Add to ORKGABSTRACT: Flow-focusing microfluidic techniques were used to provide access to core−shell microcapsules in which the shell is composed of end-capped poly(phthalaldehydes) that depolymerize completely from head-to-tail in response to fluoride. Microcapsules made from these depolymerizable polymers provide an amplified response to the applied chemical signal, where the rate of the response can be tuned both by varying the length of the polymer and the thickness of the shell wall. Stimuli-responsive polymeric core−shell microcapsules are promising materials for controlled release applications.1−8 Capsules of this type typically release their contents either through induced chemical changes in the polymers tha
Triggered release from responsive drug reservoirs activated by remote stimuli is desired in a range ...
Microencapsulation is a technology in which small particles or droplets are entrapped by a coating t...
Polymer capsules, fabricated either with the aid of a sacrificial template or via the self assembly ...
Flow-focusing microfluidic techniques were used to provide access to core–shell microcapsules in whi...
We present a new type of microcapsule programmed with a tunable active release mechanism. The capsul...
Stimuli-responsive microcapsules are an attractive route to achieve smart functionality in material ...
The versatile design of stimuli‐responsive microparticles embedding valuable biomolecules has great ...
Engineered microcompartments and capsules that respond to multiple external stimuli and partly repli...
Polymers that are capable of depolymerizing completely from head-to-tail upon cleavage of an end-cap...
Stimulus-responsive microcapsules pose an opportunity to achieve controlled release of the entire lo...
Porous microcapsules are of great interest in diverse applications, ranging from encapsulation for c...
We recently reported cationic cyclopolymerization of <i>o</i>-vinylbenzaldehydes initiated by boron ...
Water-actuated microcapsules fabricated by microfluidicsWe found a new water-actuated feature of pol...
ABSTRACT: We use microfluidics to continuously produce monodisperse polyurea microcapsules (PUMCs) h...
A solvent-responsive polymer nanocapsule swells and deswells in response to a change in solvent comp...
Triggered release from responsive drug reservoirs activated by remote stimuli is desired in a range ...
Microencapsulation is a technology in which small particles or droplets are entrapped by a coating t...
Polymer capsules, fabricated either with the aid of a sacrificial template or via the self assembly ...
Flow-focusing microfluidic techniques were used to provide access to core–shell microcapsules in whi...
We present a new type of microcapsule programmed with a tunable active release mechanism. The capsul...
Stimuli-responsive microcapsules are an attractive route to achieve smart functionality in material ...
The versatile design of stimuli‐responsive microparticles embedding valuable biomolecules has great ...
Engineered microcompartments and capsules that respond to multiple external stimuli and partly repli...
Polymers that are capable of depolymerizing completely from head-to-tail upon cleavage of an end-cap...
Stimulus-responsive microcapsules pose an opportunity to achieve controlled release of the entire lo...
Porous microcapsules are of great interest in diverse applications, ranging from encapsulation for c...
We recently reported cationic cyclopolymerization of <i>o</i>-vinylbenzaldehydes initiated by boron ...
Water-actuated microcapsules fabricated by microfluidicsWe found a new water-actuated feature of pol...
ABSTRACT: We use microfluidics to continuously produce monodisperse polyurea microcapsules (PUMCs) h...
A solvent-responsive polymer nanocapsule swells and deswells in response to a change in solvent comp...
Triggered release from responsive drug reservoirs activated by remote stimuli is desired in a range ...
Microencapsulation is a technology in which small particles or droplets are entrapped by a coating t...
Polymer capsules, fabricated either with the aid of a sacrificial template or via the self assembly ...