Tag: dna

The Weaponization of Gene-Edited Mosquitoes

There are several dimensions to the mosquito crisis. The release of gene-edited male mosquitoes, coupled with the development of a dengue and malaria vaccine

But that is but the tip of the iceberg.

According to F. William Engdahl in 2018, the weaponization of insects is on the drawing board of the Pentagon:

There is strong evidence that the Pentagon, through its research and development agency, DARPA, is developing genetically modified insects that would be capable of destroying agriculture crops of a potential enemy.

The claim has been denied by DARPA, but leading biologists have sounded the alarm on what is taking place using new “gene-editing” CRISPR technology to in effect weaponize insects.

It’s like a 21st Century update of the Biblical plague of locusts, only potentially far worse.

Under the DARPA project, Genetic Alteration Agents or viruses will be introduced into the insect population to directly influence the genetic makeup of crops.

DARPA plans to use leaf hoppers, white flies, and aphids to introduce select viruses into crops. Among other dubious claims they say it will help farmers combat ‘climate change’.

What no one can answer, especially as neither the Pentagon nor the US FDA are asking, is how will the genetically engineered viruses in the insects interact with other microorganisms in the environment?

If crops are constantly being inundated by genetically modified viruses, how could this could alter the genetics and immune systems of humans who depend on the crops?

See F. William Engdahl, Why Is the Pentagon “Weaponizing Insects”? October 30, 2018

This posting includes excerpts from Jordan Shachtel, Amie Wek and Jamie White followed by the article of F. William Engdahl.

The World Mosquito Program plans to release five billion mosquitoes into Brazil.

“And the hope is they will help save lives. [Once] you see the reductions in disease transmission, it doesn’t seem like a horror movie any more,” Scott O’Neill, director of the World Mosquito Program” (CBC, April 2023)

Implemented concurrently with the influx of 5 billion friendly mosquitoes, Brazil approved in March 2023 a vaccine against dengue.

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Some Jolly Rancher sweets unsafe to eat, FSA says

A number of products from a brand of US sweets are “unsafe to eat” and contain ingredients which could damage DNA and increase the risk of cancer, the Food Standards Agency (FSA) has warned.

UK businesses and consumers are being urged to stop buying and selling the Jolly Ranchers products, owned by US company Hershey.

The FSA says they contain chemical compounds – mineral oil aromatic hydrocarbons (MOAH) and mineral oil saturated hydrocarbons (MOSH) – which are “not compliant with UK laws”.

The products pose a safety risk if consumed regularly over time but there is “no immediate cause for concern, as [the] food safety risk is low”, the agency adds.

In a food alert published on Wednesday evening, the FSA said: “MOAH can cause damage to DNA and has the potential to increase the risk of cancer, particularly if consumed in high quantities over a prolonged period of time.

“MOAH is a genotoxic carcinogen, therefore no exposure is without risk to human health.”

MOAH and MOSH are used in confectionery to prevent stickiness and create a glossy appearance.

According to the agency, The Hershey Company has been working with the UK government body to remove the affected Jolly Rancher products from the UK market since 2024, but some businesses in Britain have continued to import the products.

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‘This is insane:’ Lawmakers grill 23andMe exec on what sale means for genetic data

The bankruptcy sale of the direct-to-consumer genetic testing company 23andMe and its trove of genetic data has raised serious national security concerns among lawmakers on Capitol Hill. They want to know what will be done to make sure the data will stay out of the hands of adversaries like China.

“It’s hard to not sit here and listen to this conversation and not feel like we’re living through a sci-fi movie,” Rep. Melanie Stansbury, D-N.M., said during Tuesday’s House Oversight Committee hearing where 23andMe’s interim CEO Joe Selsavage and founder and former CEO Anne Wojcicki, who is also bidding to buy the company, appeared as witnesses.

“A private company has our data, they experience bankruptcy and now, we have no federal regulatory system to protect that data. And we’re concerned that foreign adversaries might purchase the company and thus, the data. I mean, this is insane. Like this is crazy,” Stansbury said.

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House Passes Bill Stripping States’ Right to Regulate AI—After FDA OK’s Use of Your Blood and Genetic Data Without Consent

The Republican-controlled U.S. House of Representatives on Thursday passed the 1,116-page “One Big Beautiful Bill Act” that removes all 50 states’ right to regulate artificial intelligence (10) for the next ten years.

The only Republican Representatives to vote ‘no’ were Thomas Massie (KY) and Warren Davidson (OH).

Every other GOP member voted to block your state from regulating AI.

The bill reads: “No State or political subdivision thereof may enforce any law or regulation regulating artificial intelligence models… during the 10-year period beginning on the date of the enactment of this Act.” —Sec. 43201(c)(1)

Developed by the House Budget Committee, the legislation prohibits all states from imposing “any substantive design, performance, data-handling, documentation, civil liability, taxation, fee, or other requirement” unless the federal government already does—meaning if the feds don’t regulate it, no one can.

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Ancient DNA Study Uncovers Mysterious “Ghost” Lineage in Tibet

Discovery of a 7,100-Year-Old Genetic Enigma

A recent genomic analysis of over 100 ancient individuals from China has revealed a previously unknown “ghost” lineage, shedding light on the genetic diversity of early populations in the region. The findings, published on May 29 in the journal Science, center on a 7,100-year-old female skeleton unearthed at the Xingyi archaeological site in China’s Yunnan province.

The study, led by researchers including paleontologist Qiaomei Fu from the Institute of Vertebrate Paleontology and Paleoanthropology in Beijing, examined 127 ancient human genomes, most dating between 1,400 and 7,150 years ago. The oldest individual, a woman referred to as Xingyi_EN, provided crucial insights into an elusive ancestral group that may have contributed to modern Tibetan populations.

Tracing the Origins of Tibetans

One of the key questions in East Asian prehistory has been the origins of Tibetan populations. Previous research indicated that Tibetans possess a mix of northern East Asian ancestry and an unidentified genetic component—now potentially linked to the newly discovered ghost lineage.

Xingyi_EN, a hunter-gatherer from the Early Neolithic period, exhibited ancestry distinct from other East and South Asians. Instead, her DNA aligned more closely with a deeply diverged Asian population that had remained genetically isolated for millennia.

The Basal Asian Xingyi Lineage

The researchers identified Xingyi_EN as part of a previously unknown lineage, which they named the Basal Asian Xingyi lineage. This group is believed to have separated from other human populations at least 40,000 years ago and remained genetically distinct due to prolonged isolation.

Unlike Neanderthals or Denisovans—archaic humans known to have contributed DNA to modern populations—this ghost lineage represents a unique branch in human ancestry. “The possible isolation allowed this ancestry to persist without apparent admixture with other populations,” Fu explained in an email to Live Science.

Genetic Legacy in Modern Tibetans

At some point, descendants of the Basal Asian Xingyi lineage interbred with other East Asian groups, introducing their genetic material into the ancestral Tibetan gene pool. “The mixed population has lasted for quite a long time and contributed genes to some Tibetans today,” Fu noted.

However, the researchers caution that these conclusions are based on a single individual’s genome. Further studies with additional samples will be necessary to confirm the relationship between this ancient lineage and modern Tibetan populations.

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Lawmakers Move To Protect Your DNA After 23andMe Bankruptcy

Regeneron Pharmaceuticals was named the winning bidder in the court-supervised sale of 23andMe, granting it eventual access to a gigantic pool of genetic data from an estimated 15 million individuals. The deal has raised alarm bells in Washington, DC, prompting bipartisan lawmakers to introduce a bill that would strengthen protections for genetic data during bankruptcy proceedings. 

Fox News has learned that Republican Senators John Cornyn and Chuck Grassley, along with Democratic Senator Amy Klobuchar, are preparing to introduce the Don’t Sell My DNA Act, a bipartisan measure to protect consumers’ sensitive genetic data. The bill comes just days after renewed privacy concerns surrounding 23andMe.  

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Regeneron to buy bankrupt 23andMe, vows ethical use of customer DNA data

Regeneron Pharmaceuticals (REGN.O), opens new tab said on Monday it will buy genomics firm 23andMe Holding for $256 million through a bankruptcy auction, and promised to prioritize the ethical use of DNA data from customers using ancestry testing and other services.

Through the deal, Tarrytown, New York-based Regeneron aims to bolster its capabilities in genomics-driven drug discovery by integrating 23andMe’s trove of more than 15 million customer DNA profiles, collected via its popular direct-to-consumer saliva-testing kits.

South San Francisco, California-based 23andMe filed for bankruptcy last month, seeking to sell its business at auction after a decline in consumer demand and a 2023 data breach that exposed sensitive genetic and personal information of millions of customers.

The second-highest bid, for $146 million, was submitted by a nonprofit research institute founded by 23andMe’s former CEO and cofounder Anne Wojcicki, according to court documents.

The transaction, expected to complete in the third quarter, puts the spotlight back on data privacy issues sparked off by the data breach. 23andMe, once a trailblazer in ancestry DNA testing, has also faced dwindling demand for its core services.

The transaction “starts to bring about a good conclusion to what otherwise could have been a difficult bankruptcy case,” said trial attorney Daniel Gielchinsky, co-founder and partner at DGIM law.

Gielchinsky said Regeneron, with its proven track record, will do a better job in the long run of protecting consumer information safeguarded by privacy laws.

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DNA Reveals Surprising Twist About Christopher Columbus

On 22 February 1498, a well-weathered mid-40s Christopher Columbus ordained in writing that his estate in the Italian port city of Genoa would be maintained for his family “because from it I came and in it I was born”.

Though most historians regard the document to be a cut-and-dried record of the famed explorer’s birthplace, some have questioned its authenticity and wondered if there’s more to the story.

Last year, a decades-long investigation led by forensics scientist José Antonio Lorente from the University of Granada in Spain came out in support of claims that Columbus may not be of Italian heritage after all, but was actually born somewhere in Spain to parents of Jewish ancestry.

The revelation was announced in October as part of a special program broadcast in Spain to celebrate Columbus’s arrival in the New World on 12 October 1492.

It’s important to keep in mind that science by media ought to be viewed with caution, especially when there isn’t a peer-reviewed publication to critically examine.

“Unfortunately, from a scientific point of view, we can’t really evaluate what was in the documentary because they offered no data from the analysis whatsoever,” former director of Spain’s National Institute of Toxicology and Forensic Sciences, Antonio Alonso, told Manuel Ansede and Nuño Domínguez at the Spanish news service, El País.

“My conclusion is that the documentary never shows Columbus’s DNA and, as scientists, we don’t know what analysis was undertaken.”

Nonetheless, historical documents are increasingly being challenged – and bolstered – by forensic analyses of biological records, raising the possibility that Columbus’s own DNA could potentially reveal insights into his family history.

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This 7,000-year-old mummy DNA has revealed a ‘ghost’ branch of humanity

Today, the Sahara Desert is one of the most inhospitable places on our planet. But it wasn’t always this way. 

Roll the clock back 7,000 years, and the Sahara was a lush, green savannah, teeming with wildlife, dotted with lakes – including one the size of modern-day Germany. It was, in other words, the perfect place for our ancient ancestors to settle.

But who were they? We might finally know.

Scientists have successfully analysed the DNA of two naturally mummified individuals from the Takarkori rock shelter, in what is now southwestern Libya. Their findings reveal something extraordinary: these ancient people belonged to a previously unknown branch of the human family tree.

The two women belonged to a so-called ‘ghost population’ – one that had only ever been glimpsed as faint genetic echoes in modern humans, but never found in the flesh.

“These samples come from some of the oldest mummies in the world,” Prof Johannes Krause, senior author of the new study, told BBC Science Focus. It is, he explained, remarkable that genome sequencing was possible at all, given hot conditions tend to degrade such information. 

Genome sequencing is the process of reading the complete set of genetic instructions found in an organism’s DNA – a kind of biological blueprint.

Earlier studies had examined the mummies’ mitochondrial DNA, which is much more limited. It’s passed down only through the maternal line, and is far shorter than the full genome found in the cell nucleus.

“There are around 16,000 base pairs in mitochondrial DNA,” Krause said. “That might sound like a lot, but compared to the whole genome, which has 3.2 billion, it’s just a fraction.”

So what did the team discover from this newly unlocked genetic treasure trove?

First, they found that this lost lineage split from the ancestors of sub-Saharan Africans around 50,000 years ago – about the same time other groups were beginning to migrate out of Africa. 

Remarkably, this group then remained genetically isolated from other groups of humans for tens of thousands of years, all the way through to the time when these two women died around 7,000 years ago. 

“It’s incredible,” Krause said. “At the time when they were alive, these people were almost like living fossils – like something that shouldn’t be there. If you’d told me these genomes were 40,000 years old, I would have believed it.” 

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The Return of the Dire Wolf

Romulus and Remus are doing what puppies do: chasing, tussling, nipping, nuzzling. But there’s something very un-puppylike about the snowy white 6-month olds—their size, for starters. At their young age they already measure nearly 4 ft. long, tip the scales at 80 lb., and could grow to 6 ft. and 150 lb. Then there’s their behavior: the angelic exuberance puppies exhibit in the presence of humans—trotting up for hugs, belly rubs, kisses—is completely absent. They keep their distance, retreating if a person approaches. Even one of the handlers who raised them from birth can get only so close before Romulus and Remus flinch and retreat. This isn’t domestic canine behavior, this is wild lupine behavior: the pups are wolves. Not only that, they’re dire wolves—which means they have cause to be lonely.

The dire wolf once roamed an American range that extended as far south as Venezuela and as far north as Canada, but not a single one has been seen in over 10,000 years, when the species went extinct. Plenty of dire wolf remains have been discovered across the Americas, however, and that presented an opportunity for a company named Colossal Biosciences. 

Relying on deft genetic engineering and ancient, preserved DNA, Colossal scientists deciphered the dire wolf genome, rewrote the genetic code of the common gray wolf to match it, and, using domestic dogs as surrogate mothers, brought Romulus, Remus, and their sister, 2-month-old Khaleesi, into the world during three separate births last fall and this winter—effectively for the first time de-extincting a line of beasts whose live gene pool long ago vanished. TIME met the males (Khaleesi was not present due to her young age) at a fenced field in a U.S. wildlife facility on March 24, on the condition that their location remain a secret to protect the animals from prying eyes.

The dire wolf isn’t the only animal that Colossal, which was founded in 2021 and currently employs 130 scientists, wants to bring back. Also on their de-extinction wish list is the woolly mammoth, the dodo, and the thylacine, or Tasmanian tiger. Already, in March, the company surprised the science community with the news that it had copied mammoth DNA to create a woolly mouse, a chimeric critter with the long, golden coat and the accelerated fat metabolism of the mammoth.

If all this seems to smack of a P.T. Barnum, the company has a reply. Colossal claims that the same techniques it uses to summon back species from the dead could prevent existing but endangered animals from slipping into extinction themselves. What they learn restoring the mammoth, they say, could help them engineer more robust elephants that can better survive the climatic ravages of a warming world. Bring back the thylacine and you might help preserve the related marsupial known as the quoll. Techniques learned restoring the dire wolf can similarly be used to support the endangered red wolf.

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