Researchers warn of dangerous 'mirror bacteria' capable of causing worldwide catastrophe.

Life's reflection poses a never-before-seen danger.

December 13th 2024.

Researchers warn of dangerous 'mirror bacteria' capable of causing worldwide catastrophe.
Recently, there has been a growing concern among experts regarding the study of 'mirror life'. In fact, it has been recommended that all research related to this topic be put on hold. The reason behind this decision is the potential danger that mirror microbes could pose to life on Earth. A group of Nobel laureates and other experts have issued a warning, stating that these bacteria could bring about an unprecedented disaster.

For those who are unfamiliar, mirror bacteria are constructed from mirror images of molecules that exist in nature. This means that their composition is essentially a mirror image of what we typically see in living organisms. However, this unique characteristic is also what makes them so dangerous. The experts have deemed the risks associated with these microbes as 'extraordinary and unprecedented', and thus, have urged for a halt in the research.

According to a report in the journal Science, the seriousness of this threat has led to a shift in the focus of researchers. Instead of working towards studying mirror life, they are now advocating for its prevention. The experts have reached out to funders, asking them to withdraw their support for any research related to mirror microbes. On a positive note, the research has also found that it would take at least a decade to create a viable mirror microbe.

One of the experts, Professor Vaughn Cooper, has emphasized the gravity of this situation by stating that the threat posed by mirror bacteria is unprecedented. He explains that these bacteria could potentially evade immune system responses in humans, animals, and plants, causing lethal infections that could spread unchecked. This is because the DNA of living organisms is made up of 'right-handed' nucleotides, while proteins are made up of 'left-handed' amino acids.

The main purpose behind studying mirror molecules is to develop therapies for chronic and hard-to-treat diseases. However, the risks associated with mirror microbes outweigh any potential benefits. In fact, these bacteria could even make bioproduction facilities, which use bugs to produce chemicals, more vulnerable to contamination. The authors of the journal article have highlighted these risks and have recommended a complete ban on the creation of mirror bacteria.

Dr. Kate Adamala, one of the co-authors of the report, has further emphasized the need for a global conversation on this matter. She believes that creating mirror life is not a path we should be pursuing and that there is still time for us to address this issue. By publishing this paper, the experts hope to initiate a dialogue and raise awareness about the potential dangers of mirror microbes.

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