E. coli bacteria help convert plastic waste into paracetamol, thus addressing the concerns of environmental pollution and extensive fossil fuel usage.
E. coli
New research seeks to fight bacterial pathogens with viral cocktails
Since many people have close relationships with their dogs, the chance of transmission is high.
Bacteria possess antiviral systems that can cooperate to improve the defense against phage infection.
Can typical nonantibiotic drugs be useful in combating antibiotic-resistant bacterial infections? Perhaps, especially if they target new, unexplored pathways.
A competing bacteria offers us a metabolite to dismantle E. coli biofilms
Novel enzymes can break down plastics into biodegradable compounds. This process can be accelerated by adding biofilms to the mix.
This new tool and future developments in CRISPRi technology will likely be important for humans to work with microorganisms, together pushing the limits of biotechnology.
Imagine an army of miniature fighters entering your body and battling cancer with precision and minimum side effects.
Could the awful fiery burn of recurrent UTIs be linked with the gastrointestinal microbiome?
micro-bites.org 