<p>(A) Fluorescent images of PLGA substrates with (right) or without (left) immobilized, fluorescently labeled peptides (FITC-BFP-1). (B) Contact angle measurement of PLGA, pDA-PLGA, and pDA-BFP-1-PLGA films (**: p <0.01). (C) X-ray photoelectron spectroscopy (XPS) analysis of PLGA, pDA-PLGA and BFP-1-pDA-PLGA films. (D) Chemical composition of film surfaces. (E) Scanning electron microscopy of PLGA, pDA-PLGA and pDA-BFP-1-PLGA scaffolds. (F) Amount of immobilized BFP-1 (μg). (G) Release curves of pDA-BFP-1-PLGA scaffolds and films.</p
The surface science of bioassay devices is of great importance in the development of modern diagnost...
A new method of surface heparinizing biodegradable polymers was designed. A heparin-modified poly(L-...
Elemental and morphologocal analysis were applied to investigate the degradation behavior of commerc...
Surface characteristics and biological properties of paclitaxel-embedding poly(lactide-co-glycoliade...
We present the development of a drug-loaded triple-layer platform consisting of thin film biodegrada...
Surface characteristics and biological properties of paclitaxel-embedding poly(lactide-co-glycoliade...
AbstractPolymer microspheres for controlled release of therapeutic protein from within an implantabl...
Poly (lactic-co-glycolic acid) (PLGA) is a highly promising candidate for use in the formation of ti...
Hydrophobic, antirestenotic drugs such as paclitaxel (PCTX) and rapamycin are often incorporated int...
International audiencea r t i c l e i n f o Biodegradable and bioassimilable poly((R,S)-3,3 dimethyl...
ABSTRACT: At present PLGA is widely used in clinical as a drug carrier in drug-eluting stent coating...
The cell recognition of bioactive ligands immobilized on polymeric surfaces is strongly dependent on...
The goal of the present work was to understand the important design factors for a nanostructured pol...
The surface science of bioassay devices is of great importance in the development of modern diagnost...
A new method of surface heparinizing biodegradable polymers was designed. A heparin-modified poly(L-...
Elemental and morphologocal analysis were applied to investigate the degradation behavior of commerc...
Surface characteristics and biological properties of paclitaxel-embedding poly(lactide-co-glycoliade...
We present the development of a drug-loaded triple-layer platform consisting of thin film biodegrada...
Surface characteristics and biological properties of paclitaxel-embedding poly(lactide-co-glycoliade...
AbstractPolymer microspheres for controlled release of therapeutic protein from within an implantabl...
Poly (lactic-co-glycolic acid) (PLGA) is a highly promising candidate for use in the formation of ti...
Hydrophobic, antirestenotic drugs such as paclitaxel (PCTX) and rapamycin are often incorporated int...
International audiencea r t i c l e i n f o Biodegradable and bioassimilable poly((R,S)-3,3 dimethyl...
ABSTRACT: At present PLGA is widely used in clinical as a drug carrier in drug-eluting stent coating...
The cell recognition of bioactive ligands immobilized on polymeric surfaces is strongly dependent on...
The goal of the present work was to understand the important design factors for a nanostructured pol...
The surface science of bioassay devices is of great importance in the development of modern diagnost...
A new method of surface heparinizing biodegradable polymers was designed. A heparin-modified poly(L-...
Elemental and morphologocal analysis were applied to investigate the degradation behavior of commerc...