Sentence examples for a potential perturbation from inspiring English sources

The photocurrent of the working electrode and the electrochemical impedance spectra (EIS) over the frequency range of 50 mHz–100 kHz with a potential perturbation of 10 mV were measured using an electrochemical workstation (Zennium, Zahner) under irradiation of a 75-W halogen lamp with 2-cm interval between the lamp and the working electrode.

A potential perturbation of the interaction between mutant FOXL2 and other co-factors, such as Smad3 also remains to be studied.

To monitor a potential perturbation in the expression of cardiomyocyte-specific markers, we looked at the expression levels of cardiac vmhc and of cardiac cmlc2 in 2-day MO1 Fam40b knockdown embryos.

Indeed, in a potential step experiment the rate of Pt dissolution always declines significantly for the first 200 s following a potential perturbation that involves a change in the surface state.

Incubation of dendritic cells in the presence of GNPs did not affect the cellular viability and phenotypic morphology despite significant accumulation of GNPs in endocytic compartments; however the secretion of cytokines was significantly modified indicating a potential perturbation of the immune response [ 39].

Once a binding site was predicted with the threshold given by TRANSFAC, any change to the score of that site was considered as a potential perturbation that could represent an alteration of binding of the TF to that site leading to a change in expression.

so that the fixed point is looked for any potential perturbation in and not in First, note that is still continuous everywhere in its definition domain and also uniformly bounded since being a stability matrix and being bounded imply (2.9).

A sinusoidal AC potential perturbation of 15 mV was overlaid over the applied DC bias potential.

The electrochemical faceting of polycrystalline (pc) platinum yielding a (100 -preferred oriented electrode surface was accomplished in HF solutions by applying to the pc platinum electrode a square wave potential perturbation at 100 -preferred.2 torientedrangelectrode).

These models are internally self- consitent and, for the first time, quantitatively describe experimental responses over a wide range of potential perturbation.

This approach relies on the non-linear characteristics of the fluorescence intensity response towards a single frequency sinusoidal potential perturbation (163 Hz) which causes the DNA SAM to reorient, changing the efficiency of fluorescence quenching by the gold electrode.