This study reports methods for coating miniature implantable glucose biosensors with
electrospun polyurethane (PU) membranes, their effects on sensor function and efficacy as …

The aim of this study was to introduce bioactivity to the electrospun coating for implantable
glucose biosensors. Coaxial fibre membranes having polyurethane as the core and gelatin …

In vivo tissue responses and functional efficacy of electrospun membranes based on
polyurethane (PU) and gelatin (GE) as biomimetic coatings for implantable glucose …

Continuous glucose sensors offer the promise of tight glycemic control for insulin dependent
diabetics; however, utilization of such systems has been hindered by issues of tissue …

The aim of this study was to develop polyurethane (PU) based fibro-porous membranes and
to investigate the size-effect of hierarchical porous structure on permeability and surface …

This paper describes the preparation method as well as the in vitro and in vivo evaluation of
a novel flexible glucose biosensor designed for long-term subcutaneous implantation. An …

Commercially available implantable needle-type glucose sensors for diabetes management
are robust analytically but can be unreliable clinically primarily due to tissue–sensor …

In order to protect implanted glucose sensors from biofouling, novel hydrogels (146–217%
water by mass) were developed based on a copolymer of hydroxyethyl methacrylate …

The active release of pharmaceutical agents and the use of porous sensor membranes
represent the two most promising strategies for addressing the poor tissue biocompatibility …

We demonstrate that microporous PVDF membranes sandwiched between multiple layers of
nanomaterials can be used for continuous monitoring of glucose level in vivo. This is …