Sentence examples for methods we demonstrated from inspiring English sources

Using microscopy methods, we demonstrated dramatic morphological changes in the nickel substrate induced by graphene growth.

With both methods, we demonstrated micrometer-scale resolution and absolute calibration to the dissolved oxygen concentration.

Using these and other optical sectioning methods, we demonstrated that the recruitment of factors was rapid and sequential, thereby a transcriptional factory that efficiently recycles RNA polymerase II (Pol II) is built during gene activation [14, 15].

Based on comparisons with genetic algorithm, particle swarm optimization, FOA, LGMS -FOA, and chaotic FOA methods, we demonstrated that DSLC-FOA performed better at searching for the optimal solutions of four typical benchmark functions.

Using single-crystal X-ray diffraction and other characterization methods, we demonstrated NVP can form crystalline inclusion complex (IC) with the biodegradable hydrophobic poly(ε-caprolactone) (PCL), and investigated the potential of the NVP-PCL IC microparticles as a long-acting injectable solid form.

Patients and methods We demonstrated genetic invalidation (miR-21���/−) or pharmacological inhibition of miR-21 (antagomiR-21).

Using asymptotic methods, we demonstrate the surprising similarities between the leading order equations for the dilute and concentrated theories.

Using variational methods, we demonstrate that feedbacks can increase information transmission, allowing bacteria to resolve up to two additional ranges of cell density when compared with bistable quorum-sensing systems.

In combination with magnetic bead-based methods, we demonstrate the ability to select for cells of high productivity in the absence of any metabolic-based selection method.

Using these new methods, we demonstrate that the energy conservation error and computation efficiency of the integrated algorithm are much better than classical method.

With the two on-line methods, we demonstrate that the controller can learn through interaction with its environment to overcome simulated failure of its sensors.