Sentence examples for viable surface from inspiring English sources
Underground construction in urban areas has, thus, generally been limited to situations without a viable surface alternate; as a result, additional increases in surface construction have further aggravated the problem.
Overall, FSP of A-286 stainless steel alloy resulted in a lower wear rate suggesting it is a viable surface engineering technique to target and mitigate site-specific wear.
On the basis of these results, the Mn3(PO4)2 coating is proposed as a viable surface modification method for the enhancement of the electrochemical and thermal properties of LiNi0.6Co0.2Mn0.2O2.
To discriminate between factors playing a role during intracellular multiplication from those that contribute to Caco-2 cell adhesion or invasion, the number of viable surface-attached or intracellular L. monocytogenes cells 35 minutes or two hours after infection was determined for all mutants selected above.
A single-use medical examination glove is used correctly if it is donned on hands before caring for a patient or before manipulation of innate or viable surfaces, which are anticipated to harbour pathogenic microorganisms in high numbers.
As we enter the 4th decade of use, ceramic-on-ceramic total hip arthroplasty remains a viable bearing surface for young and active patients requiring hip replacement.
The number of GAH molecules bound to the viable cell surface was calculated using fluorescent latexes with known FITC-bound molecule numbers (Flow Cytometry Standard) as standards.
The overarching goal of repairing articular cartilage lesions is to achieve a functional and viable joint surface in the long term and prevent progression to osteoarthritis (OA) [ 1, 2].
In a subset of patients with an available frozen cell sample stored in viable conditions, surface phenotypes were evaluated on thawed PBMCs by flow cytometry (FACS Sort Becton-Dickinson, San Josè, California, USA) using directly labeled antibodies (fluorescein isothiocyanate [FITC], phycoerytrin [PE], and Peridinin-chlorophyll-protein complex cyanin 5.5 [PerCP Cy5.5]).
The approach is of particular benefit when evaluating the stability of large existing slopes with complicated stratigraphy as these slopes are likely to contain multiple viable slip surfaces.
Protein low-fouling polymer brushes could be developed into commercially viable culture surfaces for hPSC maintenance and also for novel differentiation protocols because radical polymerisation methods allow them to be inexpensively and consistently produced at scale.
