Using DNA origami nanostructures for targeted drug delivery in neurodegenerative diseases
DNA origami
nanomedicine
neurodegenerative diseases
drug delivery
self-assembly
Automated retrosynthesis strategies for accelerating drug discovery in rare disease research
automated retrosynthesis
drug discovery
rare diseases
AI chemistry
pharmaceutical research
Exploring quantum vacuum fluctuations in Casimir-Polder force measurements
quantum vacuum
Casimir effect
atom-surface forces
nanoscale physics
fluctuation dynamics
Designing self-assembling nanomaterials with DNA origami nanostructures for targeted drug delivery
DNA origami
self-assembling nanomaterials
targeted drug delivery
nanocarriers
biomedical engineering
CRISPR-Cas12a gene editing combined with quantum dot tagging for real-time cellular tracking
gene editing
quantum dots
bioimaging
nanotechnology
molecular tracking
Using DNA origami nanostructures for targeted drug delivery in oncology
DNA origami
nanomedicine
targeted therapy
cancer treatment
biomolecular engineering
Using DNA origami nanostructures for targeted drug delivery in cancer therapy
DNA origami
nanomedicine
targeted delivery
cancer treatment
biocompatible nanostructures
Accelerating nanomaterial synthesis via microwave-assisted plasma reactors for perovskite solar cells
microwave synthesis
plasma reactors
perovskite solar cells
nanomaterials
renewable energy
Through femtosecond laser ablation for precision nanoscale material patterning
femtosecond laser
nanoscale patterning
material ablation
precision manufacturing
ultrafast optics
Combining ancient and modern methods for desert soil revitalization
desertification reversal
biochar amendments
ancient agriculture
soil microbiome
carbon sequestration
Using nanoscale mixing to enhance targeted drug delivery in cancer therapies
nanomedicine
drug delivery
cancer treatment
nanoparticles
pharmacokinetics
Projecting 2040 applications of quantum biology in disease diagnostics
quantum biology
biosensors
medical diagnostics
coherence effects
nanotechnology