Using DNA origami nanostructures to create programmable drug delivery vehicles
DNA nanotechnology
targeted drug delivery
self-assembly
nanomedicine
molecular programming
Targeting plastic-eating enzymes for high-efficiency landfill waste degradation
plastic degradation
enzyme engineering
landfill remediation
anaerobic digestion
synthetic biology
Through biochar soil enhancement to sequester carbon in agricultural systems
biochar
carbon sequestration
soil enhancement
agriculture
climate mitigation
Accelerating ecosystem recovery through synthetic microbial communities after mass extinction events
synthetic biology
ecosystem restoration
microbial consortia
soil remediation
extinction recovery
Through Arctic permafrost stabilization using bioengineered cryophilic bacteria
Arctic permafrost
bioengineering
methane mitigation
cryophilic bacteria
climate stabilization
Accelerating coral reef restoration via electro-accretion and microbial symbiont manipulation
electro-accretion
coral probiotics
biomineralization
reef restoration
calcium carbonate
For megayear material degradation studies with epigenetic reprogramming in synthetic organisms
material degradation
epigenetic reprogramming
synthetic biology
megayear studies
extreme environments
Using DNA origami nanostructures for 10,000-year data storage stability
molecular storage
data preservation
nanotechnology
biological engineering
long-term archiving
Synthesizing algebraic geometry with neural networks for 3D shape generation
algebraic geometry
neural networks
3D modeling
generative AI
computational geometry
Tracing enzymatic pathways during RNA world to protein world transitions
RNA world
enzyme evolution
prebiotic chemistry
origin of life
peptidyl transferase
Using DNA origami nanostructures for targeted delivery of CRISPR-Cas12a ribonucleoproteins
nanobiotechnology
gene therapy
programmable materials
viral vectors
genome engineering
Via counterintuitive biological hacks like reverse photosynthesis for energy storage
reverse photosynthesis
bioenergy storage
hydrogen production
synthetic biology
solar fuels