Sentence examples for make them biocompatible from inspiring English sources

Successful using of GNRs in vivo at least requires engineering efforts to make them biocompatible and stable within in vivo microenvironment [20, 21].

The surfaces of these particles are generally modified with organic polymers and inorganic metals or oxides to make them biocompatible and suitable for further functionalization by the attachment of various bioactive molecules [80, 81].

However, the goal is to preserve the optical properties of these Qdots following surface modifications to make them biocompatible (Jiang et al, 2004).

As a consequence, a crucial step in the use of these hydrophobic UCNPs for bioapplications is modification and functionalization of their surface, in an effort to render them water-soluble, make them biocompatible, and provide reactive groups for subsequent bioconjugation to various biomolecules for enhanced circulation and targeting.

To implement CNT applications, particularly in biomedicine, it is possible to improve their solubility and dispersion by chemical treatments, such as acid functionalization or other methods, that make them biocompatible and able to cross cell membrane and deliver attached cargos into the cells.

In vitro bioactivity of HGMs thus makes them biocompatible and renders them for use in orthopaedics field.

Furthermore, the potential for coating the NPs with antibodies, collagen, and other micromolecules makes them biocompatible for detection and diagnosis.

Introduction of PEG onto the surface of nanoparticles protects against unwanted agglomeration, makes them more biocompatible, and decreases their nonspecific intracellular uptake.

Our results indicated that the mineralized nanofiber scaffolds with multilayer fabrics possessed excellent cytocompatibility and good osteogenic activity, making them versatile biocompatible scaffolds for bone tissue engineering.

[1, 2] One category of plasmonic NPs, gold (Au) NPs do not induce cytokine secretion, making them highly biocompatible and applicable to a number of delivery, sensing, and imaging applications [3 6].

Genetically encodable ELPs are monodisperse, stimuli responsive, and biocompatible, properties that make them attractive for drug delivery and tissue engineering.