Sentence examples for molecules and clustering from inspiring English sources

Reduction of approved drugs to a set of systemically available small molecules and clustering based on their activity classes (e.g. dopamine receptor agonist) resulted in 244 compounds.

Activation results in increased affinity for ECM molecules and clustering into focal adhesions [ 57, 58] with rapid tyrosine phosphorylation of specific substrates and an increase in the concentration of lipid second messengers.

The field of nanotubes functions as an array of pores, allowing water and certain gases through, while keeping larger molecules and clusters of molecules at bay.

Symmetry-adapted molecular basis functions are widely applied for the electronic structure computations of molecules and clusters.

Figure 2 shows silicon-based contamination as molecules and clusters thereof cover a large fraction of the surface area of GO, which produced from graphite of low purity (i.e. 98%).

The mass spectrometric measurements were conducted with a CI-APi-TOF with nitrate based chemical ionization scheme in the negative ion mode26 for the detection of aerosol precursor molecules and clusters such as sulphuric acid and highly oxidized organic compounds.

Homogeneous nucleation is unlikely to occur in environments with a high condensation sink as under such conditions, condensable molecules and clusters are likely to attach to existing surfaces rather than self-nucleating to form new particles.

This, in turn, has motivated many theoretical investigations of the dynamics of electronic emission for molecules and clusters up to such a complex and interesting system as C60.

The illustrations of TOF reflectron applications are presented, and a possibility of analyzing molecules and clusters with masses of up to millions of daltons is pointed out.

By using few cycle carrier-envelope phase-stabilized laser pulses, isolated attosecond pulses are generated to study electronic timescales in molecules and clusters by ejecting inner shell electrons on attosecond timescales.

The aim is to increase the efficiency of the luminescence by increasing the overlap of the electron and hole wavefunctions, to tune the wavelength of the emission by forming alloys, molecules, and clusters, or to induce recombination at impurity centers.