… and fluorescently labeled proteins) to the core or shell phase … creating monodisperse
microspheres utilize controlled flow … -core microcapsules of controllable size and shell thickness. …

… used to form the shell or the thickness of the shell. DWMS are … layer to a biodegradable
polymeric microsphere may provide … -co-glycolide system for the controlled release of proteins …

… , biodegradable polymeric microspheres have gained attention for the controlled release of
therapeutic proteins/… Using these methods, the core–shell structure in the microspheres is …

… 1–1000 µm and a shell thickness of at least a few micrometers are … shell microspheres is a
biodegradable polymer. Just like the … This results in increased monodispersity of the particles. …

… -shell thicknesses and compositions to investigate the distribution of protein, encapsulation
efficiency, and in vitro release. … -walled microspheres (DWMS) composed of biodegradable …

… microspheres are often used to try to control protein release for injectable formulations15. This
is an attractive approach because PLGA is biocompatible, biodegradable… total thickness of …

… and complete protein release. We varied MS morphology and studied the control of protein
release. … can be used to formulate biodegradable polymeric MSs for the sustained release of …

… for the preparation of monodisperse microspheres. One of the … It was reported that the
droplet size and the shell thickness … inner emulsion droplets with controllable size have been …

… factors in biodegradable poly(lactide-co-glycolide) (PLGA) … in vitro release of GDNF from
PLGA microspheres or cores–shell … Furthermore, the thickness of the chitosan shell appeared to …

… is consequently controllable in theory [25], [28]. Some … to prepare special microspheres
with a core-shell structure to … small particle sizes and high monodispersity. However, too small …