In the region of high anodic potentials, as well as for low ones, the dependence of surface coverage on the bulk concentration is described by Temkin's isotherm.
The readout data of the SuMo device were further compared with the quantitative results from in situ optical waveguide lightmode spectroscopy (OWLS) and successfully validated by testing the dependence of fibrinogen coverage as a function of fibrinogen solution concentration.
The time dependence of surface coverage, differential capacitance, and formal potential of electroactive hydroquinone(H2Q) moiety supports that the adsorption of H2Q(CH2)nSH molecules typically processes with a two-step adsorption consisted of a fast initial adsorption and a slowly following reorganization.
The power is studied in dependence of the coverage and other factors like sequencing error rate and allele frequency to be detected.
In the case of NGS data, this translates to a dependence on coverage, base- and mapping qualities as well as consistent experimental conditions for tumor and control samples.
This screening reduced the number of non-synonymous SNPs in high coverage TUGs, removed the dependence of dn/ds on coverage, and removed the need to control for sampling biased by depth (i.e. coverage; see [ 76, 77]).
Expressions for the dependence of the surface coverage and current density on overpotential were derived for both routes without kinetic approximations.
The dependence of a surface coverage (Γe) at adsorption equilibrium on the bulk concentration is accurately described by the Langmuir isotherm at several concentrations ranging from 8 × 10−6 to 1 × 10−5 M for all H2Q(CH2)nSH molecules.
Although, if making decisions on timings, waning would need to be considered, this illustrates why it could be important to consider the time dependence of the effective coverage, particularly if the prevalence of the disease being vaccinated against has a strong age dependence.
The kinetic constants obtained from the correlation of the kinetic current expression to the experimental data were used to simulate the dependence of the surface coverages and elementary reaction rates on overpotential.
