Sentence examples for reverse rate from inspiring English sources

"⇒" denotes an increase (decrease) in the forward rate and a decrease (increase) in the reverse rate, in case of a reversible reaction.

The conversion between Zeaxanthin and Antheraxanthin is a reversible one, and as the forward reaction rate is greater than the reverse rate, the pathway from Zeaxanthin to Antheraxanthin is favored.

Formation of the branched intermediate (Branched) from the reactive precursor is reversible with a forward rate constant (k1) of 1.5 × 10 3 s–1 and a reverse rate constant (k 1) of 1.7 × 10 5 s–10 5

The toxin, T, binds reversibly to cell surface receptors, R, with a forward rate k1 and a reverse rate k−1 to form the toxin-receptor complex C R which is then slowly internalized at a rate k3.

Anti-PCSK9 is administered subcutaneously (SC) and absorption from the depot to the central plasma compartment is represented by a first order process with rate constant ka and bioavailability F. Reversible elementary binding kinetics of drug and target are modeled with forward and reverse rate constants kon and koff.

It set the reverse rate to be paid at 4.4%, much higher than the last official guidance of 3.35%.

Because INaL decreases at faster rates (see above), INaL block shortens APD more at slower ones, thus dampening the intrinsic reverse rate-dependency of repolarization [ 18].

This is true also for INaL, thus conferring to this current "reverse" rate-dependency [ 17], which is partial at physiological rates (approx 50%% reduction from quiescence to 120 b/min) [ 18].

A further relevant aspect of INaL blockade is its ability to interfere with the intrinsic reverse rate-dependency of APD and of its amplification by K+ channel blockers [ 18].

Surface exchange reaction reverse-rate constant (mol cm−2s−1).

Many other possible factors have been suggested (Corrias et al., 2010), including AP triangulation (Hondeghem et al., 2001), reverse-rate dependence (Hondeghem and Hoffmann, 2003), dispersion of repolarization (Valentin et al., 2004), rate adaptation (Green et al., 2011) and beat-to-beat variation in QT (Abrahamsson et al., 2011; Jacobson et al., 2011), among others.