The globalists and the left-wing media will not stop convincing people to eat bugs.
“If you’re sick of that post-protein-shake bloat or tired of heavy powders and supplements that leave you feeling overly full and sluggish, try this out instead!” This is the very first line that you come across on TMZ’s website in their advertisement for a protein powder alternative made from crickets.
TMZ is now advertising protein supplements produced by Human Improvement that are made with cricket powders.
Human Improvement tried a variety of protein combinations before settling on one cricket powder. They tried on a blend of organic pumpkin protein, pea protein, and brown rice protein.
A woke American scientist got the name of the Asian giant hornet, commonly referred to as a “murder hornet,” changed this week in an apparent attempt to be less offensive to China.
The giant insects can decimate entire populations of honeybees, literally ripping their heads off, and their painful stings can be potentially be fatal to humans if they are allergic.
Asian giant hornets have recently been spotted in small numbers in the Pacific Northwest, where officials have rushed to exterminate them before they become a permanent fixture of local habitats in the U.S.
The Entomological Society of America (ESA) now demands that the insect be called the “Northern giant hornet” to avoid stigmas amid anti-Asian sentiment due to the coronavirus pandemic, which originated in China.
Chris Looney, an entomologist at the Washington State Department of Agriculture, admitted in his proposal to rename the Asian giant hornet that the invasive species is “native to parts of Asia” and that the name is “accurate.”
While Looney cited three different reasons for wanting to rename the insect, his top listed reason was stigma associated the name.
Are we one step closer to remote controlling human brains?
According to a peer-reviewed study published in the journal Nature Materials, we just might. A team of researchers at Rice University have officially been able to hack into the brains of fruit flies and successfully command them to make a specific movement — with just a click of a wireless remote control.
The team — an assemblage of experts in genetic engineering, nanotechnology, and electrical engineering — first created genetically modified flies bred to express a specific heat-sensitive ion channel which, when activated, caused the insects to spread their wings.
They then injected the gene-hacked buggos’ brains with a heat trigger: magnetic iron oxide nanoparticles, which quickly heat up in the presence of a magnetic charge.
Then, by switching on a magnetic field, the scientists were able to warm those iron oxide nanoparticles — and in turn, those heat-sensitive, wing-specific ions.
In other words, the study showed that within half a second of a human clicking a button, the bugs would spread their wings. It’s a crude hack, but an intriguing proof of concept for altered animals controlled by technology.
Unexpected new findings from researchers at Johns Hopkins University are indicating the world’s most commonly used herbicide appears to weaken the immune systems of insects. One experiment with mosquitos known to spread malaria suggests the chemical can increase the insect’s susceptibility to parasitic infection, possibly increasing risk of human disease transmission.
Glyphosate is a weed-killer that has been in wide agricultural use since the 1970s. It kills plants by disrupting a crucial metabolic process called the shikimate pathway. The pathway is only present in plants, so for many years glyphosate was thought to be an ideal herbicide – harmless to everything but plants.
Over recent years, however, concerns have been raised over the chemical’s effect on the surrounding environment and humans. Austria and Vietnam were two of the first countries to outright ban the herbicide, while several others are undergoing a staged phase-out of its use over the coming years.
The effects of glyphosate on insects is still a source of much debate. Studies have found the herbicide can disrupt gut bacteria in insects, and this can lead to behavioral or physiological changes. A new study is suggesting glyphosate could impair immunity in insects, and this may lead to damaging consequences for human health.
Germany’s Nature and Biodiversity Conservation Union (NABU) collaborated with two non-government organizations (NGO) and a group from Germany and Luxembourg to analyze 190 scientific studies. Only 83 studies were deemed scientifically relevant, and 72 of these showed that radiation has a negative effect on flies, bees, and wasps.
Electromagnetic radiation has caused a reduction in the ability of insects to navigate because radiation causes a disturbance on the magnetic fields and damage to the genetic material of larvae.
Radiation from mobile phones and Wi-Fi has also made insects absorb more calcium ions because it has opened the calcium channels in certain cells. According to the study, this triggers a biochemical chain reaction on the insects, disrupting their circadian rhythms and immune system function.
Tired: a plague of locusts
Wired: a legion of cybernetically-enhanced locusts trained by the US military to sniff bombs
That’s the new goal, according to Stars & Stripes magazine:
Navy-funded researchers have discovered that a locust’s sensitive “horns” can distinguish between the scents of TNT and other explosives — a development that one day could herald the deployment of bomb-sniffing, electronically augmented bug swarms.
The research by a team from Washington University in St. Louis, published this month in the science journal “Biosensors and Biolectronics: X,” is the first proof of concept for a system that aims to tap into the antennae and brainpower of garden-variety bugs to create an advanced bomb-detection sensor.
The work is funded by two Office of Naval Research grants totaling more than $1.1 million, and biomedical engineering professor Barani Raman believes it has the potential to produce a biorobotic sniffer that would be leaps ahead of entirely man-made “electronic noses.”
In the Washington University study, which is available to read online, the locusts were able to distinguish between the smells of common explosive chemicals such as TNT, DNT, RDX, PETN and ammonium nitrate — all in less than a second. Which is, admittedly, pretty impressive.
Insects like locusts also offer benefits over, say, bomb-sniffing dogs, in that they already tend to swarm together, and don’t require a lot of food and care. There’s also less of an ethical concern — no one cares if you attach sensors and cameras to a bug, but even military dogs still inspire a certain protective instinct in their human companions that could discourage such technological enhancements (or the experimentation required to figure out how to use them best).