Sentence examples for methodology for cell from inspiring English sources

To provide a practical guidance for the effective laboratory testing, we developed a systematic evaluation methodology for cell phone user interfaces (SEM-CPU).

A new methodology for cell formation, which considers the scheduling and operational aspects in cell design under demand changes, is introduced in Phase II.

The methodology for cell competition is based on bacterial batch culture competition models [ 46], in which cells are maintained in logarithmic growth and serially passaged.

These new peptides expand biomaterial design methodology for cell-based regeneration of bone defects.

GMS conceived the study, established the confocal microscopy methodology for cell-chrysotile interaction analyses, analyzed the images and wrote the manuscript.

This paper introduces the use of a fuel cell HiL methodology for fuel cell and fuel cell system design and evaluation where the fuel cell (or stack) is the unique HiL component that requires evaluation and development within the context of a fuel cell system designed for a specific application (e.g., a fuel cell vehicle) in a typical use pattern (e.g., a standard drive cycle).

Cell viability was calculated using the same images and methodology used for cell number assessment: nuclei surrounded by actin were counted as viable, while all other nuclei were considered to be dead cells.

In addition to illuminating cytoprotective features of autophagy in response to cellular damage, this screen establishes a genetic methodology for investigating cell biological phenotypes in live cells, in the context of viable wild type organisms.

One might anticipate that the use of any such agents in situ will require methodologies for cell-specific delivery and regulated dose and/or function to avoid perturbing the natural balance of other miRNA-mediated effects on the transcriptome.

Hence, such nano-assemblies formed by means of this top-down approach could be explored as a bottom-up methodology for encouraging cell migration to those architectures for forming cell patterns to nano-electronics, which are a few examples, respectively.

This approach presents a powerful new methodology for controlling cell fate, and is promising for multiple applications in tissue engineering and regenerative medicine.