Via self-supervised curriculum learning for adaptive drug discovery pipelines
self-supervised learning
drug discovery
curriculum learning
AI pipelines
biochemistry
Developing self-repairing hydrogels with embedded microbial fuel cells for wound monitoring
conductive hydrogels
microbial electrochemistry
biosensors
chronic wounds
biohybrid materials
Mitochondrial uncoupling as a therapeutic strategy for age-related metabolic disorders
mitochondrial uncoupling
aging
metabolic therapy
oxidative stress
bioenergetics
Employing piezoelectric rain enhancement to combat desertification in arid regions
piezoelectric rainfall
cloud seeding
desertification
atmospheric water harvesting
weather modification
Reversing stem cell exhaustion through targeted epigenetic reprogramming interventions
stem cell aging
epigenetic reprogramming
regenerative medicine
cellular rejuvenation
senescence reversal
Reengineering medieval siege engine mechanics for modern kinetic energy storage
medieval engineering
kinetic energy storage
renewable energy
mechanical design
historical technology
Combining mitochondrial uncoupling mechanisms with wearable thermoelectric generators
mitochondrial uncoupling
thermoelectrics
wearable tech
bioenergy
heat conversion
Via perovskite-based carbon capture membranes for industrial flue gas purification
perovskite membranes
carbon capture
flue gas separation
industrial decarbonization
material science
For enzyme turnover numbers in synthetic metabolic pathway optimization
enzyme kinetics
metabolic engineering
synthetic biology
biocatalysis
pathway optimization
For impact winter resilience: developing fungal-based radiation shields
impact winter
fungal shields
radiation protection
crop resilience
melanin
Solvent-free processing of perovskite films for scalable solar cell production
perovskite solar cells
solvent-free processing
thin-film deposition
green manufacturing
photovoltaics
Advancing senolytic drug discovery through AI-powered target identification and validation
senolytics
AI-driven drug discovery
aging biomarkers
cellular senescence
target validation