Sentence examples for probability to undergo from inspiring English sources

Interestingly, in Tsix-stop male cells with m = 0.5 we still find that y can eventually, over a period of time, reach a value above zero (Figure S4F), suggesting that the single X in these male cells will still have a probability to undergo initiation of XCI upon differentiation or development (Figure S9B).

This simulation also shows that in this case only few cells inactivate both X chromosomes, as we previously reported [10], because early during differentiation the mutant X chromosome is subject to a high probability to undergo XCI compared to the wild type X, meaning that the XCI-activator level will drop well before the second X might become a target.

The different amino acids have a 11-fold difference in their probability to undergo changes.

PD seems to be a preferable choice for younger patients with high life expectancy and an elevated probability to undergo renal transplantation.

The rate constant k2 is independent of the specific substrate (0.071±0.009 and 0.073±0.010 MGy−1 occupancy−1 for MUA⋅ and UA⋅, respectively), thus suggesting an equal probability to undergo the one-electron reduction required to kick-start radical recombination.

Indeed, the disparity between this null hypothesis, where every cell is assumed to have an identical probability to undergo malignant transformation, and empirical observations is particularly important to understand, due to the fact that it could facilitate the identification of animal species that are more resistant to carcinogenesis than expected.

In this model, each cell has a small constant probability per unit time to undergo cell division.

The mutation rate is defined as the probability of a cell to undergo a mutation in its lifetime, and is expressed per microsatellite per cell per generation.

Under conditions of low variability, we would expect the probability for symmetric division to undergo selection for a longer period of time before reaching the mutation selection equilibrium.

Here we show that the probability of senescent cells to undergo PSNE is directly correlated to their macroautophagy, which is itself directly correlated to the activation of the NF- κB/MnSOD/H2O2 pro-oxidant pathway.

In general, the probability of a residue to undergo rotamer change upon binding increases with the number of flexible bonds (in parenthesis) in the following order: Lys(4) > Arg(4), Gln(3), Met(3) > Asn(2) > Asp(2), Phe(2), Ser(1), Tyr(2), Glu(3) > Ile(2), His(2), Leu(2) > Trp(2) > Val(1), Thr(1), Cys(1).