Tag: human animal hybrids

Next Plandemic? Drug-Resistant BAT-HUMAN HYBRID FLU Engineered by NIH-funded Researchers

The depopulation machine is still in full gear, folks. The freaks in their white lab coats are still designing new plandemics with new deadly diseases and clot shots to go with it. Here’s the latest scoop.

A new peer-reviewed study published June 18, 2025, in Pathogens has revealed that scientists funded by the U.S. National Institutes of Health (NIH) have genetically engineered novel hybrid influenza viruses combining bat and human virus components. The research, conducted at the University of Missouri and partially funded by the NIH’s National Institute of Allergy and Infectious Diseases (NIAID), raises significant public health and biosecurity concerns.

    • NIH-Funded Creation of Hybrid Bat-Human Influenza Viruses: Researchers at the University of Missouri, funded by NIH and CEIRR grants, engineered chimeric influenza viruses by combining bat virus genes with human H1N1 components—raising significant concerns due to their ability to replicate in mammalian cells and resist common antivirals.
    • Engineered for Antiviral Resistance and Survival: The viruses were deliberately mutated at key sites (e.g., N31, H37, W41) to confer resistance to amantadine, a standard flu treatment, and to study how these mutations affect viral replication and survival, confirming the study’s gain-of-function nature.
    • Pandemic Potential and Biosecurity Fears: Constructed using reverse genetics, these lab-created viruses could potentially infect humans, making them highly controversial in light of past pandemic origins linked to lab-based virus manipulation and prompting renewed biosecurity concerns.
    • S. Taxpayer-Funded and Internationally Overseen: Despite growing public and governmental scrutiny, this research received funding from U.S. agencies including NIH/NIAID and CEIRR, with involvement from WHO-affiliated scientists and formal biosafety clearance—further fueling debate over accountability and transparency in high-risk virology.

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World’s first pig to human liver transplant is carried out in major breakthrough

A pig’s liver has been transplanted into a human recipient for the first time in a ‘milestone’ for organ transfers between animals and people.

Scientists in China used a liver taken from a seven-month old Bama miniature pig which had been genetically modified to reduce the risk of rejection.

Once removed, it was kept ‘alive’ using a medical solution and chilled to 0-4C.

During the nine-hour-long surgery the recipient – a 50-year-old clinically dead man whose family had authorised the procedure – had the donor liver stitched to his blood vessels in his abdomen alongside his own liver. 

Over the next 10 days, the donor liver successfully produced bile and maintained a stable blood flow.

The team hope that rather than a long-term solution, their procedure could one day be used as a temporary treatment for patients with liver failure while they wait for a human donor.

In the UK, there are more than 11,000 deaths due to liver disease each year. Around 700 people are currently on the waiting list for a transplant, and the average wait is three to four months.

The announcement follows a slew of recent breakthroughs, including transplanting a pig’s heart into a man and a woman currently living with a pig’s kidney.

Professor Lin Wang, one of the study’s authors from the Fourth Military Medical University in Xi’an, said: ‘The liver collected from the modified pig functioned very well in the human body.

‘It’s a great achievement. This surgery was really successful.

‘We examined the blood flow in the different vessels and arteries. The flow is very smooth. It functioned very well.’

The experiment was terminated after 10 days because of requests made by the patient’s family members.

The findings, published in the journal Nature, suggest modified livers can survive and function in human bodies, but further research on long-term outcomes is needed.

‘We have the opportunity in the future to solve the problem of a patient with severe liver failure,’ Professor Wang added.

‘It is our dream to make this achievement. The pig liver could survive together with the original liver of the human being and maybe it will give it additional support.’

He also expressed a desire to conduct further research on living, non-brain-dead human beings in the future, but stressed the complications and ‘many rules’ around this.

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Human-Pig Hybrid Created in the Lab

In a remarkable—if likely controversial—feat, scientists announced that they have created the first successful human-animal hybrids. The project proves that human cells can be introduced into a non-human organism, survive, and even grow inside a host animal, in this case, pigs.

This biomedical advance has long been a dream and a quandary for scientists hoping to address a critical shortage of donor organs.

What if, rather than relying on a generous donor, you could grow a custom organ inside an animal instead?

That’s now one step closer to reality, an international team of researchers led by the Salk Institute reports in the journal Cell. The team created what’s known scientifically as a chimera: an organism that contains cells from two different species.

In the past, human-animal chimeras have been beyond reach. Such experiments are currently ineligible for public funding in the United States (so far, the Salk team has relied on private donors for the chimera project). Public opinion, too, has hampered the creation of organisms that are part human, part animal.

But for lead study author Jun Wu of the Salk Institute, we need only look to mythical chimeras—like the human-bird hybrids we know as angels—for a different perspective.

“In ancient civilisations, chimeras were associated with God,” he says, and our ancestors thought “the chimeric form can guard humans.” In a sense, that’s what the team hopes human-animal hybrids will one day do.

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Scientists Inserted Neanderthal And Denisovan Genes Into Mice – Here’s What Happened

A gene that was carried by both Neanderthals and Denisovans causes mice to develop larger heads, twisted ribs, and shortened spines, according to the results of a yet-to-be-published study. Researchers used CRISPR gene editing technology to insert the ancient genetic code into rodents in order to understand how it might have contributed to the body shape of our extinct relatives.

The gene in question is known as GLI3 and plays a vital role in embryonic development in modern humans. Mutations within this gene are associated with physical malformations such as polydactyly – which refers to the growth of extra fingers or toes – and the deformation of the skull.

Neanderthals and Denisovans both carried a slightly altered version of the GLI3 gene, in which an amino acid at one end of the coding region is substituted. However, neither of these ancient species had an abnormal number of digits or life-threatening cranial defects.

As the study authors point out, though, these extinct hominid species displayed several morphological characteristics that differed from those of modern humans, “including elongated and low crania, larger brow ridges, and broader rib cages.”

To determine how the ancient form of the GLI3 gene might have affected the development of our extinct cousins, the researchers first engineered mice to carry a faulty version of the gene. This caused the rodents to develop severe skull and brain deformities as well as polydactyly, illustrating how a functioning version of the gene is essential for healthy embryonic growth.

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China Creating ‘Humanized Pigs’ with Gene Editing Then Infecting Them with Coronavirus

China’s state-run Global Times newspaper celebrated on Thursday the alleged discovery of a scientific process to create a “humanized pig” more susceptible to severe Chinese coronavirus cases, which scientists could infect and use for research.

The propaganda outlet attributed the scientific achievement to the Institute of Microbiology of the Chinese Academy of Sciences (IMCAS). The CAS, a research institution, is the world’s largest organization of its kind and a formal arm of the Chinese government. The Times published an illustrative figure on the development of “humanized” pigs that appears to have first surfaced in a study published in August that promoted the use of genetically modified pigs for Chinese coronavirus research based on how rapidly scientists could generate them and their heightened similarities with the human body.

The August study – published in Cell Discovery, a journal sponsored by the CAS, revealed that Chinese scientists had attempted to use CRISPR gene-editing technology to remove the genetic protective shields that make Chinese coronavirus not a significant threat to most pigs. CRISPR technology became the source of global controversy in 2018 after a Chinese scientist, He Jiankui, claimed to have used the method to genetically modify unborn baby twins to make them immune to HIV. The Communist Party sentenced He to three years in prison for conducting the human experiment without the full approval of the Party.

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Human-animal hybrids: Senate approves billions of dollars for their chilling creation

After a long debate, The Senate approved with 68–32 votes a budget of $250 billion to continue with the controversial creation of hybrid beings by mixing human and animal genetic material.

The bill called the “Endless Frontier Act,” was introduced by Senate Majority Leader Chuck Schumer, D-New York, according to Life Site on June 14. 

Sen. James Lankford (R-Okla.) referred to the ethical incompatibility and the need to establish clear definitions on the matter in an attitude of submission to international competition.  

“We shouldn’t need to clarify in law that creating animal-human hybrids or ‘chimeras’ is ethically unthinkable, but sadly the need for that very clear distinction has arrived,” said Lankford, who, along with Sens. Mike Braun R-Ind.), and Steve Daines (R-Mont.) sought to criminalize the creation of such creatures.

He added: “There’s a real difference in taking human cells and injecting them into a mouse for cancer research and for other research. That’s been done, and it’s been done for a very long time, and we’ve had time to be able to process that, but trying to be able to create life is a very different threshold for me.”

Senator Daines noted, “In trying to compete with China, we shouldn’t become like them, It’s critical that we draw a bright line against unethical forms of research that fail to recognize the distinct value of humans over animals.”

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