Sentence examples for a high viability from inspiring English sources

In addition, the cells in the resulting aggregates remain a high viability.

A high viability and mobility of the cell culture at the coating cell interface was detected.

The seed viability of cultivated rice was 5% in dry paddy and 0.5% in flooded paddy, but weedy rice maintained a high viability during winter of 90% in the dry paddy and 61% in the flooded paddy.

We found that cells cultured in hypoxia sustain a high viability for up to three days.

The study demonstrates that PGCs can be harvested from embryos with a high viability and that germ cells are able to migrate into the chicken recipient gonad, survive and differentiate into functional sperm alongside the endogenous chicken sperm.

Two compounds (KN-93 and Kenpaullone, samples 15 and 74) showed a more pronounced inhibition of TB4-UL83-EYFP or TB4-UL32-EYFP compared to TB4-IE2-EYFP with a high viability of the non-infected cells, while others (samples 5-Iodotubercidine, GF-109203X or BML-265, samples 10, 20 and 34) had a more reduced cell viability (30 50%).

Chondrocytes grown on pBC substrates displayed a higher viability compared to growth on the surface of unmodified BC substrates.

For example, dissociated sensory neurons cultured on vertically-grown epitaxial gallium phosphide nanowires (GaP NWs) showed a higher viability than planar gallium phosphide substrates (Figure 5 (C)) [58].

The human articular chondrocytes seeding into 3D cross-linked scaffolds shows a higher viability and proliferation in comparison with the uncross-linked samples and 2D controls.

To restrict its effects, ecological networks such as the trans-European network NATURA2000 are being developed based on the assumption that structural connections between habitat fragments lead to increased exchange through dispersal and a higher viability of (meta populations.

Cell culture results with 3T3 fibroblasts confirmed that the cells interacted strongly with the 3D silica fibers, showing a higher viability and proliferation rate than on 2D silica membranes, and that the cells migrated into the inner area of the sponge rapidly, indicating these silica sponges have potential to be used for 3D tissue regeneration.