Wrong.
If you got "Scientific American" and "Popular Science" all the time, most likely you would eventually find the articles interesting, and would pick up on some or all of them, like astrophysics, evolution, etc.
This is increased because of my inquisitive nature, and all the doctors wanting to discuss covid.
What does your daughter say specifically?
Does she say it was a good idea to "flatten the curve" for 2 years, making a 2 month epidemic last over 10 times as long?
When you "flatten the curve", you reduce infection rate slightly, but it is still > 1, so is still increasing and getting much worse over time.
And what does she think the immune system T-cells are going to add to their DNA memory?
Since the mRNA vaccines only produce spike proteins, that is all they could possibly add, but since our own exosomes also use the same spike proteins in order to access the same ACE2 receptors in our cells, how could that possibly work?
No one, including hundreds of doctors I have talked to, can answer that, and they all agree it is VERY suspicious.
Ask her, and let me know what she says.
I want as much info as I can possibly get.
For background, the importance of exosomes is that it is exosomes that covid mimics by inserting its spike protein into an ACE2 receptor, so enter a cell.
Exosomes were unknown until about 30 years ago.
They are organelles that leave the cell and go into other cells, to relay messages.
{...
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Review|February 18 2013
Exosomes: Looking back three decades and into the future
Clifford V. Harding,
John E. Heuser,
Philip D. Stahl
Exosomes are extracellular membrane vesicles whose biogenesis by exocytosis of multivesicular endosomes was discovered in 1983. Since their discovery 30 years ago, it has become clear that exosomes contribute to many aspects of physiology and disease, including intercellular communication. We discuss the initial experiments that led to the discovery of exosomes and highlight some of the exciting current directions in the field.
30 years ago, a paper in
JCB (
Harding, Heuser and Stahl, 1983) and one in
Cell (
Pan and Johnstone, 1983)—published within a week of each other—reported that, in reticulocytes, transferrin receptors associated with small ∼50 nM vesicles are literally jettisoned from maturing blood reticulocytes into the extracellular space. The name “exosome” for these extracellular vesicles was coined a few years later by Rose Johnstone, although the term had in fact been used a few years earlier, when referring to other membrane fragments isolated from biological fluids (
Trams et al., 1981; the term “exosome complex” has also been used for a totally different entity: namely, the intracellular particle involved in RNA editing [
Mitchell et al., 1997]). The promise of these early discoveries has been recognized over the intervening three decades by a nearly explosive growth in the field of exosome biology, resulting in the formation of various societies (International Society for Extracellular Vesicles and The American Society for Exosomes and Microvesicles) and even a dedicated journal (
Journal of Extracellular Vesicles), plus numerous international meetings and well over a thousand publications on exosomes, to date. In this comment, we describe how we discovered this new cellular pathway and provide our perspective on the major advances and future directions of this field. For a more detailed analysis of the state of the field and its future challenges, see
Raposo and Stoorvogel (in this issue).
...}
Exosomes are extracellular membrane vesicles whose biogenesis by exocytosis of multivesicular endosomes was discovered in 1983. Since their discovery 30 ye
rupress.org