Currently marketed drug-eluting stents are non-selective in their anti-restenotic action. New
active substance introduction to polymeric stents and vascular grafts can promote early re …

Purpose The study discusses the value of electrospun cilostazol-loaded (CIL) polymer
structures for potential vascular implant applications. Methods Biodegradable …

An ongoing challenge in drug delivery systems for a variety of medical applications,
including cardiovascular diseases, is the delivery of multiple drugs to address numerous …

Nanofiber is a flexible and highly porous mesh that is advantageous for coating bare metal
stent and local drug delivery. Herein, we developed drug‐eluting stent coated with PCL/PU …

The hydrolysis of the polycaprolactone (PCL) as a function of the dissolution time in a
formic/acetic acid mixture was considered as a method for tailoring the morphology of …

Polymers exhibiting cell-selective effects represent an extensive research field with high
relevance for biomedical applications eg in the cardiovascular field supporting re …

Paclitaxel is a natural, highly lipophilic anti proliferative drug widely used in medicine. We
have studied the release of tritium-labeled paclitaxel (3H-PTX) from matrices destined for the …

Modulation of initial burst and long term release from electrospun fibrous mats can be
achieved by sandwiching the drug loaded mats between hydrophobic layers of fibrous …

An important sector of biomedical research is the generation of drug delivery systems
(DDSs), which can be used alone or integrated in stents for sustained drug release. In this …

Nanofiber nonwovens are highly promising to serve as biomimetic scaffolds for pioneering
cardiac implants such as drug-eluting stent systems or heart valve prosthetics. For …