Author: TomsWrite

Another ivermectin study is out, and like the long list of similar studies lately, it shows more cancer treatment potential. This one was published in July in ACS Biomaterials Science, titled, “Intranasal Delivery of Ivermectin Nanosystems as an Antitumor Agent: Focusing on Glioma Suppression.”

In short, the study found low-dose ivermectin shrank brain tumors by a whopping 70% in rats. The treated rodents also had less dead tissue, less swelling, and fewer new blood vessels forming, which means the remaining tumors were less invasive and less aggressive.

The ivermectin was delivered using a nasal spray in a very fine (nanoscale) form, since oral ivermectin can’t cross the blood-brain barrier. The rats that got the treatment showed no negative side effects.

The serendipitous discovery of ivermectin is one of the most remarkable stories in medical science. In the 1970s, Japanese microbiologist Satoshi Omura set out to find new microorganisms that might produce useful medicines. He collected hundreds of soil samples from around Japan, including one from a golf course in Kawana, south of Tokyo.

In one of his golf-course soil samples, Omura’s team isolated a previously unknown bacterium that produced compounds found to be extraordinarily effective at killing parasitic worms. He sent it to a U.S. lab at Merck, which developed ivermectin: a safer and even more potent chemical derivative of the bacterial compound.

As you know, in 2015, Omura and Merck researcher Bill Campbell jointly received the Nobel Prize in Medicine for a cheap dirt drug that has saved millions from disease and blindness. If ivermectin’s cancer-fighting abilities bear out —and the studies and anecdotes keep mounting up— it will become the single most beneficial accidental discovery in human history.

Here’s a question to ponder: would ivermectin have broken out of the pharma wilderness absent its high-profile role during the pandemic as a cultural and political flashpoint? Without this extraordinary exposure, efforts to study ivermectin as a cancer agent would almost certainly have remained niche— buried in the literature amid hundreds of other “drug repurposing” efforts, lacking funding, conference time, or media coverage.

Ivermectin may wind up being the greatest covid miracle of all.

https://open.substack.com/pub/coffeeandcovid/p/dizzying-dichotomies-saturday-october

The jump in miscarriages/stillbirths with vaccine uptake.

The correlation of injection to fetal death showed very tight timing, with by far the most fetal deaths occurring the same day.

And for guys…

The likely mechanism of reduced sperm production is that both spermatogonia and spermatozoa, as well as their support cells, Leydig and Sertoli cells, all abundantly express the ACE2 receptor and various TMPRSS and furin proteases, all of which attach the spike protein, and this has been known since 2020. Those cells are all in the testicles, which the Pfizer-Acuitas study found to receive the mRNA vaccine content within minutes.

Sperm are dependent for their survival and function on the participation of ACE2 in the angiotensin system. When the spike protein attaches to the ACE2 receptor, which it specifically targets, it cleaves the latter, rendering the sperm non-viable.

Read more: https://open.substack.com/pub/colleenhuber/p/overview-of-fertility-impacts-of