Sentence examples for to be fully viable from inspiring English sources

We have deleted the slr1738 gene (see Methods) and found the corresponding slr1738 null-mutant (Δslr1738) to be fully viable in standard growth conditions (Fig. 5), in agreement with the small number of genes with an altered level of expression (23, data not shown).

While the heterozygous flies appear to be fully viable at all concentrations of CPT used (Fig. 3), a significant loss of viability of flies homozygous for the CG7670 e04496 allele (i.e. those with very low levels of expression of DmWRNexo) was observed even at 0.1 µ m CPT, with almost total lethality from 0.2 µ m (Fig. 3).

Unlike past measures, "it's building a new type of downtown," he said, adding, "Whether there's enough there to draw visitors and be fully viable, we'll see".

Study findings suggest that while Third Wave DIY is revolutionary, its expansion may never be fully viable without subsidy of innovation activities.

In addition to the skin being fully viable and in its complete physiological environment, our study adds three important levels of complexity to current knowledge derived from previous in vitro experiments: (a) a fully functional circulatory system, (b) a fully functioning immune system, and (c) physiological flexing and movement of the skin.

sima null mutant individuals are unable to carry out transcriptional responses to hypoxia, although they are fully viable in normoxia.

This prompted us to examine whether female srpk gametes were fully viable by asking whether they could convert to ookinetes when fertilized by microgametes from a female-defective nek-4 null mutant (Reininger et al., 2005).

Both constructs are fully viable compared to the wild-type strain as shown by drop tests (Fig. 1-F), indicating that the GFP-Tah18 is functional and that overexpression of the GFP-Tah18 fusion protein is not toxic.

S. cerevisiae is fully viable and responsive to microgravity conditions either during spaceflight or in ground-based experiments [ 3].

Our group has previously reported that a distal extracellular truncation of murine Lrp1b that is predicted to secrete the entire intact extracellular domain (ECD) is fully viable with no apparent phenotype.

*These single-pair matings were omitted from the overall evaluation (see Methods) Since more than 40% of all single-pair matings were expected to produce mixed progeny (even if the insertion was fully viable) we analyzed a total of 20 single-pair matings before concluding that an insertion was lethal.