Boosting cellular resilience in aging tissues by employing NAD+ precursors and senolytics
NAD+
senescence
aging
metabolism
senolytics
Targeting plastic-eating enzymes for high-efficiency polyethylene degradation
plastic degradation
enzyme engineering
polyethylene
bioremediation
synthetic biology
Quantum-enhanced photosynthesis in synthetic biology for carbon capture at industrial scales
quantum biology
synthetic photosynthesis
carbon sequestration
genetic engineering
climate tech
Enzymatic lithium extraction from seawater using engineered protein cascades for battery production
biocatalysis
lithium mining
protein engineering
renewable energy storage
seawater desalination
Coral reef restoration via electro-accretion combined with symbiotic microalgae augmentation
coral electro-accretion
reef restoration
microalgae symbiosis
ocean acidification mitigation
biomineralization
Using biocatalytic cascades for sustainable pharmaceutical intermediate synthesis
biocatalysis
pharmaceutical synthesis
enzyme cascades
green chemistry
reaction engineering
With ocean iron fertilization monitoring via autonomous CRISPR-based biosensors
ocean fertilization
CRISPR biosensors
biogeochemical cycling
marine ecology
autonomous monitoring
Employing NAD+ boosting to counteract age-related mitochondrial dysfunction in muscle tissue
NAD+
mitochondrial dysfunction
aging muscle
sarcopenia
metabolic rejuvenation
Stabilizing Arctic permafrost using bioengineered microbial communities to reduce methane emissions
Arctic permafrost
microbial engineering
methane mitigation
climate stabilization
bioengineering
Targeting cellular senescence with CRISPR-based gene editing interventions
CRISPR
senescence
aging
gene therapy
epigenetics
Microbiome ecosystems in urban vertical farms for 2040 food security planning
urban farming
microbiome engineering
food security
vertical farms
sustainable agriculture
CRISPR-Cas12a gene editing for targeted silencing of antibiotic resistance genes in pathogens
CRISPR-Cas12a
antibiotic resistance
gene silencing
pathogen control
microbial engineering