Sentence examples for a highly viable from inspiring English sources

The specific glucose uptake rate of the wild type could be completely maintained during the engineering process, providing a highly viable producer.

In accordance to current technological advancements in the field of sustainable construction materials, high calcium wood ash (HCWA), a by-product from the biomass power generation sector, has been established as a highly viable supplementary binder material for the production of concrete and mortar.

These changes make the bioinformatics approach to identifying RLGS spots of interest a highly viable and effective alternative to more complex RLGS spot cloning methods.

Pharmacophore development from a given set of molecules with high inhibitory activity against a particular protein target is a highly viable approach in ligand based drug design.

What is apparent from these studies is that various agents can specifically activate different 'arms'of the p53 apoptotic response and that targeting both PUMA and Bax could be a highly viable approach (summarized in Figure 8).

Recent discoveries in the field of melanoma and ovarian cancer research have suggested that the vasculogenic-like patterned networks formed by tumor cells in vitro may account for a subcategory of highly viable, nonangiogenic tumors seen in vivo [ 3, 4].

Mesenchymal stem cells mixed in DnL gels and injected through a fine needle remain highly viable (>90%) during the encapsulation and delivery process, and encapsulated large molecules are released with profiles that correspond to gel erosion.

F1-hybrids and backcrosses between the two closely related Microbotryum species M. lychnidis-dioicae and M. silenes-dioicae are highly viable on a natural host and a novel host, which supports the idea that hybridization and introgression have the potential to impact natural Microbotryum populations.

In conclusion, we developed and validated an optimized isolation procedure for primary HSC from mouse livers, which results in a highly pure, viable, and functionally active population of HSC.

As a matter of fact, cells should at least be highly viable, able of electromechanical integration with the resident healthy cardiomyocytes, and possibly histocompatible.

High throughput, low-cost production of AuNP-based biosensors is highly viable, and the technology can be transferred to a wide range of biosensing applications.