Biotechnology for health, longevity, and ecosystem restoration

Spanning microbiome ecosystems to engineer drought-resistant crops through root symbiosis optimization

microbiome engineering drought resistance plant symbiosis soil ecology sustainable agriculture

For multi-generational studies of microbiome ecosystems using longitudinal metagenomic sequencing

microbiome evolution metagenomics longitudinal studies host-microbe interactions generational health

Combining lattice cryptography with biochemistry for ultra-secure DNA data storage

lattice cryptography DNA storage bioencryption post-quantum security synthetic biology

Simulating RNA world transitions under prebiotic hydrothermal vent conditions

RNA world origin of life hydrothermal vents prebiotic chemistry ribozymes

Multimodal fusion architectures for real-time pandemic response decision support systems

multimodal AI epidemic forecasting data fusion public health emergency response

Reconstructing ecosystems after mass extinction using billion-year evolutionary resilience patterns

mass extinction recovery evolutionary resilience ecosystem restoration paleobiology biodiversity

Exploring plant communication networks through fungal mycorrhizal symbiosis

mycorrhizal networks plant signaling symbiotic fungi chemical communication root exudates

Uncovering novel antibiotic candidates through accidental discovery pathways in extremophile environments

extremophiles antibiotic resistance serendipitous discovery microbial competition bioactive molecules

Accelerating antiviral drug discovery via self-supervised curriculum learning for pandemic-ready compounds

self-supervised learning antiviral drugs pandemic response computational chemistry outbreak simulation

Unlocking coral reef resilience with microbiome engineering and climate modeling

coral microbiome climate resilience ecological engineering marine conservation predictive modeling

Via deep-ocean carbon sequestration using genetically engineered microbial communities

deep-ocean sequestration synthetic biology microbial engineering carbon capture climate change

Stabilizing Arctic permafrost through microbial methane oxidation engineering

climate intervention methanotrophic bacteria carbon sequestration cryosphere engineering biogeochemistry