Good questions and we should also get:
1) biodistribution studies - where does what go
2) in-vivo transfection studies - what's the distribution of amount of cell-transfection among gene-jab patients (victims).
As far as I can tell, the Pharma Pfraudsters never provided this information to receive their EUA or subsequent approval.
The only data we have for the lnp distribution is the Japanese study, but it still doesn't show the percentage of cells that are transfected in those organs and tissues. Also I don't think they have disclosed the full genetic code for the mrna either
Yes, and I also read somewhere that Pfizer was directly questioned on the total amount of transfected cells expressing spike. The response was words to the effect of, 'We don't know, we set the titre based on estimates and prevalence of adverse events'.
But "TRUST THE SCIENCE!" What science? "We don't know what your effective dose will be" isn't science.
Here are the table for the Japanese data(I know this article is big pharma shill, but can't find a better link for the whole document). What does the ╬╝g lipid equivalent /g or ml mean on the top of the table? Like for the injection site after 1 hour, does it mean there are 394 ╬╝g of lnp in every 1 g of the tissues there?
I don't know what relationship 'lipid equivalent' has to 'lipid'.
But yes you read it correctly. ╬╝g is 1 millionth of a gram. So most measured concentrations were around a few tenths of a millionth by weight or volume.
From the table, most concentrations seem to peak around 2 hours. Interesting exception is in the Eyes where it keeps growing to 48h. It seems oddly persistent in Lungs as well.
Come to think of it, i'm not sure I want to know how they measured concentrations of LNP in someone's eye >_<
But measured levels in organs in the chart are on the order of 1/thousandth of that, all except levels in the injection site. E.g. 0.349 is 1000 times less than 349.
Then assume there is 0.349 mcg lipid in every g of tissue, how many lnp would be in 0.349 mcg? What is the weight of a single lnp in mcg? What is the weight of a cell in mcg?
Also judging by the table of the Japanese data about the LNP distribution in rats, are those numbers the lipid concentration inside the inner lining of the blood vessels and capillaries in each site? Or they concentrated outside of the blood vessels? I have read that our blood don't directly come in contact with the connective tissues of our body like muscles. fats, and glands right? Those cells outside of the blood vessels normally get nutrients and proteins from the small pores on the capillaries' wall? Are capillaries the only type of blood vessels that have pores as the holes that allow small particles to pass through? Artery and veins don't have those holes on them?
Good questions and we should also get:
1) biodistribution studies - where does what go
2) in-vivo transfection studies - what's the distribution of amount of cell-transfection among gene-jab patients (victims).
As far as I can tell, the Pharma Pfraudsters never provided this information to receive their EUA or subsequent approval.
The only data we have for the lnp distribution is the Japanese study, but it still doesn't show the percentage of cells that are transfected in those organs and tissues. Also I don't think they have disclosed the full genetic code for the mrna either
Yes, and I also read somewhere that Pfizer was directly questioned on the total amount of transfected cells expressing spike. The response was words to the effect of, 'We don't know, we set the titre based on estimates and prevalence of adverse events'.
But "TRUST THE SCIENCE!" What science? "We don't know what your effective dose will be" isn't science.
https://healthfeedback.org/claimreview/covid-19-vaccines-dont-affect-ovaries-or-fertility-in-general-the-vaccines-are-highly-effective-at-preventing-illness-and-death/
Here are the table for the Japanese data(I know this article is big pharma shill, but can't find a better link for the whole document). What does the ╬╝g lipid equivalent /g or ml mean on the top of the table? Like for the injection site after 1 hour, does it mean there are 394 ╬╝g of lnp in every 1 g of the tissues there?
I don't know what relationship 'lipid equivalent' has to 'lipid'.
But yes you read it correctly. ╬╝g is 1 millionth of a gram. So most measured concentrations were around a few tenths of a millionth by weight or volume.
From the table, most concentrations seem to peak around 2 hours. Interesting exception is in the Eyes where it keeps growing to 48h. It seems oddly persistent in Lungs as well.
Come to think of it, i'm not sure I want to know how they measured concentrations of LNP in someone's eye >_<
So assume there are 349 mcg in 1 g, if the organ weights 10 grams total, there will be 3940 mcg of lnp in it?
Well yes that's how multiplying by 10 works.
But measured levels in organs in the chart are on the order of 1/thousandth of that, all except levels in the injection site. E.g. 0.349 is 1000 times less than 349.
Then assume there is 0.349 mcg lipid in every g of tissue, how many lnp would be in 0.349 mcg? What is the weight of a single lnp in mcg? What is the weight of a cell in mcg?
Also interesting question. I don't know.
Here's the composition of pfizer/biontech and moderna LNP's. Both contain four different lipids.
https://www.cas.org/resource/blog/understanding-nanotechnology-covid-19-vaccines
https://www.sciencedirect.com/science/article/pii/S0378517321003914
Also judging by the table of the Japanese data about the LNP distribution in rats, are those numbers the lipid concentration inside the inner lining of the blood vessels and capillaries in each site? Or they concentrated outside of the blood vessels? I have read that our blood don't directly come in contact with the connective tissues of our body like muscles. fats, and glands right? Those cells outside of the blood vessels normally get nutrients and proteins from the small pores on the capillaries' wall? Are capillaries the only type of blood vessels that have pores as the holes that allow small particles to pass through? Artery and veins don't have those holes on them?
They used all 4 lipids in every single dose of their jabs? Do they all have the size around 60~100nm?
I dont know. I didn't make them. The size can be estimated from the chemical formula.