Sentence examples for behavior of single molecules from inspiring English sources

Recent advances in optical techniques have permitted researchers to probe the behavior of single molecules in a solid or liquid sample.

To verify that the experiments are performed on the single molecule level, the typical blinking behavior of single molecules is confirmed in the wide-field configuration with millisecond integration times.

Electrokinetic phenomena in micro/nanofluidic channels have attracted considerable attention because precise control of molecular transport in liquids is required to optically and electrically capture the behavior of single molecules.

The ability to measure the structure and behavior of single molecules has evolved in parallel in fields ranging from physics to biology.

The absence of a significance difference in the apparent diffusion coefficients suggests that our labeling strategy does not alter the behavior of single molecules.

Since it detects the activity of single molecules, channel-like behavior can be measured from trace contaminants after even crystallography-grade purification (Accardi et al., 2004).

During the past two decades, tremendous progress has also been made on quantitative characterizations of the behavior of molecular bonds under force, mainly on the level of single molecules or bond clusters between rigid media.

In summary, our analysis, together with earlier studies of single molecule behavior of alpha-helical proteins, improves our understanding of deformation and failure mechanisms of structurally flawed protein networks by providing an integrative model to bring together single molecule properties and larger-scale material behavior through an integrated, consistent multi-scale perspective.

To our knowledge, this is the first attempt to try to establish rules for simultaneous or competitive docking of adaptors to phosphorylated receptor tails, followed by application of these rules in simulations of single molecule behavior.

Dynamic light scattering experiments probe the micro-Browian motion which is the thermally activated free diffusion of dissolved macromolecules, in other words, DLS probes the hydrodynamic behavior of solved single molecules.

The magnetic analysis unveils that both complexes 1 and 2 are of single molecule magnet behavior, and both of them can be regarded as rare SMMs based on the salen-type ligand with a double-decker structure.