These are some movies from the research that have been done in the past.
Stimuli-responsive microcapsules release fluorescent dye in response to pH change.
Slower, controlled release of contents of pH-sensitive capsules with polymer composite shell.
Capsule membrane degradation and along the direction of pH gradient.
Sequential release of fluorescent dye from capsules with two different shell thicknesses.
Capsule membrane degradation and expansion due to electrostatic pressure.
Capsule deformation and rupture while flowing through constriction.
A z-stack showing a complex construct with multiple microcapsules at the interface of a large emulsion.
Z-stack of fluorescently labeled microcapsules at the oil-water interface.
pH change induces deformation in the capsule, resulting in pore formation and content release.
Fabrication of a simple water-in-oil-in-water double emulsion.
Assembly of a composite oil-in-water-in-oil-in-water triple emulsion.
pH-responsive capsules.
Capsule “budding” in response to pH change.
Oil-responsive microcapsules engineered to release cargo at an oil-water interface.
Plasticized polystyrene microcapsules releasing tracer beads at oil-water interface..
Slow tracer bead release from plasticized polystyrene microcapsules at oil-water interface.
Emulsion solvent evaporation.
Structural emulsions containing nutrients releasing their contents upon exposure to a simulated gastric fluid. ***FEATURED in Nikon’s Small World photomicrograph competition! http://www.nikonsmallworld.com/people/image/alireza-abbaspourrad/1
Thermoresponsive triple emulsions: merging inner emulsion at elevated temperature.
