Sentence examples for understanding of cellular structures from inspiring English sources

Consequently, the Plate-TEM tomography technique encourages understanding of cellular structures at high resolution, which can contribute to cellular biological research.

To be able to effectively tackle the issues ahead, we need to develop a better understanding of cellular structures, organelles, functioning properties, metabolic circles, signaling pathways or interactions, and of the tumor microenvironment.

There are numerous examples where HPF/FS combined with ET have changed our understanding of cellular structure and dynamics (Marsh et al. 2001; Murk et al. 2003; Perkins et al. 2001; Perktold et al. 2007; Tomova et al. 2006; Zeuschner et al. 2005).

Comparative genomic studies have the power to generate a broad overview of evolutionary conservation, and are in this respect helpful tools in understanding the evolution of cellular structures.

Better understanding of the NIR nanoprocess-ing of cellular structures without disturbing adjacent layer is important to the development of new techniques in cell biology.

As metastasis remains the leading cause of cancer-related morbidity in patients with solid tumours3, there is an immediate need to gain a more comprehensive understanding of the cellular structures and signalling pathways that drive cancer cell migration.

The objective of this work was to study the effect of dilution with carbon dioxide on the adiabatic burning velocity of syngas fuel (with various H2/CO ratios -air(21% O2–79% N2 by volume) mixturatios -airith detailed understanding of cellular flame structures.

Many have a sort of cellular structure, suggesting a microscopic view in radiant color.

Single-molecule localization microscopy techniques have the potential to substantially improve our understanding of how cellular structure and function is organized.

In a study of high school students' understanding of the cell, cellular structures, and processes, Flores et al. (2003) showed that many problems arise because students fail to distinguish between processes that happen at the organismal level versus the organ or cellular level.

Moreover, electron microscopy reveals organelles, membranes, macromolecules, and thus aids in the understanding of cellular complexity and localization of molecules of interest in relation to other structures.