Synthetic biology has reached a milestone as scientists, with the help of generative artificial intelligence, designed and synthesized functional bacteriophage viruses, opening a discussion on biological safety and ethics in the context of the potential risks and benefits of this technology. (translated)
Researchers from Stanford University, using an AI system called EVO, designed functional bacteriophages that can infect bacteria resistant to natural viruses, opening up new possibilities in phage therapy, but also posing serious threats that require effective oversight of this technology. (translated)
With the help of artificial intelligence, American researchers have created functional viruses that do not exist in nature, and these artificially created bacteriophages destroy E. coli bacteria more effectively than natural viruses, which could open up new possibilities for the development of bacteriophage therapies, although researchers warn about the responsible use of the technology and potential dangers. (translated)
American scientists have designed 16 new viruses using artificial intelligence aimed at destroying bacteria, which is considered a significant breakthrough in the treatment of antibiotic-resistant infections, but at the same time raises concerns about the potential misuse of that technology to create new diseases. (translated)
American scientists have created 16 completely new functional viruses that can replicate with the help of artificial intelligence, representing a significant scientific advancement with the potential for developing new treatment methods, but it also raises questions about safety and biological risks. (translated)
A Szegedi Biológiai Kutatóközpont kutatói felfedezték, hogy a bakteriofágok, amelyek eddig csak baktériumokat fertőző vírusokként voltak ismertek, bizonyos felszíni fehérjéik révén képesek tapadni az emberi sejtekhez, ami új terápiás lehetőségek kiaknázásához vezethet a jövőbeli gyógyszeres kezelések terén. #bakteriofág #fágterápia #SzegediBiológiaiKutatóközpont
Vědci z Brna odhalili, jak bakteriofágy dokážou proniknout ochrannou vrstvou zlatého stafylokoka a přenést do něj genetickou informaci, což by mohlo přispět k vývoji nových metod boje proti antibioticky rezistentním bakteriím. #zlatýstafylokok #bakteriofágy #antibiotika
