- il y a 11 mois
Conférence "Notre santé, quel avenir?" 19/10/25 organisée par Nec Mergitur 17 à Saintes: https://www.necmergitur17.fr/
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00:00Professeur David Anderson, qui est le président de la Fondation sur l'immunité naturelle à Londres,
00:09donc la FNI, parce que forcément ça ne se dit pas dans le même ordre en anglais,
00:15et qui est endocrinologue et le spécialiste mondial, on peut dire, de la vitamine D, D3 pour être précis.
00:24Donc merci professeur David Anderson d'être présent avec nous et à vous la parole.
00:30Merci beaucoup, je m'excuse, mais je vais parler en anglais.
00:39Ok, le titre est un peu d'italien, parce qu'il habitait aujourd'hui en Italie.
00:48Le professeur en effet dit qu'il habite en Italie et donc il a une partie en effet aussi en italien, vous allez faire des frères courtes comme ça.
00:55Ok, so the title of my talk is Sunshine Vitamin D3, Sunshine Vitamin and Public Enemy Numero Uno,
01:07Number One of Big Pharma.
01:08So I want to start with explaining a little bit about what vitamin D is.
01:19What is so special about this unique material, unique sterol, and why is it in peril?
01:29What is its role in natural immunity?
01:33And then I want to talk a little bit about empathy, on empathy and deep state psychopathy.
01:42Is vitamin D3 Big Pharma's public enemy number one?
01:48And why would there be a conspiracy against vitamin D3?
01:53And what is the solution, individual and collective?
01:57Donc, en tous les cas, le professeur est le plus grand expert mondial en effet, comme il l'a dit aussi Loris sur la vitamine D.
02:07Là, on va voir rapidement aussi la structure de cette présentation.
02:12Donc, vous voyez que la vitamine D est en danger.
02:17Quel est le rôle principal de la vitamine D dans la partie de l'immunité de la personne?
02:24En effet, il a aussi toute la partie sur la psychopathie et tout ça.
02:28Et le D3, le Big Pharma, le public est l'ennemi principal numéro un.
02:36Pourquoi sont-ils en train de faire des conspirations contre la vitamine D3?
02:39Et quelles solutions individuelles ou collectifs?
02:42OK, so, we'll start.
02:46What is vitamin D3 and why is it in peril?
02:52Pourquoi, alors, sous la vitamine D, pourquoi est-elle en danger?
02:57This is a typical molecule of, this is the molecule of 7-dehydrocholestrol,
03:05which is the immediate precursor of vitamin D3.
03:10And vitamin D3 is the natural vitamin D to mammals, including ourselves.
03:18D2 is a version for plants, although it works, it works less well for ourselves.
03:27Alors, donc, en tous les cas, vous ne voyez pas ici la structure,
03:31mais il a expliqué, en tous les cas, que c'était une structure très particulière,
03:37en tous les cas, il a aussi la precursor de la vitamine D3.
03:40Et vous voyez ici.
03:447-dehydrocholestrol, which is also the precursor for cholesterol.
03:51So, in parenthesis, I would say that one of the major problems about statin drugs
03:58is they actually block, before this step, they block cholesterol,
04:03but they will also block the precursor for vitamin D3.
04:08Alors, donc, en tous les cas, vous voyez ici la structure de la vitamine D3.
04:14Vous voyez aussi le nom, en effet, des oxy-chlorosyloles, là.
04:20Immédiate, le precursor de la vitamine D3.
04:23Et vous voyez aussi les sites, en effet, qu'a expliqué le professeur,
04:27qui donnent une conformation géométrique très particulière par rapport à les sites.
04:31Voilà.
04:32So, let's now just look at the structure of its precursor and of D3
04:38in the form of a chicken wire structure.
04:48This is the basis of steroid molecules.
04:51and the arrow here indicates where ultraviolet light of a particular wavelength of ultraviolet B
05:01breaks the B ring in the 7 position, which then opens up to form vitamin D3.
05:11Donc, juste une seconde seulement.
05:14Donc, vous voyez ici la formation des 3 d'oxy-chlorosyloles dans la peau.
05:22Et vous voyez aussi les ponts qui vont permettre, en effet, d'avoir cette structure très particulière
05:27par rapport à les choses.
05:28Mais en tous les cas, j'invite aussi les gens qui sont, je peux me permettre seulement une seconde,
05:33dès qu'à un certain moment, elle a terminé la présentation,
05:35en effet, de pouvoir trouver toutes les informations, vraiment bien comme il faut,
05:39directement sous son livre.
05:41Donc, pour tous les détails et les informations, vous allez avoir à disposition.
05:44Yes, sir.
05:45Thank you.
05:46Unfortunately, I forgot to put copies of the book in my car.
05:54But on the website, you can, first of all, you can download this free, a PDF file,
06:05but also, you can contact, you can order the book in English at the moment.
06:12Federico is promising to translate it the version, actually, a different version,
06:18slightly different version, an Italian version with a preface by my good friend,
06:25Professor Truto.
06:27Oui.
06:27Alors, donc, à tous les cas, il dit qu'aujourd'hui, il n'y a pas énormément de bouquins,
06:31en effet, directement parce qu'il est venu ici pour la conférence,
06:34mais vous avez la possibilité d'accéder directement sur son site Internet.
06:38Et sur ce site Internet, vous avez la possibilité, une fois que vous êtes enregistré,
06:41de télécharger gratuitement le fichier PDF pour revoir ça.
06:46Et si après vous avez besoin, en effet, si vous voulez avoir vraiment la version
06:50que ça permet, en effet, de la garder dans votre bibliothèque et tout ça,
06:53vous pouvez la commander.
06:54Et on est en train de faire avec le professeur Truto, il a expliqué,
06:57le professeur, en effet, la traduction en plusieurs langues en italien en français.
07:01So, this is the structure of D3 itself in its chicken wire form.
07:10And you see, in place of the B ring, there is this area of flexibility here,
07:20which is unique for a steroid molecule.
07:25Alors, donc, vous voyez ici, dans cette image, la formation de D3,
07:28donc, une fracture de l'anneau qui est ouverte.
07:31Vous voyez qu'elle n'est pas fermée.
07:33Et donc, le D3 est absorbé, en effet, directement dans le sang.
07:40Et vous voyez ici la structure.
07:44It travels actually bound to a binding protein to the liver
07:52where there is a molecule of a hydroxyl group added in this position,
08:00which is the 25 position.
08:04Donc, vous voyez ici la formation D3.
08:07Donc, vous voyez aussi par rapport à un enzyme qui forme 250 HD,
08:12le calciofediol.
08:14Et vous voyez aussi la position de 25, la position de la calciofediol.
08:20Donc, le calciofediol est la forme principale réservoir de la vitamine D,
08:28qui est la forme principale qui circulera dans le sangue,
08:32et c'est le precursor pour l'actif forme.
08:37Donc, normalement, le calciofediol est le precursor pour l'actif forme,
08:42et vous voyez ici, comme la représente la structure.
08:47Et l'actif forme a un groupe 1 hydroxyl group added down here
08:56by an enzyme 1 hydroxylase
09:01to form what is also called either 125 dihydroxyl D or calciotriol.
09:09Donc, sur cette autre image, vous voyez en position 1 et en position 250,
09:16il calciotriol sur la structure de la D3,
09:19qui est biologiquement actif.
09:21Et je vais juste dire un petit peu de comment cette substance fonctionne.
09:28Il fonctionne parce qu'en target tissus,
09:32qui est presque tous les tissus dans le corps,
09:36il y a un receptor, un vitamin D receptor,
09:41qui est specific pour cette forme.
09:44Ici, on voit le VDR, vitamin D receptor,
09:49qui acte en conjunction avec la vitamin A,
09:54ou retinol, receptor, RxR.
09:57Et les deux, ensemble, acte sur les tissus.
10:01Donc, vous voyez ici notre slide avec le mécanisme d'action de la vitamine D via VDR,
10:30et vous voyez aussi l'interaction entre le VDR et aussi l'RxR, une association.
10:38Retinol, retinol, une forme de vitamine A.
10:44C'est une autre forme de vitamine A.
10:46Voilà, celui-ci.
10:47Question.
10:49Question.
10:49This is a form, this is a combination,
10:53switches on, binds to the vitamin D response element,
10:58and allows codification of messenger RNA,
11:04which is then convert or then read,
11:08to produce more than 3000 different proteins.
11:15Alors, donc, vous voyez ici le nucléaire,
11:18en effet, l'association entre les deux,
11:22et vous voyez aussi la production aussi de la mRNA
11:26qui va codifier une quantité énorme d'autres molécules.
11:33And you can see here in the next slide that vitamin D exists in this trans form here,
11:42which is the form that binds to the nuclear receptor,
11:46but it also acts in the original, almost the original structure.
11:52remember the B-ring was here,
11:54the cis form,
11:56which is important for rapid responses,
12:01which I'll just explain in a moment.
12:03Donc, vous voyez ici, sous cet autre slide,
12:06deux possibilités,
12:07la cis-S transconformation,
12:09ou la cis-S cis,
12:11par rapport à la conformation géométrique.
12:13Et vous avez aussi les anneaux,
12:15les doubles liaisons,
12:17et toute la structure qui va vous permettre,
12:19en effet, de différencier ces deux formes.
12:21So, this is the form of the D-receptor,
12:27where the A-site is occupied by the cis form,
12:33and this is the form which acts with vitamin A
12:37for the genomic responses.
12:40So, this is rapid responses and genomic responses,
12:45and this is ignored in most articles on vitamin D.
12:50So, in tous les cas,
12:52sur cet autre slide,
12:53vous voyez deux possibilités
12:54pour avoir une formation,
12:58une rapide réponse,
12:59ou une réponse à génomique.
13:01Et la réponse rapide, c'est la partie au haut,
13:06et la partie en basse, c'est la réponse à génomique.
13:08Et vous voyez, en effet,
13:09toute la conformation géométrique
13:12et aussi les considérations
13:14qui sont directement reportées sur les slides.
13:16So, what is it that puts vitamin D
13:19in peril,
13:21all vitamins are in peril,
13:25but the other ones depend upon
13:28being formed by plants,
13:32whereas this one,
13:34the sunshine vitamin,
13:36needs the action,
13:37we need the action of sunlight
13:40of a particular wavelength
13:42on our skin.
13:45On passe sur la slide.
13:47Ok.
13:48So...
13:48Oui, ah, c'était...
13:50Vous voulez que...
13:51C'était sur celui-ci là?
13:55On va venir.
14:02Bon, en tous les cas,
14:03le professeur, il a dit
14:04que ça, c'est la structure principale,
14:08et maintenant,
14:09il est en train de faire
14:10des considérations
14:10par rapport à arriver à dire
14:12pourquoi la vitamine D
14:13est un danger.
14:15So, what puts vitamin D
14:18in peril?
14:19Well, obviously,
14:21the need for sunlight,
14:23and this is the sole natural source.
14:27Even if you get your vitamin D
14:29from eating fish,
14:33they have got it
14:34from eating plankton,
14:37where it's formed
14:38at the surface of the sea
14:40under the action
14:41of ultraviolet light.
14:43Donc, vous voyez ici
14:45tous les cas
14:45que sur l'effet
14:46de la lumière du soleil
14:47et la lumière naturelle,
14:49en effet,
14:49si va à construire
14:51avec un constante,
14:52voilà, traitement.
14:53Now, it is a natural sunblock.
14:58So, where we evolved,
15:00which was in Africa,
15:02our race,
15:03our species,
15:05was naturally pigmented.
15:08And you can,
15:09it's interesting,
15:10I think,
15:11that the amount of vitamin D
15:15in the blood,
15:16in a Maasai tribesman,
15:19who, a young man
15:21who runs around
15:23pretty well naked,
15:26that gives us a level
15:29that we actually naturally produce,
15:33or we do for black skin.
15:37Donc, vous voyez aussi
15:38un autre bloc,
15:39en effet,
15:39que ça concerne
15:40la pigmentation
15:41de la peau.
15:42Et lui a fait,
15:43le professeur a fait
15:44une analyse
15:45par rapport
15:45à des jeunes personnes,
15:48en effet,
15:48avec des considérations
15:51particulières
15:51pour arriver à voir
15:53comme dans le sang,
15:54vous avez
15:55la production
15:56de la vitamine.
15:56Donc, vous avez aussi
16:10à peu près
16:1125 nanogrammes
16:12par millilitre.
16:14Et là,
16:24il s'adipon,
16:25si dalle dispositions
16:26des diverses gouvernements
16:28et aussi
16:28quelles du gouvernement
16:29franceses.
16:30Donc,
16:30nous avons un problème
16:31avec la pigmentation
16:33de la peau,
16:34ce qui est un bloc naturel,
16:36mais si vous êtes
16:38nés et à Marseille,
16:40vous faites suffisamment
16:42parce que le sole
16:43est un bloc naturel
16:44plus ou moins
16:45all the time
16:46au quotidien
16:47en Afrique.
16:48Mais ce qui est
16:50en perille
16:50est la pigmentation
16:52et la pigmentation
16:53et la pigmentation
16:54aussi les beliefs
16:55et les behaviours
16:56qui conduit
16:57par exemple,
17:01les beliefs
17:02et les autres
17:04qui signent
17:06que nous
17:07nous
17:08nous
17:09nous
17:09nous
17:10nous
17:11nous
17:12nous
17:13nous
17:13on
17:14multiple
17:15mis
17:15guidelines
17:16abuser
17:18science
17:19as
17:20Angus
17:21Stalguish
17:22talked about
17:22this morning
17:23in
17:24there
17:25are
17:25also
17:25endocrine
17:26disruptors
17:27which
17:27affect
17:28these
17:30are
17:30they
17:32affect
17:33various
17:34forms
17:34of
17:35cirrol
17:35including
17:36for example
17:37oestrogens
17:38où ils bindent à la haine de bindings, mais ils ont un effet abnormale.
17:44Et, comme je parlerai dans un moment,
17:47les intérêts vêtés d'ultra-riches et de grandes pharma.
17:51En tous les cas, ici, elle a pris en considération aussi des cas qui se sont vérifiés en Afrique.
17:57Elle va considérer aussi les lignes guides médicales,
18:03l'abus aussi qu'elle a dans la science,
18:05les problèmes qu'elle a eu ici au niveau de l'endocrinologie
18:09et les principales intérêts de l'ultra-riches de la big pharma pour tratté cette thématique.
18:16Donc, quel rôle est la vitamine D dans la immunité naturelle ?
18:22Je vais donner une vue simple.
18:26Mais je pense qu'on a d'abord, nous devrions considérer
18:29comment 1.25, l'actif forme de vitamine D,
18:34actes as a hormone.
18:36Now, a hormone is a substance that is made in one part of the body,
18:43travels in the blood, and acts at another site.
18:46And probably one of the last functions of vitamin D to have evolved
18:53is as a hormone controlling calcium.
18:57This acts, PTH acts under the action, it's the parathyroid glands in the neck
19:07which detect the ionized calcium.
19:11and they, PTH, parathyroid hormone, induces the kidney tubules
19:18to secrete 1.25, which acts, travels in the blood
19:24and acts on the intestine to promote calcium absorption
19:28and raise blood levels of ionized calcium.
19:31It also acts on bone cells.
19:35PTH level falls as the calcium rises,
19:39which is called, that's called negative feedback,
19:42and so, therefore, does the blood level of 1.25,
19:45or calcitriol.
19:46and the feedback loop is, therefore, closed.
19:51So, in all cases, it's said that this case-là, with 1.250,
19:58it will work like a hormone.
20:00And you have, in effect, the part of the parathyroid
20:03control of the blood cells ionized with calcium
20:07and that will also give the hormone PTH.
20:14It will also endure problems at the level of the rynal
20:17to give 250 HD, with which, also, in the intestine,
20:24it will also prove an absorption of calcium
20:29and also, at the level of the sang,
20:33for able to ionize the calcium.
20:35And the PTH falls, it means that, in the sang,
20:41you have also a whole chain of feedback,
20:44the return of the anneal, which is closed,
20:46and, therefore, all the mechanism is going to be reproduced.
20:50So, why you can't, let me give you a little bit
20:53of why you cannot judge D3 needs
20:57on its hormone function alone.
21:00And yet, this is a mistake which all of the authorities
21:03in Britain and Europe make.
21:07They insist that a level that keeps your calcium up at normal
21:12is all you need to take, but it's not.
21:16And others, so, it's like considering a silly farmer
21:24who considers that, has a bull and a whole lot of cows
21:29drinking from the same water trough in the same field,
21:32and the cows, in this case,
21:40in other words, the other cells that need calcifediol
21:45to form the active form from,
21:50must do so below the endocrine bull's radar.
21:54And those of you that have done any chemistry will know
21:59that there is a thing called the law of mass action.
22:02But in this case, the hormonal function defies the law of mass action
22:08because it is driving one hydroxylation of calcifediol
22:16for its own advantage.
22:19The blood level needs to be kept all year round
22:23at 40 to 60 nanograms per mil,
22:27which is 100 to 150 nanomoles per liter,
22:30which are the units that are used in Britain.
22:32So, in all cases, it will tell you why it doesn't need
22:36the D3 only as a function hormonal function.
22:40and it will explain in detail all this stuff,
22:46especially when we have, in effect,
22:48a quantity of 250 HD of vitamin D and E.
22:54And it will consider that it has all the problems
22:59that we can develop at the endocrine level.
23:02Remember also the law of mass action
23:05and after, there are other considerations.
23:08So, these are vaches.
23:10which depend upon the bull leaving enough water in the trough
23:16because they're frightened of him.
23:20So, here you can see an example of the mucs
23:23that go to drink water with...
23:26Ah, yes, excuse me.
23:28Yes, sorry.
23:31Yes, in this case, we're going to drink...
23:33Yes, because it's from Italian, French, English...
23:35So, in this case, we're going to drink...
23:38I think you know what a cow looks like.
23:40So, vitamin D3 is the biologically active form,
23:44and it's either traveling to the cells in the blood controlled by PTH
24:00or it's traveling as the precursor,
24:04and the one hydroxylase is present and controlled within the particular cell.
24:12So, the main role of vitamin D is in the case of immunity.
24:18and you will see that it will consider all levels,
24:21from the epithelial, the macrophages, the dientrites,
24:24and also to the plasma cells.
24:27And it has a whole system of recognition of this part,
24:32with the PAMP, the DAMP,
24:34and all the receptors that will detect on the non-attack sites.
24:40So, it's a role in natural immunity.
24:47It's involved in all levels, epithelial cells, macrophages,
24:52dendritic cells, T cells and plasma cells.
24:57There, in all cases, we can also operate,
25:03in fact, in a control endocrinian ciblé,
25:07the PTH,
25:08and the others depend also of the max action
25:11and not enough with the system which is calcified.
25:15And there, there is also activation of the code D3
25:19for about 1 000 genes,
25:21which will also include one of the ones known for the destruction.
25:26And at the bottom here, you can see,
25:29I mean, I've just listed a few things that the vitamin D codes for,
25:34like PAMPs, DAMPs, and 10 toll-like receptors.
25:38If you're a mouse, it codes for 12 toll-like receptors.
25:45I don't know why mice are different in that respect.
25:49But they're needed to detect and attack non-self.
25:55And, of course, the big problem, as we heard from Angus Forsyth,
26:00from Angus Dalgleish,
26:02is that the spike protein is a form of non-self.
26:09So, of course, it's going to generate all forms of autoimmunity.
26:13And one of the enzymes,
26:19one of the genes that it codes for,
26:21is the gene for its own destruction.
26:25And that is the gene for this corner of the molecule.
26:3424 hydroxylase is put on here.
26:38So, this substance, the active form,
26:40codes also for 24 hydroxylase,
26:44and so self-destructs.
26:48So, this image-là that you have seen,
26:51in fact, you have seen,
26:52I'll just return to this part-là,
26:54you have the formation,
26:56in fact, the biological part active,
26:58in fact, of how the professor presented.
27:01Okay, so it's gone.
27:04And this is an important mechanism for making sure
27:09that excess amounts of vitamin D made, for example, in macrophages,
27:15disappear when they're no longer needed in the macrophages,
27:18and they don't accumulate and cause hypercalcemia.
27:23So, hypercalcemia can occur with overdose of vitamin D,
27:28but there's a natural mechanism to prevent it.
27:32So, here you see the form of cells of the Rh and the calcium control.
27:37And to start with the other,
27:39you have to look at the other slide, which is on the screen.
27:42So, you see the structure of the immune system
27:44with the publication of White 2020.
27:48So, these figures are in the book,
27:50but I'll just illustrate that it's either acting on epithelial cells as a hormone,
27:57or it's converted.
27:59It's 25-hydroxyd, calcifidiol,
28:03is taken up by the cells
28:06and then given one hydroxyl group.
28:10Alternatively, it can act,
28:13this 125 produced locally,
28:17can act as on a neighboring cell.
28:21You see here three different cases,
28:23starting from 1,250 on the website VODER,
28:28and then you have the other two possibilities
28:31to get to all the possible conformations.
28:34So, I want to say something about empathy
28:37and deep state psychopathy,
28:41because what I see at the moment
28:44is a war going on between psychopaths and empaths.
28:50Now, what is psychopathy?
28:52Well, it's a lifelong dysfunction of a part of the brain,
28:57a primitive part of the brain,
29:00called the amygdala.
29:02And individuals, most individuals,
29:07have a functioning amygdala,
29:10which causes them to feel the distress of another as one's own.
29:16And psychopathy is manifest through failure of this part of the nervous system,
29:25necessary for the mirror nervous system.
29:28And it often leads to targeted aggression.
29:33This is especially against empaths.
29:37And you see this in all professions.
29:39You're seeing it now in the ultra-rich,
29:42who basically are trying to eliminate
29:46normal human beings
29:48who don't have excessive amounts of money.
29:52So, let's consider now,
30:08central requirements of unnatural,
30:24in other words,
30:26investment profitable immunity.
30:30It's a psychopathic construct,
30:33relying on trust of normal, empathic people.
30:38They expect their doctor,
30:40not either to be stupid,
30:43but also not to be psychopathic.
30:47And it's got to be financially profitable,
30:50patentable,
30:51because you can't make any money out of vitamin D,
30:54although a century ago,
30:59when vitamin D was discovered,
31:02the pharmaceutical industry marketed vitamin D,
31:09Glaxo marketed vitamin D for quite a long time.
31:13So, it's basically,
31:15the modern method has got to be financially profitable,
31:18patentable,
31:19and so it has to deny and destroy natural immunity.
31:24And it's great if itself is sustaining.
31:28So, in other words,
31:30since one of the things that protects against
31:33is with the pattern recognition receptors,
31:38things that are different within the immune system
31:44or within the relevant cell
31:50that allow it to grow to form a cancer.
31:54So, self-sustaining this unnatural investment
32:02profitable immunity,
32:04it encourages vaccine damage
32:07and it depends upon fear.
32:34So, one central thought, I think,
32:36is that Big Pharma,
32:37has an absolute business imperative
32:41to sustain deficiency in vitamin D3,
32:46cornerstone of natural immunity.
32:49I'm not saying that other vitamins and minerals
32:53are not important for natural immunity,
32:56but this one, D3, is absolutely essential.
33:00So, Big Pharma has this imperative
33:04through which it now seems hell-bent
33:06on mankind's destruction.
33:09So, in every case,
33:10it says that Big Pharma has an absolute business
33:12for, in fact,
33:13to have people who have a carence of vitamin D
33:14and have a carence of vitamin D
33:17and have a immune system that is deficient.
33:20And that's why it's important to follow these advice.
33:24An astonishing evolutionary fact is that some 8% of our genome
33:30consists of retroviral genes,
33:32which must have been back-translated
33:35and selected for at particular times of threat.
33:40So, that's the subject of another book which I'm writing.
33:46But vitamin D is antiretroviral,
33:49D deficiency is pro-retroviral,
33:52and retroviruses, I believe, are a major stimulus
33:57to evolution after mass extinction.
34:02So, why is there this obsession among people in Big Pharma
34:15or working for them, of whom we have referred many of them
34:22to the International Criminal Court?
34:26Why the obsession with bats?
34:28Well, bats have learned to live with the enemy
34:31because there's an enzyme called Seagast sting
34:35that they have all evolved.
34:38All types of bats have got the same mutation.
34:41So, the obsession with bats and bat viruses
34:50is a military obsession for militarizing retroviruses.
34:57Now, the pangolin, I've mentioned the pangolin here,
35:01this is a pangolin, which is extremely under threat.
35:05And it's, you can see, it's bound to be vitamin D
35:10deficient under the pangolin, it's also underneath the surface coating.
35:21Yes, you can see the other side with the pangolin,
35:24with the characteristics of this.
35:26But these scales are absolutely number one preference
35:33in Chinese traditional medicines.
35:39Well, it's interesting because the scales, I bet, contain a lot of vitamin D
35:44because presumably they're dried in sunlight.
35:50This man, I've forgotten his name,
35:54but he's self-styled patron saint of pseudo-vaccinations.
35:59He's also one of the richest men in the world,
36:02who also acts with other extremely rich Americans like Warren Buffett,
36:10who probably also doesn't know what he's doing.
36:13Anyway, we'll not say any more about him.
36:17But how do viruses exploit D deficiency?
36:22Well, they're partial life forms that exploit our weak innate immune system
36:28to reproduce themselves, and they must therefore thrive on D deficient human beings.
36:37So how do viruses exploit D deficiency? Well, I've mentioned some of them.
36:55They thrive on D deficient human beings, and I've got to accelerate a bit.
37:02And they use 125, well, after use 125, induce its own destruction.
37:10And this must apply to the gates of hell madness of multiple pseudo-vaccinations.
37:16Every vaccine that you are exposed to codes for 24-hydrochlase,
37:23which produces its own destruction.
37:27I think that's self-evident.
37:29OK, let's go on.
37:31Diseases.
37:32Let's now consider diseases which D deficiency is implicated.
37:37Pre-eclampsia.
37:38That's why black women have a much higher incidence of pre-eclampsia.
37:43primitive birth, uterine fibroids, neurological conditions, autism,
37:48MS, Parkinson's, motor neurone disease, depression, schizophrenia,
37:53dementia, retinal degeneration, infectious diseases, TB, sepsis,
37:59respiratory viruses, poliomyelitis, tumors, cancers, lymphoma,
38:04leukemias, ovary, breast, prostate, colon, pancreas, and liver cancers.
38:10Don't worry, because it's every disease in the book here.
38:15So you don't need to go through the list.
38:17If you think of one you want to ask me about that is not protected against by vitamin D,
38:26or you're not vulnerable to through D deficiency, you can ask me questions.
38:31systemic inflammatory disease, autoimmune endocrine disease,
38:36inflammatory disease in the gastrointestinal tract.
38:42So obesity, metabolic syndrome, cardiovascular diseases, myocarditis,
38:49is responsible for very, very rare to get myocarditis, except if you're pseudo-vaccinated
39:00when almost certainly vitamin D deficiency predisposes to it.
39:06So please come up in afterwards if you can name one disease that isn't.
39:11If you have a very detailed list of all the effects due to a deficiency,
39:18or a deficiency, or a deficiency, or a deficiency of vitamin D,
39:20you can list all the very serious consequences.
39:23And I invite you to read the book and find all the...
39:27Now, ivermectin and hydroxychloroquine were also very important against COVID-19.
39:38But I want to know why vitamin D deficiency and vitamin D replacement are still ignored.
39:46And I suspect that this is because the world's press is being driven by people
39:51who've been funded by the ultra-rich, and it's certainly being driven
39:55by the United States, which was responsible, directly or indirectly,
40:00for the construction of COVID-19 and the exploitation of the viruses.
40:07Is it, I suggest, that nature is too dangerous to patents and profits?
40:14And big money speaks louder than small.
40:18And who is intent on population reduction?
40:22Well, you don't have to look very far.
40:25There have been a number of people, and it does seem to be a Gatesian policy.
40:35His family have been obsessed with Malthus, who thought the world was overpopulated.
40:43And, but why would anyone want to destroy natural immunity?
40:48Was SARS-CoV-2 a bioweapon created to exploit D deficiency?
40:55I'm not the person to answer that.
40:57The person is Professor Giuseppe Trito.
41:00But in my book, there is a summary of the evidence in his book,
41:05which, incidentally, I came to buy and read in Italian,
41:10and that's how I got in touch with Giuseppe Trito in the first place.
41:15So, if you go onto this website, and it will let you, uh,
41:20request the book in English or Italian, hopefully,
41:25soon it will be in French as well.
41:27Uh, and, um, uh,
41:30uh, we paid 20 euros plus PNP, and I'm going to give you a book,
41:35and the.
41:36Uh,
41:37what is the problem for this book?
41:39Uh,
41:40what's the problem for this book is?
41:41The problem is, uh,
41:42so,
41:43if you go onto this website, um,
41:45and it will let you, uh,
41:47request the book in English or Italian,
41:49hopefully,
41:50soon it will be in French as well,
41:52uh,
41:53and, um, uh,
41:55we,
41:56we paid 20 euros plus PNP,
41:59Donc, celui-ci, c'est le site, je vous invite à le marquer, de son livre pour télécharger la version PDF pour l'instant en anglais et en italien.
42:11On espère avoir aussi la possibilité de le faire aussi en français le plus tôt possible, à peu près de 20 euros.
42:17Voilà.
42:29Sous la slide précédente, elle avait marqué aussi la corrélation entre le SARS-CoV-2 et aussi le fait de faire réduire intentionnellement la vitamine D.
42:48Et là, vous voyez aussi une photo d'une fille, Jules de 16 ans, qui a subi des conséquences.
42:59C'est un peu plus tôt, qui, sous l'instructions de la British government, étaient intentés en donner un exemple pour le public.
43:09Il était assez près de l'année, il était only 3 mois de l'année de 100.
43:15Donc, le vaccin était efficace dans le moment de l'année de 100.
43:21Vous avez vu la couple centenaire, en effet, Provax.
43:49Et là, vous avez vu aussi le proche Charles, l'euro à Charles maintenant, à l'Ordre Economic Forum, en 2020.
43:54So, could Big Pharma cope with global de-repletion?
44:00This, I calculated a few years ago, before the full effect of COVID.
44:08The annual cost of de-repletion is about 3 dollars a year.
44:14For 7 billion people, that would be 21 billion dollars, probably more than that.
44:21Donc, vous avez un coût de 3 dollars à prendre par an, si vous conseillez, vous avez 21 million de dollars.
44:27In Italy, you can go into a chemist, I'm not sure what the situation is in France,
44:32you can buy vials of 100,000 units, which is enough to cover one month.
44:39My late wife and I were taking, I still take 100,000 units of vials once a month, plus two capsules vanilles capsules.
44:54And even on an English pension, or on several English pensions, I can afford this.
45:01Vous voyez, en effet, la quantité aussi sur tout ça.
45:06Je vous remercie beaucoup pour votre attention.
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