Using microbiome rejuvenation to reverse antibiotic resistance in hospital-acquired infections
microbiome rejuvenation
antibiotic resistance
hospital infections
microbial ecology
pathogen displacement
Engineering plastic-eating enzymes through accidental discovery pathways for waste breakdown
PETase
directed evolution
enzymatic recycling
landfill reduction
biocatalysis
During impact winter scenarios: microbial survival and terraforming potential
impact winter
extremophiles
terraforming
astrobiology
microbial resilience
Advancing atmospheric water harvesting through bio-inspired hydrophilic nanostructures
bio-inspired materials
water scarcity
nanotechnology
humidity harvesting
sustainable solutions
Optimizing enzyme efficiency through biocatalytic cascades for sustainable chemical synthesis
biocatalysis
enzyme engineering
green chemistry
metabolic pathways
cascade reactions
Spanning microbiome ecosystems to engineer climate-resilient crops
microbiome engineering
climate-resilient crops
soil microbes
agricultural biotechnology
drought tolerance
Aligning synthetic biology with 2035 SDG targets for ocean plastic degradation
synthetic biology
SDGs
plastic degradation
marine pollution
bioengineering
Enhancing energy efficiency in mammalian cells via mitochondrial uncoupling
mitochondrial uncoupling
cellular energetics
oxidative stress
metabolic optimization
bioenergetics
Merging exoplanet science with extremophile biology to redefine habitable zones
extremophiles
habitable zone
astrobiology
exoplanet atmospheres
biosignatures
Optimizing mitochondrial uncoupling for targeted metabolic disease therapies
mitochondrial uncoupling
metabolic diseases
obesity treatment
diabetes therapy
bioenergetics
Employing NAD+ boosting to reverse age-related mitochondrial dysfunction in mammals
NAD+
mitochondrial dysfunction
aging
cellular energy
vertebrate models
Using microbiome rejuvenation to reverse antibiotic-induced dysbiosis in gut health
microbiome therapy
dysbiosis reversal
probiotics
antibiotic recovery
gut flora