OF THE
TIMES
Odds ratios for the relative risk of infection for people exposed to an infected person (wearing a mask v not wearing a mask) were set at 0.47 for cloth and surgical masks and 0.20 for respiratorsEssentially, they told their computer that masks prevent disease...and then said "ok, computer, since you now know masks prevent disease - what would happen if everybody wore them all the time?"
"All across the board, illness, disability, cancer, heart, autism, fertility...WeFkdUp !!!" — The Ethical Skeptic on TwitterWhat if Dr. Geert Vanden Bossche is correct? The Dutch virologist said at the outset of the Covid-19 episode in 2020 that vaccinating the world in the midst of an epidemic was insane because it would train the virus to evolve more dangerously while disabling human immune systems.
"A Texas resident who spent time working outdoors in Cameron County was recently diagnosed with malaria," according to a health advisory issued Friday by the Texas Department of State Health Services. "DSHS has been working with local health departments to follow up on the case and determine whether other people may have been exposed. So far, no other locally acquired malaria cases have been identified in Texas."Coincidentally, or not, Business Insider reported back in 2018:
The Florida cases were reported May 26 and June 19 by the health departments in Sarasota and Manatee Counties.
How Rare Is Locally Acquired Malaria?
Malaria is so unusual in the U.S. that it's considered an eradicated disease. When there are cases, it's almost always related to international travel.
But the health departments in Florida and Texas said the three recent cases came from local mosquito bites.
The last case of locally acquired malaria in Texas was in 1994, according to the health advisory.
Of 488 cases of malaria reported in Florida over the past decade, one other case besides the two recent ones are confirmed to have been contracted locally, according to state records.
How Does Malaria Spread?
Malaria is transmitted by certain species of female anopheles mosquitoes, which are present throughout most of the continental United States. But the disease is widely influenced by weather.
"Where malaria is found depends mainly on climatic factors such as temperature, humidity, and rainfall," the U.S. Centers for Disease Control and Prevention says on its website.
But scientists warn that a changing climate could push mosquito-borne diseases into new areas and increase their prevalence in places where they already exist.
Globally, the most recent numbers from the World Health Organization estimate that about 247 million people in 85 countries contracted malaria and 619,000 died in 2021. Children under the age of 5 are among the groups most vulnerable.
The Bill and Melinda Gates Foundation is partnering with mosquito engineering company Oxitec to develop a male mosquito designed to kill off future generations of malaria-transmitting bugs.[...]
Oxitec is hoping to try out some of its other lab-made mosquitoes in the Florida Keys this summer, even though residents have in the past voiced fierce opposition to the idea.
What is the technology?Note that these self-spreading and self-replicating (SSSR) "vaccines" will not just be administered to humans, but to animals as well.
Self-spreading vaccines — also known as transmissible or self-propagating vaccines — are genetically engineered to move through populations in the same way as communicable diseases, but rather than causing disease, they confer protection. The vision is that a small number of individuals in the target population could be vaccinated, and the vaccine strain would then circulate in the population much like a pathogenic virus. These vaccines could dramatically increase vaccine coverage in human or animal populations without requiring each individual to be inoculated. This technology is currently aimed primarily at animal populations. Because most infectious diseases are zoonotic, 40 controlling disease in animal populations would also reduce the risk to humans.
What problem does this solve?If diseases "spill over into humans," then SSSR slow kill bioweapon injections will spill over from animals into humans and vice-versa, all while every single carbon based life form in theory may spread these SSSR "vaccines" to each other ad infinitum.
The most practical and useful application of self-spreading vaccines would be to control disease spread in wild animal populations (also known as sylvatic spread). A vaccine would be administered to a few selected animals in hotspots among target populations including nonhuman primates, bats, or rodents. The vaccine would then spread within the target population, eliminating the need to vaccinate each animal. Successful disease control in animal populations could limit the number of infected animals and thereby reduce the opportunity for the disease to spill over into humans, thus stopping outbreaks in humans before they ever emerge. Such a sylvatic strategy would reduce the overall number of outbreak opportunities in humans, but it could not interrupt an outbreak once it becomes established in humans. In the event of a grave public health threat, self-spreading vaccines could potentially be used to broadly inoculate human populations. Like the approach in animals, only a small number of vaccinated individuals would be required in order to confer protection to a larger susceptible population, thus eliminating the need for mass vaccination operations, including PODs.
Comment: This comes amidst an increase of other formerly rare infections and diseases, as well as a shortage of basic medicines - and this trend is not isolated to just the US: