Biotech and nanomedicine innovations

Picocubic reaction chambers for single-molecule enzymology under femtoliter confinement

single-molecule biophysics microfluidics enzyme kinetics femtoliter chambers nanofabrication

Automated retrosynthesis for drug discovery using quantum annealing methods

retrosynthesis quantum annealing drug discovery computational chemistry optimization

Reimagining Victorian-era inventions with modern nanotechnology for biomedical applications

Victorian technology nanotechnology biomedical devices historical engineering material science

Harnessing neutrino physics for advanced non-invasive medical imaging diagnostics

particle physics medical diagnostics imaging innovation neutrino detectors healthcare technology

Through mechanochemical reactions, how can we synthesize pharmaceuticals with minimal solvent use?

mechanochemistry pharmaceutical synthesis green chemistry solvent-free reactions drug manufacturing

Optimizing protein folding intermediates via microwave-assisted synthesis for faster drug development

protein folding microwave synthesis drug development intermediates high-throughput

Using nanoscale mixing with biocatalytic cascades for precision drug synthesis

nanomixing enzymatic cascades drug delivery microfluidics synthetic biology

Using computational retrosynthesis for accelerated discovery of novel pharmaceutical intermediates

computational retrosynthesis pharmaceutical intermediates AI-driven synthesis drug discovery cheminformatics

For automated retrosynthesis using reinforcement learning and graph neural networks

retrosynthesis reinforcement learning graph neural networks drug discovery reaction pathways

Targeting prion disease reversal through few-shot hypernetworks and atomic precision defect engineering

neurodegenerative diseases protein misfolding computational biology nanomedicine adaptive therapeutics

Enhancing drug delivery efficiency using mechanochemical reactions in femtoliter volumes

mechanochemistry drug delivery femtoliter volumes nanomedicine precision synthesis

Through femtosecond laser ablation: creating ultra-precise microfluidic channels for lab-on-a-chip devices

femtosecond laser microfluidics lab-on-a-chip precision manufacturing medical diagnostics