International audienceThis review examines the preparation of alginate hydrogel microparticles by using droplet-based microfluidics, a technique widely employed for its ease of use and excellent control of physicochemical properties, with narrow size distribution. The gelation of alginate is realized “on-chip” and/or “off-chip”, depending on where cross-linkers are introduced. Various strategies are described and compared. Microparticle properties such as size, shape, concentration, stability and mechanical properties are discussed. Finally, we consider future perspectives for the preparation of hydrogel microparticles and their potential applications
We report a simple method for forming monodispersed, uniformly shaped gel microbeads with precisely ...
The purpose of this study was to prepare alginate (ALG) microspheres with narrow size distribution u...
A controlled synthesis of polymeric particles is becoming increasingly important because of emerging...
International audienceAlginate is a biopolymer that has exceptional gelling properties, which allow ...
This paper reports a novel microfluidic method for the production of cross-linked alginate micropart...
Alginate hydrogel particles are promising delivery systems for protein encapsulation and controlled ...
Alginate is used extensively in microfluidic devices to produce discrete beads or fibres at the micr...
The application of hydrocolloid gel particles is potentially useful in food, chemical, and pharmaceu...
A novel method to fabricate shape controllable alginate/pNIPAAm complex microgels is reported. Monod...
A microfluidic method for the in situ production of monodispersed alginate hydrogels using chaotic m...
Ionotropic alginate microgels are commonly used as an encapsulation medium for biomedical, bioproces...
International audienceSeeking to produce microparticles that mimic red blood cells (RBCs), we presen...
Fine calcium alginate microgel particles, down to particle sizes lower than 100 nm, were produced us...
Ca-alginate microgel particles have been extensively studied for use in various foods and in biomedi...
A microfluidic technique is described to encapsulate living cells in alginate hydrogel microparticle...
We report a simple method for forming monodispersed, uniformly shaped gel microbeads with precisely ...
The purpose of this study was to prepare alginate (ALG) microspheres with narrow size distribution u...
A controlled synthesis of polymeric particles is becoming increasingly important because of emerging...
International audienceAlginate is a biopolymer that has exceptional gelling properties, which allow ...
This paper reports a novel microfluidic method for the production of cross-linked alginate micropart...
Alginate hydrogel particles are promising delivery systems for protein encapsulation and controlled ...
Alginate is used extensively in microfluidic devices to produce discrete beads or fibres at the micr...
The application of hydrocolloid gel particles is potentially useful in food, chemical, and pharmaceu...
A novel method to fabricate shape controllable alginate/pNIPAAm complex microgels is reported. Monod...
A microfluidic method for the in situ production of monodispersed alginate hydrogels using chaotic m...
Ionotropic alginate microgels are commonly used as an encapsulation medium for biomedical, bioproces...
International audienceSeeking to produce microparticles that mimic red blood cells (RBCs), we presen...
Fine calcium alginate microgel particles, down to particle sizes lower than 100 nm, were produced us...
Ca-alginate microgel particles have been extensively studied for use in various foods and in biomedi...
A microfluidic technique is described to encapsulate living cells in alginate hydrogel microparticle...
We report a simple method for forming monodispersed, uniformly shaped gel microbeads with precisely ...
The purpose of this study was to prepare alginate (ALG) microspheres with narrow size distribution u...
A controlled synthesis of polymeric particles is becoming increasingly important because of emerging...