A series of previously-synthesized lactic/glycolic acid polymers (PLGA) with various molar …
biodegradation behavior, and in particular, the factors affecting the biodegradation rate. The …

… of polymers have been characterized in terms of … Biodegradation and drug delivery
application of these polymers have also been investigated. The synthesis and characterization are …

… drugs, ease of administration, and controllable drug release … study drug delivery application
of the PLGA synthesized and … good potential for extended release applications. The desired …

… a PLGA delivery system for short-term drug release application, we have synthesized a series
… These PLGA oligomers have the great advantage of faster biodegradation in comparison …

… with 1 H NMR, GPC, FT-IR, DSC, and their degradation … potential application of the synthesized
pHPUs as drug delivery … characterized with 1 H NMR, MTT assay, and DLS, respectively. …

… of drugs, thus facilitating long-term degradation of drug release up to several days/months.
The degradation … Slow degradation and less biocompatibility with soft tissues makes PCL very …

… use of enzymes to degrade a polymer matrix containing a depot of antimicrobial agents [32].
The polymeric drug delivery … trigger the degradation of the polymer. Subsequently, antibiotic …

… the PCL degradation [62] . Combinatorial methods have also been developed to study the
… behavior of biodegradable polyanhydrides for drug delivery applications [63] . 3.3 Synthesis …

… hydrolytic instability, nontoxic degradation products, ease of … drug delivery applications.
This review discusses the mode of degradation and drug delivery applications of biodegradable …

… to use the produced fructose during degradation of MIP as fuel. In … release. In other words
in this study, we designed non-toxic magnetic drug delivery systems based on biodegradable …