03:04.080 --> 03:05.840] Then high blood sugar again and high insulin. [03:05.840 --> 03:10.560] Okay, so understanding that pattern, guess what is not healthy for the brain? [03:10.560 --> 03:12.880] Right, high insulin levels. [03:12.880 --> 03:17.520] And that brings us to an enzyme called insulin degrading enzyme, or IDE. [03:18.160 --> 03:22.880] IDE is produced throughout the body, but for the sake of this discussion, it's produced [03:22.880 --> 03:23.760] in the brain. [03:23.760 --> 03:29.760] And we know that what IDE does is it disables part of the structure of insulin so that it [03:29.760 --> 03:34.640] no longer performs as insulin and then it's no longer a threat to the tissue of the brain. [03:34.640 --> 03:38.400] So these four, five, eight, ten times that people drive their blood sugar up and then [03:38.400 --> 03:42.800] that produces high insulin and the high insulin then saturates the brain, IDE has to go in [03:42.800 --> 03:46.000] there and disable the insulin for the health of the brain. [03:46.880 --> 03:49.680] Now, how does that relate to beta amyloid? [03:49.680 --> 03:53.200] If we presume that mankind has existed for hundreds of thousands of years, I personally [03:53.200 --> 03:58.800] believe mankind has existed for millions of years, on the timeline of human history, [03:59.600 --> 04:05.520] driving blood glucose up, insulin up, then blood glucose again, insulin again, blood [04:05.520 --> 04:08.800] glucose again, insulin again, this cycle, doing it again and again and again and again [04:08.800 --> 04:09.680] in a single day. [04:10.800 --> 04:15.760] In the timeline of human history, that has existed in like the last couple minutes. [04:15.760 --> 04:18.640] Okay, it is a very modern phenomenon. [04:19.200 --> 04:24.480] In fact, speaking anthropologically, increasing blood glucose levels, anything more than a [04:24.480 --> 04:29.840] trivial amount was virtually unheard of for the lion's share, probably 99.9% of mankind's [04:29.840 --> 04:32.720] history up until the last hundred years or so. [04:33.360 --> 04:39.760] So for hundreds of thousands of years or millions of years, the human brain did not need to [04:39.760 --> 04:43.920] produce IDE in any particular large quantities. [04:43.920 --> 04:50.320] A trivial amount was used, IDE actually does several things and the body science is unclear [04:50.320 --> 04:54.240] on a lot of them, but we know that it disables certain components in insulin. [04:54.560 --> 05:01.600] We also know that it clears beta amyloid from the brain, but it is produced in the brain [05:01.600 --> 05:08.400] in small amounts in anticipation of clearing out any trivial beta amyloid that builds up [05:08.400 --> 05:09.040] in the brain. [05:09.040 --> 05:15.040] So now you've got a limited amount of IDE, but then you're constantly saturating your [05:15.040 --> 05:22.320] brain day in and day out, multiple times a day with insulin, which requires every last [05:22.320 --> 05:27.840] drop of insulin degrading enzyme to deconstruct the critical parts of the insulin and render [05:27.840 --> 05:28.560] it safe. [05:28.560 --> 05:32.080] So how much IDE is left to clear beta amyloid from the brain, the plaque? [05:33.120 --> 05:34.480] Yeah, none. [05:34.480 --> 05:38.240] So the beta amyloid plaque continues to build up and build up and build up and build up [05:38.240 --> 05:38.880] and build up. [05:38.880 --> 05:42.800] It shuts off the neuron communication and then the doctor says to you, at whatever age [05:42.800 --> 05:45.600] you're at, I think you're in the starting throes of dementia. [05:46.160 --> 05:52.080] I'm sure we would all love it if the production of IDE was on some sort of a rheostat so that [05:52.080 --> 05:53.600] you could turn it up. [05:53.600 --> 05:57.200] If you're saturating your brain in insulin time and time again, so all the IDE has been [05:57.200 --> 06:02.720] taken up by the critical task of deconstructing the insulin, but yet there's all this beta [06:02.720 --> 06:04.160] amyloid building up. [06:04.160 --> 06:07.920] Wouldn't we love it if we could just like turn a rheostat and say, okay, brain, start [06:07.920 --> 06:09.280] producing more IDE. [06:10.080 --> 06:11.120] We'd all want that. [06:11.120 --> 06:12.000] We'd all wish that. [06:12.000 --> 06:13.040] We'd all desire that. [06:13.040 --> 06:14.720] You could do whatever the hell you wanted, right? [06:15.280 --> 06:18.320] But that's not how it works. [06:18.400 --> 06:24.720] The body produces only the amount of IDE that is genetically coded to produce and no more. [06:24.720 --> 06:30.400] So if you flood your brain day in and day out multiple times a day with, you're saturating [06:30.400 --> 06:34.400] your brain with insulin, and so all the IDE is consumed in that critical task and there's [06:34.400 --> 06:38.480] none left to clear the beta amyloid from your brain, yeah, you have a choice. [06:38.480 --> 06:42.000] You can go into early dementia as we're seeing more and more people do and lose your mind, [06:42.000 --> 06:45.760] literally, or you can stop that dietary process. [06:46.400 --> 06:51.840] Despite the establishment narrative that they're working to stop dementia is so hard and we [06:51.840 --> 06:57.120] don't understand what we do, except if people just simply took stock of what I was saying [06:57.120 --> 07:01.440] and made appropriate changes in their diet, well, then big pharma wouldn't be able to [07:01.440 --> 07:06.160] make looking forward billions and billions and billions of dollars on some nutty dementia [07:06.160 --> 07:09.280] medication because, of course, Americans don't want to actually be healthy. [07:09.280 --> 07:10.960] They don't want to change anything to get healthy. [07:10.960 --> 07:11.760] They just want a pill. [07:12.240 --> 07:16.880] So you understand that the body does what the body does, whether we wish or hope it [07:16.880 --> 07:17.680] would do something else. [07:17.680 --> 07:22.640] With that behind us now, let's get on to the fact that the vaccines do not activate production [07:22.640 --> 07:23.360] of memory T cell. [07:23.360 --> 07:25.840] This is a very complex subject. [07:25.840 --> 07:31.760] However, rather than spend a ton of time breaking down all the minutia of the science, [07:31.760 --> 07:35.040] most of your eyes would glaze over and you wouldn't be interested anyway. [07:35.040 --> 07:38.240] I'm going to describe it in a way that hopefully every single person can understand. [07:38.880 --> 07:43.280] First, a quick recap on what, super quick recap, what memory T cells do. [07:43.280 --> 07:49.920] When the body encounters a pathogen that can cause disease, the body's adaptive immune [07:49.920 --> 07:55.200] response, if it gets past the innate response, the body's adaptive immune response then takes [07:55.200 --> 07:58.960] over and it marshals a number of different forces. [07:58.960 --> 08:03.840] It's sort of like it brings in the aircraft and then it brings in the artillery and then [08:03.840 --> 08:05.040] it brings in the infantry. [08:05.680 --> 08:08.960] All of these are different kinds of antibodies and affect our T cells and so forth and we're [08:08.960 --> 08:10.160] not going to get into all that. [08:10.160 --> 08:16.400] However, once the battle has been joined and the pathogen has been defeated, the body has [08:16.400 --> 08:18.160] to record two things. [08:18.800 --> 08:24.320] Number one is the identifying characteristics of that pathogen so it can respond rapidly [08:24.320 --> 08:27.520] if it encounters that pathogen a second or third or fourth time. [08:27.520 --> 08:31.120] The other one is exactly what forces were marshaled to defeat it. [08:31.120 --> 08:32.720] We're going to talk about that more in a moment. [08:33.360 --> 08:37.840] If you've watched my earlier presentations, you know that neutralizing antibodies, whether [08:37.840 --> 08:42.800] they're produced naturally without a vaccine or whether they're produced pursuant to a [08:42.800 --> 08:48.480] shot of vaccination, neutralizing antibodies fade away in time, what we now hear the news [08:48.480 --> 08:49.920] calling waning. [08:49.920 --> 08:58.560] So you can imagine without memory T cells, there is zero protection once the neutralizing [08:58.560 --> 09:00.480] antibodies fade away, once they wane. [09:01.120 --> 09:06.320] And you might imagine that's a problem because what happens then without those memory T [09:06.320 --> 09:12.400] cells, every time the body encounters that pathogen, it's brand new all over again. [09:12.400 --> 09:16.800] It's like Groundhog Day for the immune system without the happy ending. [09:17.360 --> 09:24.080] What makes that dangerous is that the initial response to a pathogen always takes longer [09:24.080 --> 09:30.080] to develop and to defeat the pathogen than if it has been recognized previously and then [09:30.080 --> 09:34.720] the body is able to immediately recognize it and immediately marshal all the correct [09:34.720 --> 09:36.080] forces to defeat it. [09:36.080 --> 09:41.520] And the result of that is a person, instead of the body knocking out that pathogen instantly [09:41.520 --> 09:44.480] and not feeling anything, didn't even know that they were infected. [09:44.480 --> 09:48.240] Instead of that, they can develop the disease that the pathogen creates. [09:48.800 --> 09:54.240] In other words, a person who's been vaccinated and then doesn't continue to get those injections [09:54.320 --> 10:00.080] as time then goes by, the neutralizing antibodies wane, the protection wanes, [10:01.120 --> 10:07.680] and then your body's looking at that particular pathogen as if it had never before been infected. [10:08.320 --> 10:15.280] Imagine how somebody would feel if they were vaccinated and then got a second shot and then [10:15.280 --> 10:21.680] got a third shot, maybe got a fourth shot and said, you know what, I'm not doing this for [10:21.680 --> 10:24.400] the rest of my life, so every six months I'm not taking another shot. [10:25.040 --> 10:26.160] So they stop. [10:26.160 --> 10:31.520] And six months, eight months, ten months, remember all that time the neutralizing antibodies [10:31.520 --> 10:35.040] created by the vaccine wane and there are no memory T cells. [10:35.040 --> 10:40.720] If they decline ongoing vaccination, after a period of time, not only do they have no [10:40.720 --> 10:46.000] protection from infection, they have no protection from the disease that the pathogen causes. [10:46.640 --> 10:49.280] Obviously not a positive outcome. [10:49.840 --> 10:54.560] Onto the physiology of why vaccines do not activate production of memory T cells. [10:54.560 --> 10:55.360] Let's start with this. [10:56.320 --> 10:59.040] All viruses are unique. [10:59.040 --> 11:06.160] That's what allows mankind science to differentiate between virus A, virus B, virus C. [11:06.160 --> 11:10.640] Today that's done primarily by RNA, but that's not how the body necessarily does it. [11:10.640 --> 11:14.640] Depending on the virus and how people choose to look at what are individual characteristics, [11:14.640 --> 11:22.560] there are about 16 to 19 different individual identifying characteristics in the anatomy [11:22.560 --> 11:23.600] of a virus. [11:23.600 --> 11:29.680] Without getting too complex, that can include size, shape, surface proteins, [11:29.680 --> 11:31.440] internal structure, etc. [11:31.440 --> 11:36.960] And all of those characteristics are used by the body to identify a pathogen. [11:36.960 --> 11:40.480] The next thing I'm going to say is it's going to be a little bit science-y. [11:40.480 --> 11:41.200] Don't sweat it. [11:41.200 --> 11:42.240] Just hang with me. [11:42.240 --> 11:44.000] I'll make the rest of it clear after that. [11:44.640 --> 11:47.520] When the body encounters a pathogen, for the sake of this discussion, [11:47.520 --> 11:48.960] we're going to limit it to a virus. [11:49.600 --> 11:52.480] The B cells, when they come in contact with that virus, [11:52.480 --> 11:56.560] they engage in something called clathrin-mediated endocytosis. [11:56.560 --> 11:58.720] It's not important that you remember that. [11:58.720 --> 12:03.680] In short, what it means is the B cell takes up the virus into itself. [12:04.320 --> 12:08.320] Then it begins to deconstruct the virus, to break it down, [12:08.320 --> 12:14.480] and catalog all of those individual identifying characteristics we talked about a moment ago. [12:15.440 --> 12:19.600] Once it identifies all those individual characteristics, [12:19.600 --> 12:27.040] it then blends them with MHC molecules and transfers that combination over to CD4 T cells. [12:27.760 --> 12:33.840] The B cells disassemble the virus and identify and catalog the individual characteristics [12:33.840 --> 12:35.040] of that virus. [12:35.040 --> 12:39.920] And then they bind them to MHC molecules and transfer it to the CD4 T cells. [12:40.640 --> 12:47.120] That process of breaking down and identifying and then combining the complex with MHC molecules [12:47.120 --> 12:53.040] is what I refer to as the B cells creating a pathogen profile. [12:53.040 --> 12:58.000] It's like when police run somebody's record and they see all the different places they've lived [12:58.000 --> 13:02.960] and different states and driver's licenses and criminal prosecutions and convictions [13:02.960 --> 13:04.000] or lack thereof and so forth. [13:04.000 --> 13:07.520] They get this whole profile on the suspect they have in custody. [13:07.520 --> 13:11.600] Well, the B cells have their suspect in custody. [13:11.600 --> 13:19.040] They build on the spot that pathogen profile and transfer it to the CD4 T cells. [13:19.680 --> 13:23.360] CD4 T cells are really cool because they differentiate into a number of different other [13:23.360 --> 13:25.280] kinds of T cells that have various functions. [13:26.000 --> 13:31.520] One of the various forms of T cell that a CD4 T cell can differentiate into is a [13:32.080 --> 13:33.280] memory T cell. [13:33.280 --> 13:35.600] However, and this is the critical part of this whole thing, [13:36.560 --> 13:45.680] absent a pathogen profile, a CD4 T cell will not or maybe I should say never differentiate [13:45.680 --> 13:49.920] into a memory T cell because there's nothing to keep in memory. [13:49.920 --> 13:51.520] There's no pathogen profile. [13:52.240 --> 13:58.880] When that pathogen profile is handed off from the B cells over to the CD4 T cells, [13:58.880 --> 14:01.920] that is the trigger, the signal that says, [14:02.000 --> 14:06.320] Hey, CD4 T cell, guess what you're going to differentiate into? [14:06.320 --> 14:11.840] Yeah, now that you got this pathogen profile, turn yourself into a memory T cell. [14:12.400 --> 14:18.080] In the absence of a CD4 T cell receiving a pathogen profile from the B cell, [14:18.080 --> 14:21.040] it will never differentiate into a memory T cell. [14:21.040 --> 14:26.240] As I'm sure you're aware, the SARS-CoV-2 vaccines don't cause the body to produce [14:26.960 --> 14:28.800] the SARS-CoV-2 virus. [14:28.800 --> 14:36.240] They only create one and one thing only, and that is the S protein spike, which is a tiny [14:36.240 --> 14:41.600] fragment of all of the various identifying factors involved in the B cells identifying [14:41.600 --> 14:42.640] a pathogen. [14:42.640 --> 14:48.080] So when we look at this pathway that in ordinary circumstances with a wild virus infection, [14:48.080 --> 14:51.760] this pathway that would lead to the production of memory T cells, [14:51.760 --> 14:57.440] do the B cells uptake, do they engage in clathromediated endocytosis [14:58.400 --> 15:02.480] for a spike, for a tiny fraction of what they're looking for? [15:02.480 --> 15:04.800] Well, we don't know the answer to that scientifically, [15:04.800 --> 15:07.360] but I'm going to tell you the answer is absolutely not. [15:07.360 --> 15:14.000] The reason is for all of mankind's history, what the B cells were looking for was the whole [15:14.000 --> 15:16.080] anatomy of the pathogen. [15:16.080 --> 15:21.040] Not only does it make no sense that the B cells would uptake a tiny fragment because they can't [15:21.040 --> 15:27.360] create a pathogen profile that requires 16, 18, 19 different components from which to build [15:27.600 --> 15:28.960] the pathogen profile. [15:28.960 --> 15:32.000] Not only does it make no sense from a physiological perspective, [15:32.000 --> 15:36.160] but how much evidence do you think there is the memory B cells engage in clathromediated [15:36.160 --> 15:40.400] endocytosis concerning a fragment of a virus? [15:40.400 --> 15:43.760] Yeah, there's absolutely zero evidence that B cells do that. [15:44.320 --> 15:45.840] Let me give you an analogy. [15:45.840 --> 15:53.360] Let's say somebody walks up and hands you a little tiny one inch piece of the white lace [15:53.360 --> 15:56.800] that they use in lacing up the side of a football. [15:56.960 --> 15:58.560] Y'all know what a football looks like, right? [15:58.560 --> 16:01.920] Laces are used, that's what the quarterback puts his fingers for, so he has gription. [16:01.920 --> 16:05.440] All right, so now you're holding this one inch piece of lace. [16:05.440 --> 16:07.920] This is analogous to the S protein spike. [16:08.560 --> 16:13.200] What a small part of the football that one inch piece of lace is, right? [16:13.200 --> 16:15.280] So if somebody comes along and says, [16:15.280 --> 16:17.840] hey, man, I see you've got a piece of football lace. [16:17.840 --> 16:20.640] Let's go out on the field and you can throw some passes to me, right? [16:20.640 --> 16:21.840] That's absurd, right? [16:21.840 --> 16:23.600] Because it's not a football. [16:23.920 --> 16:28.720] Likewise, the S protein spike is not a virus. [16:28.720 --> 16:31.840] It's a tiny fragment of the overall virus. [16:31.840 --> 16:37.040] And just like you can't play football with a piece of white lace from a football, [16:37.040 --> 16:41.920] nor can the B cells create a pathogen profile from a tiny fragment. [16:41.920 --> 16:46.960] There's also more that's significant concerning memory T cells or the lack thereof because [16:47.760 --> 16:54.400] the dendritic cells actually record the actions that the body takes to battle the pathogen. [16:54.400 --> 16:59.120] We talked about this a little bit earlier when I used the analogy of it brings in the infantry [16:59.120 --> 17:01.520] and it brings in the bombers and it brings in the artillery. [17:02.160 --> 17:08.000] So the dendritic cells keep a record of what forces were marshalled because that would be [17:08.720 --> 17:14.000] important to marshalling those forces immediately again if the body ever encounters that pathogen [17:14.000 --> 17:15.680] subsequent to the initial infection. [17:16.240 --> 17:23.040] However, if there's no pathogen profile passed on from the B cells to the CD4 T cells and then no [17:23.040 --> 17:28.480] memory T cells are created, there's no place for the dendritic cells to store that data. [17:28.480 --> 17:30.480] So they don't. [17:30.480 --> 17:36.240] And finally, part three of the presentation, the studies that falsely claim that the vaccines do [17:36.240 --> 17:37.920] activate production of memory T cells. [17:37.920 --> 17:41.280] I've talked about this in a couple of earlier presentations so I'm not going to beat this to [17:41.280 --> 17:46.240] death right now, but I will open with the fact that there is one technology, one technology only [17:46.240 --> 17:51.360] on the entire planet Earth that can actually verify the existence of memory T cells and tissues of [17:51.360 --> 17:52.880] the body such as bone marrow. [17:52.880 --> 17:55.840] That's called MHC peptide tetramar staining. [17:55.840 --> 17:57.840] And we'll talk about that a little bit more in a minute. [17:57.840 --> 18:04.160] In a 2019 study entitled Optimized Protocol for the Detection of Multifunctional Epitope [18:04.160 --> 18:10.480] Specific CD4 T cells Combining MHC to Tetramar and Intracellular Cytokine Staining Technology. [18:11.280 --> 18:12.800] Just quite the name of a study, right? [18:12.800 --> 18:19.680] In the study, they said, quote, analysis of multifunctional CD4 positive T cells is [18:19.680 --> 18:24.720] fundamental for characterizing the immune responses to vaccination or infection. [18:25.520 --> 18:32.880] The direct and specific method for identifying antigen specific CD4 positive T cells is based [18:32.880 --> 18:37.680] on the major histocompatible complex MHC tetramar staining technique. [18:37.680 --> 18:42.320] This procedure allows the identification of specific T cells. [18:42.320 --> 18:49.280] I want to draw your attention to the fact that in that quote, they said that technology renders a [18:49.280 --> 18:52.800] direct and specific result. [18:52.800 --> 19:00.800] And of course, the opposite of that is indirect and non-specific and lesser older technologies [19:00.800 --> 19:06.800] that don't produce direct or specific results concerning the existence of specific types of [19:06.800 --> 19:12.880] T cells have been used in every single one of the studies that falsely claim the existence [19:12.880 --> 19:15.200] of memory T cells post vaccination. [19:15.200 --> 19:20.560] In short, those studies make a leap from inferential information. [19:20.560 --> 19:26.960] They make a leap and say, well, since we have X and Y must exist logically, which isn't [19:26.960 --> 19:29.040] scientifically accurate at all. [19:29.840 --> 19:31.760] But the public doesn't understand that. [19:31.760 --> 19:35.280] Hell, the public doesn't even read the contents of this study. [19:35.280 --> 19:39.760] All they do is look at the study headlines or mostly they look at the media headlines. [19:39.760 --> 19:42.000] They don't even look at the study headlines. [19:42.000 --> 19:49.680] And guess why studies are funded that use lesser technology that does not directly [19:49.680 --> 19:55.440] and specifically show whether or not memory T cells are activated by the vaccines. [19:56.080 --> 20:00.880] The reason is they want the researchers to be able to make these non-scientific [20:00.960 --> 20:06.960] leaps so that they can create the headlines so that the legacy media and social media [20:06.960 --> 20:10.800] users, when they don't like what they hear, they can go out and grab one of these bogus [20:10.800 --> 20:15.760] industry funded study titles and they toss it up there and they say, see, you're wrong. [20:15.760 --> 20:18.720] The vaccines do create memory T cells. [20:18.720 --> 20:24.560] Well, unless the study used MHC peptide tetramorastaining technology, you don't know that. [20:24.560 --> 20:25.360] It's BS. [20:25.920 --> 20:28.560] Yeah, go figure the establishment is BSing you. [20:28.640 --> 20:31.680] And I will add, if you're one of the people trying to go out and grab those links and [20:31.680 --> 20:35.760] throw them in there because you want to be right, you're part of the problem in this country. [20:35.760 --> 20:41.440] On November 12th, 2021, the Los Angeles Times ran an article with this title, [20:42.080 --> 20:47.840] CDC shifts pandemic goals away from reaching herd immunity. [20:47.840 --> 20:54.720] And you may recall that, let's say about a year ago, the establishment narrative was, [20:54.720 --> 20:57.760] we'll never reach herd immunity without vaccination. [20:58.800 --> 21:05.280] Okay, so then why a year later is CDC shifting the discussion away from herd immunity? [21:05.280 --> 21:09.040] Because guess what is key to herd immunity? [21:09.040 --> 21:13.920] Guess what is the single component within the body's adaptive immune response [21:13.920 --> 21:16.880] that engenders an outcome within each person? [21:16.880 --> 21:20.160] And then we take a look at each person, say in a community of two million, [21:20.720 --> 21:24.800] when enough of those two million have that internal physiological thing, [21:24.800 --> 21:27.040] which I'm going to describe in a moment, going on. [21:27.040 --> 21:32.640] Then on a society-wide basis or a community-wide basis, we call that having achieved herd immunity. [21:32.640 --> 21:38.080] And that thing that's missing, the reason CDC wants to direct the conversation now away from [21:38.080 --> 21:42.720] herd immunity, the thing that's missing is the vaccines are not activating production of memory [21:42.720 --> 21:47.760] T cells. If they were, we'd have long ago reached herd immunity. [21:47.760 --> 21:52.080] Notwithstanding the science we've discussed today, just looking at the fact that between [21:52.080 --> 21:55.760] prior infection immunity and vaccination in the United States, put those two together, [21:55.760 --> 22:01.200] something like we're now approaching almost 150% of the total US population. [22:02.080 --> 22:09.440] So if the vaccines were activating production of memory T cells, we would have long, long ago [22:09.440 --> 22:15.920] achieved herd immunity. Instead, because the vaccines are preventing herd immunity from [22:15.920 --> 22:20.160] ever occurring, now the United States government wants to steer the conversation [22:20.160 --> 22:25.360] away from herd immunity. A year ago it was we can't reach herd immunity without vaccination, [22:25.360 --> 22:29.520] and now it's like we can't talk about herd immunity anymore. [22:29.520 --> 22:33.760] The reason is the vaccines have ensured it's not going to happen. [22:33.760 --> 22:39.600] And the big problem with that is that means SARS-CoV-2 is going to go on for some indeterminate [22:39.600 --> 22:47.040] period of time, years, decades, because the people who have this temporary protection that [22:47.040 --> 22:51.600] by the government's own admission, it wanes. And Fauci was just talking the other day, [22:51.600 --> 22:55.760] the data out of Israel shows the fact that not only does it wane in terms of increased [22:55.760 --> 23:01.600] susceptibility to infection when it wanes, but also there's a diminished ability to prevent [23:01.600 --> 23:06.080] the onset of COVID-19, which was of course the primary selling point a year ago. [23:06.640 --> 23:10.800] If you appreciate this kind of plain talk, easy to understand breakdown of science, [23:10.800 --> 23:16.480] I want to encourage you to go to DrReality.News. Grab yourself a copy of body science. [23:17.280 --> 23:20.960] It takes complex science, just like we've been talking about today, [23:20.960 --> 23:24.560] and I break it down and make it really, really easy to understand. [23:24.560 --> 23:28.720] And it reveals all the things that the establishment, just like we're talking [23:28.720 --> 23:33.760] about with the memory T-cells, the establishment has kept hidden from the world, most especially [23:33.760 --> 23:40.560] the people in the United States, for decades now concerning how your physiology actually functions. [23:40.560 --> 23:45.600] And hiding that information from the American public is what has made [23:45.600 --> 23:53.760] America the most ill community in the history of mankind. With all of our medical advances, [23:53.760 --> 24:02.080] the United States is the most ill society in human history because of what's been hidden from you. [24:02.080 --> 24:06.640] And in body science, I lay that all out. And more importantly, once you're done and you close that [24:06.640 --> 24:12.400] final page of the book, you'll know exactly how to be in control and command of your own health. [24:12.480 --> 24:16.880] And if you want a complex array of law broken down into the same easy to understand [24:17.680 --> 24:22.880] language that I've shared with you today, then pick up a copy of Income Tax Shattering the Mist, [24:22.880 --> 24:27.520] which shatters the myth that everyone in America, if you go out, you earn a living, [24:27.520 --> 24:30.720] you make some money, you get a paycheck, you owe some to the government, which is [24:30.720 --> 24:36.720] a complete falsehood, a complete fabrication, one that honestly you've been socialized to believe [24:36.720 --> 24:41.520] only because the law, much like science, is so incredibly complex that you've never had [24:41.520 --> 24:46.400] the time energy to go look it up. So in Income Tax Shattering the Mist, I break it all down for [24:46.400 --> 24:52.000] you, make it very linear from 1895 forward. We talk about it in a very sort of common sense way. [24:52.000 --> 24:56.080] We look at how the law operates and what definitions mean and so forth. When you get to the end, [24:56.080 --> 25:00.960] just like body science, when you close that final page, no one will ever be able to BS you again [25:00.960 --> 25:05.360] because you will have 100% of the facts that you need to be in control of your life. [25:05.360 --> 25:08.880] Also, by purchasing a copy of Body Science for Income Tax Shattering the Mist, [25:08.880 --> 25:13.440] you help me continue to be here for you with these kind of presentations. Thank you.