Sentence examples for complementary separation from inspiring English sources

Finally, complementary separation selectivity was demonstrated using a set of pharmaceutically related organic acids separated by reversed-phase and ion-exchange methods.

The most enantioselective and complementary separation systems are then used as screening conditions in separation strategies.

The advantages of simplicity, selectivity, versatility and ease of use of free solution capillary electrophoresis (CE) present an orthogonal and complementary separation technique to the established methods of liquid chromatography (LC) for pharmaceutical analysis.

It is also demonstrated that, as already known after thermodynamics constraints, this condensation process is better adapted to high-concentrated effluent and needs a complementary separation system if regulations are severe.

HILIC and RPLC are complementary separation methods, and we used PolyMAC-Zr to enrich phosphopeptides after HILIC fractions.

Although the radiotracer can be monitored and its activity measured typically with a scintillation detector equipped with a thallium-activated sodium iodide crystal [NaI(Tl)], identification of arsenic-binding proteins requires more complementary techniques for separation and characterization.

By exploiting the tree structure of the problem, we develop some valid inequalities that have complementary strength and devise separation problems for finding effective valid inequalities that cut off fractional LP solutions.

Designing and construction of highly efficient Z-scheme photocatalytic systems has received growing attention because of their unique advantages of excellent photogenerated carrier separation ability, complementary light absorption property and high redox capacities, which made them highly promising in refractory organic pollutants removing in the field of wastewater treatment.

Here, the optimal separation luciferase complementary system plays an important role.

Ideally, the combination of RP and HILIC in tandem would combine their complementary selectivities for the separation of both hydrophobic and hydrophilic species and enable "full component" analysis [ 21– 21].

Subsequently, the captured probe-target DNA fragment complex immobilized on the magnetic beads were selected and separated from other non-complementary fragments by magnetic separation, then released and amplified by adapter polymerase chain reaction (PCR), finally the PCR products enriched for SINE and LINE were cloned directly into T-vector for sequencing.