Sentence examples for molecules per nanoparticle from inspiring English sources

The relaxivity of the conjugates was 24.1 29.1 mM−1 s−1, with 1.8 to 2.1 antibody molecules per nanoparticle.

The hybrid organic inorganic nanoparticles is tested against water and alcohols dye leaching showing larger resilience to leaching in water, high quantum yield despite the large dye concentration and huge relative brightness up to 1.5 × 105 emitting molecules per nanoparticle.

The average CP Sso loading was estimated to be about 2 molecules per nanoparticle.

The average number of CP Sso loaded on MNP-CP Sso was estimated to be about 2 molecules per nanoparticle.

Thermal stability of PEG-coated nanozeolites and the PEG molecules content per nanoparticle was determined by thermogravimetric analysis (TGA, Q500, TA Instruments, USA).

Lanterna et al. determined the degree of surface functionalization based on the shifts of localized surface plasmon resonance spectroscopy (LSPR) as a function of the number of molecules added per nanoparticle.

These bioengineered lipophilic vaults reversibly associate with a sample set of therapeutic compounds, including all- trans retinoic acid, amphotericin B, and bryostatin 1, incorporating hundreds to thousands of drug molecules per vault nanoparticle.

This step was used to obtain the pure PEG 5 -BP-USPIOs, but also to concentrate them and to calculate the amount of PEG 5 -BP-USPIOsad not bound to the surface of the nanoPEG 5 -BP-USPIOsnce provide us with an indirect estimation of the numbut of PEG molecules per iron oxide nalsoartoconcentratenfra).

As indicated by the square data points in 3, the minimum detection level of R6G increased by 3 orders of magnitude, changing from a few molecules per Raman sombrero nanoparticle to a few thousand molecules per nanodisk.

At the concentration of 10 9 M, which corresponds to an average of three molecules per single Raman sombrero nanoparticle for random adsorption of R6G on both Si surface and Ag sombrero nanoparticles (see Supporting Information), the bright contrast from closely packed regions (3) and the characteristic Raman peaks of R6G (3) are still clearly observed.

Each nanoparticle was functionalized with <500 DNA <span class="lh">molecules with an estimated 70 DNA DNA interactions per nanoparticle at the sensor surface.