The emerging scientific technology known as `mirror life` has the potential to fundamentally alter the evolutionary trajectory of organisms on Earth. This warning comes from a recent article published in the American journal Foreign Affairs, co-authored by Liem Chitayat, a Massachusetts Institute of Technology graduate student, and Kate Adamala, an associate professor at the University of Minnesota.
The article explains that biological life as we know it is an intricate and consistent system, operating on specific principles: proteins are almost exclusively formed from “left-handed” amino acids, while DNA utilizes “right-handed” sugars. The development of `mirror life` would involve a complete inversion of these crucial molecular components.
“Mirror bacteria, for instance, could evade existing immunological responses to bacteria and other microbes. This could lead to incurable infections spreading among humans, animals, and plants,” the authors state.
According to Chitayat and Adamala, nature currently lacks any mechanism capable of adequately responding to such inverted cells or regulating their internal processes. Consequently, conventional antibiotics would likely prove ineffective against these synthetic cells due to their profound structural differences.
The publication emphasizes that “whether released accidentally or intentionally, mirror organisms could simultaneously bypass human biological defenses, resist treatment, and disrupt ecological balance.”
On the other hand, the biologists acknowledge that such alterations in cellular structure could offer insights into Earth`s evolutionary history and potential life forms on other solar system planets. However, the experts caution that at humanity`s current stage of development, the potential risks associated with these advancements far outweigh any perceived benefits.
Rupert Blackwood 
Clement Ashworth