Sentence examples for analyses of the compound from inspiring English sources

Single crystal X-ray analyses of the compound 1 shows a single stranded helicate architecture where the coordination number four around the zinc ion is maintained by two oxygen donors from ntp2− ligands and two chloride anions.

For analyses of the compound action potential amplitude, standardized input output functions were generated for each slice by varying the intensity of stimulus pulses (200 μs duration, delivered at 0.2 Hz) in steps from approximately threshold level to an asymptotic maximum (0.3 4.0 mA) for the short-latency negative compound action potential component.

Also the effect of gamma irradiation on the particle size and drug release was evaluated and DSC and XRD analyses of the compounds and the nanoparticles were performed.

In vitro analyses of the compounds for antifungal and hemolytic activities indicated that combinations of several mutations caused additive improvements in their activity-toxicity properties.

Satisfactory elemental analyses of the compounds could not be obtained due to their high air- and moisture-sensitive nature.

Thus, the elemental analyses of these compounds showed the presence of variable amounts of water and in some cases of EtOAc, used in the crystallization.

The thermogravimetric analyses of these compounds show that the coordinated water and lattice water are lost in two steps, and the final residues are lanthanide oxides.

The structural analyses of these compounds can be exploited towards the development of better inhibitors.

Structural analyses of these compounds reveal that the cationic moiety is a monomeric complex in which the metal is coordinated by five aqua ligands and one carboxylato O-atom from the 5-nitrosalicylato ligand, forming a slightly distorted octahedron.

The linear ranges, calibration equation, determination coefficients (r2), LOD and LOQ for the analyses of the six compounds are summarized in Table 2.

HPLC analyses of the labeled compounds were performed on a GL-7400 low-pressure gradient HPLC system (GL Sciences, Inc., Tokyo, Japan) with a radioactivity detector (RLC-700, Hitachi Aloka Medical, Inc., Tokyo, Japan).