Sentence examples for rates of viability from inspiring English sources

The high rates of viability and proliferation of cells in contact with the PLLA shown by MTT and Live/Dead® tests demonstrate that this PLLA is a biocompatible material.

Under these conditions, 93.4% of atg1Δ cells remained viable after 120 hours of nitrogen starvation (Figure 1A and 1B), and similar rates of viability were seen for other atg mutants (atg2Δ, atg7Δ, atg11Δ, atg15Δ) (Figure 2C).

Before infusion when the hMSCs were collected at the second passage, the rates of viability to blue trypan were 98%.

Control cell rates of viability were higher, 58 ± 8% at day 3 and 69 ± 19% at day 6.

Protoplasts isolated using this system displayed high rates of viability, initiate cell division sooner and at much higher frequencies than reported earlier, and have facilitated the first report of protoplast-derived callus in this species.

Fig. 5 Graph of MTT assay after 24 h showing the rate of viability of Vero cells after exposure to different concentrations (20,000, 10,000, 1000, 500, 250, and 100 μg/ml) of the progesterone-loaded nanofiber.

It is imperative to evaluate and record the actual rate of viability of DNA lysates from deactivated MTB cultures in individual laboratory settings [ 12].

In this study, we demonstrate that the vitrification method developed here facilitated the cryopreservation of a chondrocyte sheet while maintaining its macro- and microstructures and allowing a high rate of viability of the constituent cells.

For some seed lots, in which viability was lost before 45 d, sampling was discontinued earlier; for a few seed lots, later samples were at longer intervals due to an unexpectedly slow rate of viability loss.

It is presumable that the small rate of viability observed (2 of 24), which is similar to what was seen by Bemer-Melchior et al., resulted from incompletely submerging sample tubes or cell density within the tube [ 9].

Considering higher rate of viability and proliferation in PLGA/chitosan nanofibers, it can be assumed that such a composite scaffold fabricated through emulsion electrospinning would be an appropriate candidate for skin tissue engineering applications.