Local cargo delivery to double bilayer compartments

Key Points

• The aim is to explore how fluorescent cargo can be encapsulated in lipid bilayer membranes under specific conditions.
• Investigated temperature-induced formation of double bilayer membrane pockets.
• Utilized silicon carbide substrates for membrane transformation.
• Encapsulated fluorescent cargo during the membrane formation process.
• Successful encapsulation of fluorescent cargo in double bilayer compartments.
• Observed unique properties of the membrane pockets formed on silicon carbide.
• Indicated potential for innovative cargo delivery systems using this method.