High-intensity ultrasound induces emulsification and cross-linking of protein molecules in aqueous medium. The stability and the functionality of the resultant protein-coated microbubbles are crucial in many of their applications. For example, the stability of drug-loaded microbubbles should be sufficiently long enough, in vivo, so that they can be ruptured only at specific sites for release of the drugs. In this study, we report the synthesis of stable and functional microbubbles, coated with chemically reduced lysozyme, using high-intensity ultrasound in aqueous solution. In the absence of chemical reduction, stable microbubbles were not produced with native lysozyme, indicating the importance of free -SH functional groups for protein cro...
The control of the physical and functional properties of ultrasound responsive microbubbles is of in...
The control of the physical and functional properties of ultrasound responsive microbubbles is of in...
The control of the physical and functional properties of ultrasound responsive microbubbles is of in...
High-intensity ultrasound induces emulsification and cross-linking of protein molecules in aqueous m...
High-intensity ultrasound induces emulsification and cross-linking of protein molecules in aqueous m...
High-intensity ultrasound induces emulsification and cross-linking of protein molecules in aqueous m...
Microbubbles (MB) are small gas-filled colloidal particles (1–8μm) that have specific acoustic prope...
Microbubbles (MB) are small gas-filled colloidal particles (1–8μm) that have specific acoustic prope...
Microbubbles (MB) are small gas-filled colloidal particles (1–8μm) that have specific acoustic prope...
Microbubbles (MB) are small gas-filled colloidal particles (1–8μm) that have specific acoustic prope...
Microbubbles (MB) are small gas-filled colloidal particles (1–8μm) that have specific acoustic prope...
Ultrasonic technique has been used for synthesising protein microspheres possessing specific physica...
Ultrasonic technique has been used for synthesising protein microspheres possessing specific physica...
Ultrasonic technique has been used for synthesising protein microspheres possessing specific physica...
Air-filled lysozyme microbubbles can be synthesized in an aqueous medium by emulsification followed ...
The control of the physical and functional properties of ultrasound responsive microbubbles is of in...
The control of the physical and functional properties of ultrasound responsive microbubbles is of in...
The control of the physical and functional properties of ultrasound responsive microbubbles is of in...
High-intensity ultrasound induces emulsification and cross-linking of protein molecules in aqueous m...
High-intensity ultrasound induces emulsification and cross-linking of protein molecules in aqueous m...
High-intensity ultrasound induces emulsification and cross-linking of protein molecules in aqueous m...
Microbubbles (MB) are small gas-filled colloidal particles (1–8μm) that have specific acoustic prope...
Microbubbles (MB) are small gas-filled colloidal particles (1–8μm) that have specific acoustic prope...
Microbubbles (MB) are small gas-filled colloidal particles (1–8μm) that have specific acoustic prope...
Microbubbles (MB) are small gas-filled colloidal particles (1–8μm) that have specific acoustic prope...
Microbubbles (MB) are small gas-filled colloidal particles (1–8μm) that have specific acoustic prope...
Ultrasonic technique has been used for synthesising protein microspheres possessing specific physica...
Ultrasonic technique has been used for synthesising protein microspheres possessing specific physica...
Ultrasonic technique has been used for synthesising protein microspheres possessing specific physica...
Air-filled lysozyme microbubbles can be synthesized in an aqueous medium by emulsification followed ...
The control of the physical and functional properties of ultrasound responsive microbubbles is of in...
The control of the physical and functional properties of ultrasound responsive microbubbles is of in...
The control of the physical and functional properties of ultrasound responsive microbubbles is of in...