Sentence examples for viable growth from inspiring English sources

Peter Dolan, the company's chief executive, has to put forward a viable growth plan.

In addition to adding fat content, scientists are working on finding a viable growth medium that does not require the use of fetal bovine serum.

Enhancing emotional connection could be a viable growth strategy if the retailer could attract fully connected customers from competitors, transform satisfied customers into fully connected ones, or both.

Basic fibroblast growth factor (bFGF) supplementation was previously linked to the maintenance of stemness and the suppression of senescence with an optimal effect at 10 ng/mL, making bFGF at this dose a viable growth factor candidate14.

"You can't really claim there's a viable growth model for Europe," Mr. Summers said at a conference sponsored by the Académie Diplomatique Internationale and The International Herald Tribune in cooperation with the Harvard Kennedy School.

Nunzio Quacquarelli, the director and founder of QS Consulting and an expert on global business education, said that such mergers were "clearly a viable growth strategy for French business schools competing for students both domestically and internationally," and their number would probably increase in the next decade.

However, the initial apoptosis and later prolonged growth arrest phase in vitro is more than doubled in cells treated with Aza and Bz and this correlated with p21CIP1, Ki67 and P-Rb levels in viable growth-arrested cells.

Thirty-six metricsic metrics (18 of which are functions of economic variables) are computed for each viable-growth phenotype.

A resultant meta-phenotype transition network can be generated such that Nodes i and j represent two viable-growth engineering phenotype clusters.

A relatively small fraction of these conditions produce viable-growth phenotypes (Additional file 1: Figure S1): 15% for E. coli, 11% for S. cerevisiae, and 9% for S. oneidensis.

In spite of the limitations related to detection thresholds, correlation with the parameters derived from viable count growth curves, and inability to model growth in turbid liquid foods and in solid food matrixes, numerous techniques and mathematical growth models have been used in recent years for estimation of growth rates and lag times from absorbance data [ 5, 7, 8, 12– 12].