A microfluidic melt emulsification method for encapsulation and release of actives is presented. Using a water-in-oil-in-water (W-O-W) double emulsion template, solid capsules can be formed by freezing the middle shell phase. Actives encapsulated inside the solid shell can be controllably and rapidly released by applying a temperature trigger to melt the shell. The choice of the shell materials can be chosen to accommodate the storage and release temperatures specific to the applications. In addition, we have also demonstrated the same concept to encapsulate multiple actives in multicompartment capsules, which are promising as multifunctional capsules and microreactors. © 2010 American Chemical Society.link_to_subscribed_fulltex
Capsules with thin shells have a high‐loading capacity and are thus well‐suited containers for reage...
Double emulsion drops are well-suited templates to produce capsules whose dimensions can be convenie...
Protection and controlled release of chemicals through encapsulation have been extensively used in d...
ABSTRACT A microfluidic melt emulsification method for encapsulation and release of actives is prese...
Compartmentalized microcapsules are useful for the release of multiple cargos in medicine, agricultu...
Recent advances in microfluidics have enabled the controlled production of multiple-emulsion drops w...
Encapsulation of actives in miniature reservoirs, called microcapsules, is used for protection and i...
Microcapsules with core-shell structures are excellent vehicles for the encapsulation of active ingr...
We introduce an emulsification technique that creates monodisperse double-emulsion drops with a core...
Engineered microcompartments and capsules that respond to multiple external stimuli and partly repli...
Microcapsules are spherical particles containing a liquid core of active ingredients, protected by a...
Abstract: Microcapsules with core-shell structures are excellent vehicles for encapsulation of activ...
We successfully encapsulate two, three, and four different inner drops inside double emulsions by me...
Water-actuated microcapsules fabricated by microfluidicsWe found a new water-actuated feature of pol...
Microencapsulation has long been developed for controlled delivery/release of active components in f...
Capsules with thin shells have a high‐loading capacity and are thus well‐suited containers for reage...
Double emulsion drops are well-suited templates to produce capsules whose dimensions can be convenie...
Protection and controlled release of chemicals through encapsulation have been extensively used in d...
ABSTRACT A microfluidic melt emulsification method for encapsulation and release of actives is prese...
Compartmentalized microcapsules are useful for the release of multiple cargos in medicine, agricultu...
Recent advances in microfluidics have enabled the controlled production of multiple-emulsion drops w...
Encapsulation of actives in miniature reservoirs, called microcapsules, is used for protection and i...
Microcapsules with core-shell structures are excellent vehicles for the encapsulation of active ingr...
We introduce an emulsification technique that creates monodisperse double-emulsion drops with a core...
Engineered microcompartments and capsules that respond to multiple external stimuli and partly repli...
Microcapsules are spherical particles containing a liquid core of active ingredients, protected by a...
Abstract: Microcapsules with core-shell structures are excellent vehicles for encapsulation of activ...
We successfully encapsulate two, three, and four different inner drops inside double emulsions by me...
Water-actuated microcapsules fabricated by microfluidicsWe found a new water-actuated feature of pol...
Microencapsulation has long been developed for controlled delivery/release of active components in f...
Capsules with thin shells have a high‐loading capacity and are thus well‐suited containers for reage...
Double emulsion drops are well-suited templates to produce capsules whose dimensions can be convenie...
Protection and controlled release of chemicals through encapsulation have been extensively used in d...