International audienceA series of hollow biodegradable polymeric microcapsules were prepared, of which their susceptibility to ultrasound was used for triggered release. High speed imaging of the ultrasound experiments showed a strong correlation between the acoustic pressure needed to activate these microcapsules and their shell thickness to diameter ratio. Based on this information a selective triggering of capsules with two different shell thickness to diameter ratios was successfully performed. The capsules were mixed in a single system and were activated independently from each other by a differentiation in acoustic pressure levels. This application is of great interest in the field of drug delivery, since this system allows for locali...
The ultrasound drug delivery field is actively designing new agents that would obviate the problems ...
Active pharmaceutical ingredients are the most consequential and widely employed treatment in medici...
Targeting is a main feature supporting any controlled drug delivery modality. Recently we developed...
A series of hollow biodegradable polymeric microcapsules were prepared, of which their susceptibilit...
In the area of therapeutic ultrasound activated drug delivery, difficulties exist in designing a car...
The use of ultrasound contrast agents as local drug delivery systems continues to grow. Current limi...
Delivery systems that facilitate non-invasive, real-time control of drug release have enormous poten...
The advantage of ultrasound contrast agents (UCAs) as drug delivery systems is the ability to non-in...
Ultrasound has been used to trigger release of encapsulated material from polyelectrolyte multilayer...
Over the last six decades, the field of drug delivery has advanced considerably, from sustained oral...
Metal shell microcapsules have been shown to completely retain their core until its release is trigg...
Microencapsulation of active molecules in biocompatible polymers is a matter of great interest in p...
Here we develop an injectable composite system based for repeated ultrasound-triggered on-demand dru...
This thesis investigates the drug release from polymeric nanocapsules induced by ultrasonic stimulat...
The ultrasound drug delivery field is actively designing new agents that would obviate the problems ...
Active pharmaceutical ingredients are the most consequential and widely employed treatment in medici...
Targeting is a main feature supporting any controlled drug delivery modality. Recently we developed...
A series of hollow biodegradable polymeric microcapsules were prepared, of which their susceptibilit...
In the area of therapeutic ultrasound activated drug delivery, difficulties exist in designing a car...
The use of ultrasound contrast agents as local drug delivery systems continues to grow. Current limi...
Delivery systems that facilitate non-invasive, real-time control of drug release have enormous poten...
The advantage of ultrasound contrast agents (UCAs) as drug delivery systems is the ability to non-in...
Ultrasound has been used to trigger release of encapsulated material from polyelectrolyte multilayer...
Over the last six decades, the field of drug delivery has advanced considerably, from sustained oral...
Metal shell microcapsules have been shown to completely retain their core until its release is trigg...
Microencapsulation of active molecules in biocompatible polymers is a matter of great interest in p...
Here we develop an injectable composite system based for repeated ultrasound-triggered on-demand dru...
This thesis investigates the drug release from polymeric nanocapsules induced by ultrasonic stimulat...
The ultrasound drug delivery field is actively designing new agents that would obviate the problems ...
Active pharmaceutical ingredients are the most consequential and widely employed treatment in medici...
Targeting is a main feature supporting any controlled drug delivery modality. Recently we developed...