Porous microcapsules have a broad range of applications that require a robust shell. We propose a new method to produce macroporous polymer capsules with controlled size, shell thickness, porosity and mechanical properties using co-flow flow-focusing glass capillary devices. The porous structure was investigated through SEM and the permeability through confocal microscopy. Compression tests on single capsules were performed. We obtained microcapsules with tailored permeability from open to close pores structures and able to withstand loads up to 150 g
Polymer microcapsules can be used as controlled release systems in drugs or in foods. Using layer-by...
Supplementary information file for Facile microfluidic production of composite polymer core-shell mi...
Polymeric porous particles are currently used for various applications in biotechnology, tissue engi...
Porous microcapsules have a broad range of applications that require a robust shell. We propose a ne...
Porous microcapsules are of great interest in diverse applications, ranging from encapsulation for c...
This article investigates the use micro-capsules, containing a gelling agent hydroxypropyl cellulose...
Microcapsules for controlled chemical release and uptake are important in many industrial applicatio...
Polymeric microcapsules with shells containing homogeneous pores with uniform diameter on the nanome...
Monodispersed microcapsules for gas capture and sensing were developed consisting of elastic semiper...
Core-shell polymer microcapsules are well known for their biomedical applications as drug carriers w...
Microcapsules of customized shapes offer significant advantages over spherical ones, including enhan...
Polymeric microcapsules with shells containing homogeneous pores with uniform diameter on the nanome...
Polymeric porous capsules represent hugely promising systems that allow a size-selective through-she...
Microcapsules with regular pore size can provide size-selective permeation, which is promising for i...
Microencapsulation is a technology in which small particles or droplets are entrapped by a coating t...
Polymer microcapsules can be used as controlled release systems in drugs or in foods. Using layer-by...
Supplementary information file for Facile microfluidic production of composite polymer core-shell mi...
Polymeric porous particles are currently used for various applications in biotechnology, tissue engi...
Porous microcapsules have a broad range of applications that require a robust shell. We propose a ne...
Porous microcapsules are of great interest in diverse applications, ranging from encapsulation for c...
This article investigates the use micro-capsules, containing a gelling agent hydroxypropyl cellulose...
Microcapsules for controlled chemical release and uptake are important in many industrial applicatio...
Polymeric microcapsules with shells containing homogeneous pores with uniform diameter on the nanome...
Monodispersed microcapsules for gas capture and sensing were developed consisting of elastic semiper...
Core-shell polymer microcapsules are well known for their biomedical applications as drug carriers w...
Microcapsules of customized shapes offer significant advantages over spherical ones, including enhan...
Polymeric microcapsules with shells containing homogeneous pores with uniform diameter on the nanome...
Polymeric porous capsules represent hugely promising systems that allow a size-selective through-she...
Microcapsules with regular pore size can provide size-selective permeation, which is promising for i...
Microencapsulation is a technology in which small particles or droplets are entrapped by a coating t...
Polymer microcapsules can be used as controlled release systems in drugs or in foods. Using layer-by...
Supplementary information file for Facile microfluidic production of composite polymer core-shell mi...
Polymeric porous particles are currently used for various applications in biotechnology, tissue engi...