The best-fit unfolding probability (solid line), folding rate (dashed line), and unfolding rate (solid line) were obtained by non-linear least-squares fitting using a simplified energy-landscape model of SNARE assembly ('Materials and methods').
Radial solids concentration profiles, probability density distribution profiles, standard deviation profiles and frequency spectra were determined in order to quantify the bottom zone hydrodynamics.
The expected probabilities (solid dots) agree nicely with the observed proportions from the simulated data (colored x's).
The solid line indicates the probability averaged over the respective Δl and the dashed line indicates the probability averaged over 0.1 units at the respective point.
These plots compare the observed probabilities of choosing specific response options (solid lines) with the probabilities estimated from the model (dashed lines).
In Fig. 8 b, the solid line reflects the probability against d/R c, where the dashed line reflects the growth rate of probability.
Half of the observed TRF events are used to parameterize the model of Eq. 4 (dashed lines), while the other half is used to estimate the TRF probability empirically (solid lines).
The transient local solid fraction and its probability density function profoundly reveal the two-phase micro-structures (dilute phase and emulsion phase or cluster phase in the constrained back-mixing region) and explain the heterogeneous phenomenon of solid fraction in the ALR.
Panel C shows the CTC concentration in solid black and the probability of forming the first DM is solid gray on the secondary y-axis.
Since the probe dyes are trapped by solid matrix, their collision probability with oxygen molecules (e.g., fluorescence quenching) is reduced to some extent, and oxygen sensitivity is undermined accordingly.
