Sentence examples for generated tightly from inspiring English sources

The antimicrobial susceptibility tests performed with the broth dilution method used in this study have over the years generated tightly grouped MIC populations for the field isolates and reproducible results for the control strain.

We used epithelioid and round cell variants of the HCT-8 human colon carcinoma cell lines to generate tightly and loosely packed xenografts in nude mice.

The catalytic divalent metal ions (e.g., Zn2+) in various metallohydrolases function as Lewis acids, and they generate tightly bound OH– ion (by deprotonating water), which serves as a strong nucleophile during the hydrolytic reactions.

A clear view of how insight will be generated, with tightly coupled software that intelligently extracts meaning from the data or evaluates which data requires human classification.

Moreover, Fe Ce and Mn Ce provided more NH3 adsorption sites on the Lewis acid sites than La Ce and Y Ce, and the Mn dopant also generated a tightly bonded interaction with NH4+ on the Brønsted acid sites.

Direct evidence that such fibers are fundamental structural units of condensed chromatin in physiological ionic strength comes from early small angle X-ray scattering experiments of isolated nuclei which showed a diffraction signal at 1/30nm−1 proposed to be generated by tightly packed chromatin fibers [31].

Throughout the experiments, the sequence reads generated were tightly mapped nearby the intended probe regions.

In this review, we provide a categorization of these confounding variables and offer some possible solutions to generate more tightly controlled studies.

The LT3710, a high efficiency secondary side synchronous post regulator controller that is designed to generate a tightly regulated secondary output for multiple output isolated power supplies, is described.

DPC extracts the correct phase front that undoes the modal scrambling created by the multimode fiber and generates a tightly focused spot at the distal tip of the fiber.

In comparison, microfluidic technology has the capacity to generate a tightly controlled microenvironment that can be stably maintained for extended periods of time and is, therefore, amenable to adaptation for assaying chemotaxis.