Synthesis of semifluorinated polymers containing fluorous groups on the backbone or as
side chains is an increasingly popular field of research. Introduction of fluorine in polymers …

Fluorinated polyesters have demonstrated significant research value and application
prospects, while their traditional synthetic strategies were restrained by harsh reaction …

The aim of this work was to improve and disclose novel properties of polylactic acid (PLA)-
based films, using ad-hoc synthesized star-shaped polymers characterized by short …

Soft (flexible and stretchable) biosensors have great potential in real-time and continuous
health monitoring of various physiological factors, mainly due to their better conformability to …

Bone repair is a complex and multifactorial regulatory process, and achieving precise and
efficient bone regeneration is a fundamental goal of bone tissue engineering. Promoting the …

Thrombosis and infection are the leading causes of blood-contacting device (BCD) failure,
mainly due to the poor performance of existing biomaterials. Poly (2-hydroxyethyl …

Radiolabeling a protein, molecule, or polymer can provide accurate and precise
quantification in biochemistry, biomaterials, pharmacology, and drug delivery research …

Herein, we describe a novel electrochemistry facilitated one-pot multicomponent cascade
annulation and bi-functionalization reaction that enables the efficient synthesis of highly …

Epitaxial crystallization and solid hot‐drawing technology were employed to fabricate
oriented homo‐epitaxial crystallization of polylactic acid (PLA) with nano‐topography to …

Intravascular catheters (IVCs) and other medical tubing are commonly made of polymeric
materials such as polyurethane (PU). Polymers tend to be fouled by surface absorption of …