Advanced materials for sustainable technologies

Employing NAD+ boosting to counteract age-related mitochondrial dysfunction in muscle tissue

NAD+ mitochondrial dysfunction aging muscle sarcopenia metabolic rejuvenation

Enhancing crop drought resistance through piezoelectric rain enhancement in arid regions

piezoelectric materials drought resistance rainfall stimulation arid agriculture water scarcity

Developing scalable atmospheric water harvesting systems using MOF-based adsorbents for arid regions

atmospheric water harvesting MOFs adsorbent materials arid regions sustainable water

For immediate pandemic response via portable CRISPR-based diagnostic devices

pandemic response CRISPR diagnostics portable biosensors pathogen detection field-ready tools

Through proteostasis network modulation to reverse age-related cellular dysfunction

proteostasis aging cellular repair protein aggregation longevity

Using computational retrosynthesis to accelerate discovery of biodegradable polymers

computational retrosynthesis biodegradable polymers green chemistry material design sustainability

CRISPR-Cas12a gene editing for targeted silencing of antibiotic resistance genes in pathogens

CRISPR-Cas12a antibiotic resistance gene silencing pathogen control microbial engineering

Self-healing concrete with embedded fungal spores for infrastructure resilience

self-healing materials fungal biotechnology civil engineering biocementation infrastructure durability

With albedo-modifying urban materials to mitigate heat island effects

urban heat island albedo modification reflective materials climate adaptation sustainable cities

Predicting enzyme turnover numbers using machine learning and structural data

enzyme kinetics turnover prediction machine learning bioinformatics computational biology

With ocean iron fertilization monitoring to assess unintended ecological consequences

iron fertilization algal blooms carbon capture marine ecology geoengineering

Optimizing chemical reaction yields through autonomous lab assistants and solvent selection engines

autonomous labs solvent optimization chemical yields AI-driven chemistry reaction efficiency