Sentence examples for particles can readily from inspiring English sources

Lymphatic mapping with blue dye results in a high rate of false-positive nodes because the small dye particles can readily diffuse through the true SLN and traverse multiple nodes [ 8].

12, 13, 15, 19, 21 Isosulfan blue is distributed rapidly through the afferent lymphatic channels; however, because of their small size, the dye particles can readily diffuse through the true SLN to 2nd- and 3rd-tier nodes (a total of up to 21 "sentinel" nodes are reported).

The results from our studies revealed that PE-coated ferumoxytol particles can be readily employed for labeling of DC and DC progenitors and thus are potentially suitable as contrast agents for MRI tracking.

It was found that the SNT particles can be readily dispersed homogeneously in the polyimide matrices by using a special solvent mixing/casting method (PIPAA-PM films) and melt-blending method (Ultem®-1000 Ultem®-1000ic nanocomposithermoplasticted temperatures that are well below the thermal degradationanocompositesof the SNT patticlelevated

While for HPgND-1%, uniform dispersion of ND particles can be readily observed only with some small and loose clusters, which demonstrates that one-step reactive blending was effective for improving the dispersion of ND in the polymer matrix.

CARS allows simultaneous visualization of the cell framework and the MPIOs, where the particles can be readily distinguished from other cellular components of comparable dimensions, and localized inside the cell.

Regardless of what compound it is, particles this small can readily penetrate and lodge deep inside the lungs.

And unlike basic classical mechanics where you can think about the motion of just a few objects, it's extraordinarily difficult to simulate these systems in a direct way, because the collective behavior you're after demands many more particles than you can readily keep track of.

decays mainly as a beta emitter with a very small energy, but in 1.38% of cases it emits an alpha particle, so it can readily be identified through alpha spectrometry.

For colloidal particles with impermeable surfaces, such as latex and mineral particles, electrophoretic mobility (EPM) data can readily yield a quantitative description of the surface electrochemical structure using the electric double layer (EDL) model framework [15].

Targeting of the particles can be achieved by modifiers readily chosen from the large repertoire of targeting molecules, such as peptides and antibodies.