Sentence examples for sensitive to peroxide from inspiring English sources

HIF OH was more sensitive to peroxide in these cells, but differential sensitivity of prolyl versus asparaginyl OH remained striking (Fig 1C).

Overall, ankyrin OH was found to be at least as sensitive to peroxide as HIF-1α N803-OH.

The finding that it is also sensitive to peroxide stress reinforces the notion that csp-6 is an important component of the conidiation pathway in N. crassa.

Three mutants (Δ pp2A, Δ pzl-1, and Δ pph-4) showed increased sensitivity to both t-BuOOH as well as menadione (Table 3), whereas Δ pph-6, Δ csp-6, and Δ dsp-2 were exclusively sensitive to peroxide.

HIF asparaginyl hydroxylase (FIH) is shown to be strikingly more sensitive to peroxide than the HIF prolyl hydroxylases, indicating that hypoxia and oxidative stress are distinct regulators of the HIF response.

Here, we show that despite reduced sensitivity to cellular hypoxia, the HIF asparaginyl hydroxylase known as FIH, factor inhibiting HIF is strikingly more sensitive to peroxide than the HIF prolyl hydroxylases.

This finding agrees with other work showing that E. coli metabolic processes are very sensitive to hydrogen peroxide (reviewed in [ 44]) and the model predicts that the coupling of hydrogen peroxide metabolism to the thioredoxin redox cycle can limit sensitive cellular processes, such as DNA synthesis, under oxidative stress conditions.

The fluorescence (FL) of Mn2+-doped CdTe/ZnS QDs was sensitive to hydrogen peroxide (H2O2).

The enzyme is a dimer, which contains 1.7 Fe equivalents and is sensitive to hydrogen peroxide (H2O2).

Herein we demonstrated that the photoluminescence (PL) of CdTe/CdS QDs was sensitive to hydrogen peroxide (H2O2).

Fig. S2D E shows that growth of Hpx− ΔbtuE cells is more sensitive to hydrogen peroxide than that of the parental Hpx− strain only in aerobic conditions.