Sentence examples for approach of nanoparticle from inspiring English sources

The improvement of oral bioavailability by particle size reduction is via increased dissolution rate rather than direct uptake; however, the approach of nanoparticle delivery might further improve efficacy and practicability of inhaled delivery and/or to overcome efflux transporter barriers in chemotherapy or CNS delivery.

The common stabilizers used in bottom-up approach of metallic nanoparticle synthesis (Au, Pt, Ag, etc).

This approach of complex nanoparticle incorporation into polymer/cement composites represents a promising example for combining transcript therapy with biomechanical engineering.

A molecular simulation approach of polypyrrole nanoparticles was done considering full networking of 12 pyrrole rings joined in hexagonal arrangements.

Green synthesis is a simple, eco-friendly and emerging approach of synthesizing nanoparticles (NPs) and currently, attracting scientific community from around the world.

Our approach of metal nanoparticle-conjugated fluorophores for combined DR and FLIM is generic since the probes can be chosen based on the wavelength region, and plasmon wavelengths can also be tailored depending on the shape and size of the metal nanoparticles.

The production of particles that are surrounded by a stabilizing corona is another advantage of this approach to nanoparticle fabrication.

However, this study has been adopted from the review of molecular dynamics approach for nanoparticle dispersion simulation as proposed by Loya et al. [17].

Unlike the traditional approach of depositing gold nanoparticles onto silica nanoparticles, we incubated Gd-doped silica nanoparticle within the aqueous core of the microemulsion with chloroauric acid, allowing gold ions to permeate further into the mesoporous silica matrix.

It is suggested in the recent literature that antibiofilms activity of nanoparticles might be the result of nanoparticle approach the biofilm resident through water channel (Stewart 2003).

More importantly, this approach allowed the control of nanoparticle sizes as well as the interparticle spacing; the nanoparticle sizes were controlled between 1 nm and 15 nm by varying the concentration of metal precursors, and the interparticle distance was varied between 30 nm and 140 nm by using block copolymers with differing block lengths.