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originally posted by: AgeisContemplation
I have an article from .. 2016 saying the same thing. Is this perhaps a clerical mistake on someones end or is this a new event
abcnews.go.com...
originally posted by: surfer_soul
I haven’t checked the links yet, though I can tell by the wording in some of what’s been quoted that it’s James Corbett.
As such it will be thoroughly researched and right on the money.
originally posted by: penroc3
you should look up Dugway and what they did to conscious objectors and religious types in so called cloud chambers.
Video:
False Flags and the Dawn of Bioterrorism
For the past twenty years, the world has been in the midst of a so-called "war on terror" set in motion by a false flag attack of spectacular proportions.
Now the stage is being set for a new spectacular attack to usher in the next stage in that war on terror: the war on bioterrorism. But who are the real bioterrorists? And can we rely on government agencies, their appointed health authorities, and the corporate media to accurately identify those terrorists in the wake of the next spectacular terror attack?
originally posted by: Skepticape
Anyone experienced riding the NY subway system knows these experiments have been going on for a long time.
From June 6th to June 10th (1966), the U.S. Army conducted biological warfare tests in the New York City subway system.
Trillions of bacillus subtilis variant niger germs were released into the subway system during peak travel hours.
originally posted by: Skepticape
they are experimenting on us openly.
Oligonucleotides, or oligos, are short single strands of synthetic DNA or RNA that serve as the starting point for many molecular biology and synthetic biology applications! From genetic testing to forensic research and next-generation sequencing, an oligo may very well be the starting point.
The most common example of an application that oligos are known for is PCR or polymerase chain reaction. PCR is the technique of making many copies of a fragment or strand of DNA to then generate thousands or millions of more copies for use in other downstream applications like cloning or sequencing. Researchers use oligos that are anywhere between 20-35 bases long called primers to start copying or amplifying. This DNA primer is usually custom designed to match the target sequence of DNA for copying. The ability for researchers to design their own custom DNA oligos for their experiments has opened new doors in fields like Molecular Biology and Synthetic Biology. These advancements help to continue the ground-breaking research that is making our world healthier, cleaner, and safer.