🔴💣MATERIALE PARTICOLATO E FLUORESCENTE RINVENUTO NEL VACCINO ANTINFLUENZALE
267 Video Views·Jun 18, 2024
🔴💣MATERIALE PARTICOLATO E FLUORESCENTE RINVENUTO NEL VACCINO ANTINFLUENZALE ED IN QUELLO DENGUE. MESSO AGLI ATTI DA NOTAIO.
🔥La biotecnologa Lorena Diblasi, che da tempo afferma di non aver mai visto nulla di quanto si evidenzi dall'analisi dei nuovi vaccini e del sangue del vaccinati, in collaborazione con tre colleghi biotecnologi ed alla presenza di un notaio, ha messo agli atti l'indagine di laboratorio dalla quale emerge che il vaccino antinfluenzale della Sanofi e quello Dengue risultano ricolmi di nanoparticolato fluorescente.
🔺️La composizione di tali vaccini, pertanto, differisce in modo palese da quanto i produttori dichiarino, cosa che, dunque, è perseguibile penalmente.
Here we are analyzing the Kudenga and the Stivak 4.
Incredible.
Particle material everywhere.
And although they are totally different formulas,
what we see is the same in all of them.
And this particle is incredibly large.
Here we have three biotechnologists.
Escribano and the great Natalia de Vega.
And filter 2, right?
Yes, filter 2, 150 milliseconds.
Nothing.
If we put it in 300, a little more.
It's going to saturate you.
Yes, but it's already low too.
Look.
Two hours.
Two hours, we've already done three.
I've already lost track of time.
Two and a half hours.
Do you want to try another filter?
And now green.
The green 3.
Which one do you want to bet that turns on?
There you have the flu vaccine.
Yes.
Keep trusting your government.
By the morphology, yes, I can say it's graphene oxide.
Well, now you're going to have to see the orange too.
If you now go to 5, Ale.
Yes.
This is 3.
Here we are in 3, sorry.
Yes, you have to go to 4.
There it goes, green, flu.
This is where we always have less.
We do 800.
Here, a little.
No, then it turns on with those two.
The orange didn't turn on.
No.
But mainly, then, in 2 and 3, this particle.
No?
In 2 and 3, yes.
Here it is more tenuous in 5.
Do you want to go to light field?
Go to light field.
Light field.
Very soft.
Very comfortable.
And there is the flu in question.
There is the flu in question.
And the glycoid, it seems, right?
That is this.
It goes like this, you see?
Yes, yes, yes.
It goes liquid.
Here we analyze the diluent that has sodium chloride and water for injectables.
That is what is declared, but the real thing is not even imagined.
The amount of particulate material.
And it's spinning like a glycide.
The truth?
I'm not afraid anymore.
Let's see.
Well, the last thing.
We are all exhausted.
Let's see what you found.
I'm going to show you how dirty this is, and the other one worse.
The amount of particles.
There?
Of course, already seeing those that appear round, you know they are going to flourish.
Look there, a complex appears.
Yes.
All aligned.
Well.
Let's cut.
Already?
Let's do it, guys.
Yes, me too.
Let's go.
Lore, how do you want to close the window?
There I am.
Well, let's close the can with the desk.
So, I'm going to turn off the lamp for this.
Perfect.
So, this on one side.
All samples were taken in 40X.
All of them, except for some that Nico took, that we clarified 60X because we wanted to see.
They put it in the photo?
Yes, yes, yes.
Let's go to the other one.
Yes, let's go to 60X, yes, but there is not much difference.
In 40X it looks good.
Then.
Well, this is all saved.
Ask me, Francisco.
No.
I review a little.
Well, being 17.05.
I am the company of the applicant on Argentina Avenue.
331 of this city, in the pharmacy Avenida.
I observe a poster in which it says Optical Pharmacy.
Two injectables, four needles and two latex gloves.
Sterile.
Sterile, yes, sterile.
The first injectable is Udenga.
The second injectable is Istivac 4.
The person who attends us is Mauricio Celave, employee of the pharmacy.
He is a scientist.
Here I am going to put ...
Once in the laboratory of the university, we met with the biotechnology licensee,
Nicolás Gustavo Boareto.
DNA 30, 664, 340.
And the licensed Alejandro Barbosa.
DNA 29, 383, 952.
Also a biotechnologist.
The applicant proceeds to open the samples.
And that will be seen through the Nikon Eclipse 80i microscope.
With Nikon DS-R1i camera.
Program and software used is the NIS Elements BR 3.2.
And the first sample is the diluent.
The Udenga diluent from the Ostaqueda laboratory.
From the Ostaqueda laboratory.
Only diluent.
Lot number, excess, and serial number added to the file.
And the Istivac 4, lot, excess, serial number.
And in the first injectable, in the diluent, two samples are made.
One made by the licensed Lorena Di Blasi.
And the other made by the licensed Boareto.
In both we observe particulate matter.
A large amount of particulate matter.
Fluorescence.
Fluorescent particles.
Some fluoresce, others do not.
But a lot of particulate matter that does not match what is declared.
That is, water for injectables with sodium chloride.
What is inside is not that.
And a lot of material is stuck and fluorescing at the ends.
Yes, with fluorescence in the light field.
Like phosphorous.
Can we say that?
Well, perfect.
The second sample is made.
We see fluorescence in mode 3 and mode 2.
That's what I was writing down.
And finally, the Istivac 4.
And fluorescence was also observed.
And the strange thing is that despite having totally different formulas,
we are seeing the same things.
In fact, the Kudenga had more particulate matter than the Gripe.
At first glance.
But there in the Gripe is where we saw those giant fluorescent particles.
Two.
One made in Caicimba.
I have the pictures.
And the other, I don't know.
It was in the field.
It was in two fields.
Yes.
Well, from the entire file, we leave it as it is.
Captures were taken with the software.
And the photographic captures.
Once processed, they will be part of the present file.
Yes.
Thank you very much.
We also leave a record of the completion time, which is 20.31 on Friday, April 26, 2024.
Thank you.
Without further ado, we are about to finish.
Thank you Francisco.
Thank you.