Sentence examples for multitude of particles from inspiring English sources

Aptamers can target a diverse multitude of particles from small molecules like organic dyes [ 4] and amino acids [ 5] and larger molecules like antibiotics [ 6] and proteins [ 7] as well as whole cell surfaces [ 8].

Within the layer, the scientists report finding a multitude of diamond particles, all encased within carbon spheres.

The cell at the bottom right of Figure 3A is uninfected and shows MT staining only, and the cell on the left of the panel exhibits a multitude of fluorescent LeGFP particles associated with MTs.

The multitude of problems for particle as well as field interpretations prompted a number of alternative ontological approaches to QFT.

At the time of the quark theory's inception, the "particle zoo" included, amongst other particles, a multitude of hadrons.

The solutions of the equations describe, in a sense, possible worlds with different physical parameters, interactions, types of particles, and even dimensionality; the multitude of solutions are then identified with really existing worlds which generally are causally separate from ours.

Quantifying the role of surface shape and physicochemical surface conditions on the interfacial reactivity of particles and substrates is fundamental to a multitude of natural and engineered surface adsorption phenomena.

The order Herpesvirales contains viruses infecting animals from molluscs to men with a common virion morphology which have been classified into the families Herpesviridae, Alloherpesviridae and Malacoherpesviridae. Herpes virions are among the most complex virus particles containing a multitude of viral and cellular proteins which assemble into nucleocapsid, envelope and tegument.

It should also be considered that even with a single-source DEP it seems unlikely, given the multitude of chemical components adhered to the particle surface, that there exists a simple mechanism explaining the cellular effects.

Electromagnetic radiation exhibits a multitude of phenomena as it interacts with charged particles in atoms, molecules, and larger objects of matter.

While the Lagrangian formalism is well adapted to evaluating mechanical systems of particles, it is not as well suited to evaluating some transfers of energy, which involve calculations over a vast multitude of molecules.