Design and application of stimulus-responsive droplets and bubbles stabilized by phospholipid monolayers

Keyphrases

• Biomolecules 100%
• Stimuli-responsive 100%
• Phospholipid Monolayer 100%
• Lipid Monolayer 100%
• Biomimetic 50%
• Acoustics 50%
• Unique Capabilities 50%
• Liquid Crystal 50%
• Cell Membrane 50%
• Hydrocarbons 50%
• Colloids 50%
• Colloidal Particles 50%
• Coated Particle 50%
• Lipids 50%
• Conformational Change 50%
• Biosensing 50%
• Biosensing Platform 50%
• Receptor-interacting Protein Kinase 1 (RIPK1) 50%
• Optical Microscopy 50%
• Fluorocarbon 50%
• Acoustic Detection 50%
• Membrane Geometry 50%
• Internal Phase 50%
• Multivalent 50%
• Phospholipids 50%
• Phospholipid Membrane 50%
• Membrane Fusion 50%
• Soft Colloids 50%
• Lipid-coated 50%
• Membrane Organization 50%
• Hydrophobic Phase 50%

Engineering

• Monolayer 100%
• Biosensing 66%
• Biomolecule 66%
• Colloid 66%
• Liquid Crystal 33%
• Colloidal Particle 33%
• Disruptions 33%
• Hydrophobic 33%
• Biomimetics 33%
• Internal Phase 33%

Material Science

• Monolayers 100%
• Lipid Monolayers 100%
• Liquid Crystal 50%
• Cell Membrane 50%
• Coated Particle 50%