Sentence examples for release functionality from inspiring English sources

Control sensors, assembled without NO release functionality, exhibit distinctive surface clotting over the 7 h in vivo implantation period.

PVP was blended with graphene oxide (GO) to improve the drug release functionality of PVP nanofiber as well as its mechanical properties.

Offering continuous, high pressure and quick release functionality, the new pumps have slotted comfortably into their high-tech surroundings, which is one of Thames Water's flagship process plants.

The biocompatible hybrid coating with sequential release functionality proposed in the present study can enhance the osseointegration process and possess promising potential for clinical applications in bone implants and tissue engineering.

Here we describe the results of a systematic study investigating the impact of drug-linker design on the in vivo properties of a series of homogeneous ADCs with a conserved site of conjugation, a monodisperse drug loading, a lysosomal release functionality and monomethyl auristatin E as a cytotoxic payload.

We design a novel implant material consisting of a mesoporous SiO2 diffusion barrier (pore diameter: 6.4 nm) with controlled drug release functionality integrated in a macroporous Ti load-bearing structure (fully interconnected open porosity: 30%; pore window size: 0.5 2.0 μm).

Designing advanced biomaterials for tissue regeneration with drug delivery and release functionalities remains a challenge in regenerative medicine.

The inclusion of growth factor (GF) controlled release functionalities in the scaffolds is a possible strategy to achieve such goal.

At the metal interface, a silica mesoporous thin film was used to offer storage and release functionalities for benzotriazole inhibitive molecules (active protection).

A microfluidic jet spray drying technique was used to encapsulate hydrophilic drug in uniform microparticles, while tailoring their controlled release functionalities.

A macromolecule may be designed to act as a vector or carrier for a drug specifically "engineered" to avoid side effects, and capable of precise delivery of its "payload" with the help of targeting and release functionalities.