The phrase "arrest coefficient" is correct and usable in written English.
It can be used in scientific or technical contexts, particularly in fields like chemistry or physics, to describe a specific measurement or ratio related to the process of arresting or stopping a reaction or movement.
Example: "The arrest coefficient of the reaction was calculated to determine the efficiency of the catalyst used."
Alternatives: "capture coefficient" or "stopping ratio".
The arrest coefficient is defined as the proportion of time each cell's instantaneous velocity (calculated for every time interval) is <3 µm/min.
(C) Quantification of the mean velocity and arrest coefficient of cell subsets.
Interstitial EGFP+ cells also migrated slowly, with comparable velocity and arrest coefficient to AM.
The absence of functional CX3CR1 did not change the arrest coefficient but did slightly reduce the MC of patrolling cells.
On the other hand, deletion of the CX3CR1 clearly altered the behaviour of the interstitial ECFP+ cells, which showed a greatly increased arrest coefficient and reduced MC.
Arrest coefficient was calculated as the percentage of each track in which the cell moved more slowly than 2 μm/min.
Particularly in this movie S3B, cellular arrest in the proximity of beta cells became prevalent (Figure 3D; Movie S4) as evidenced by the high arrest coefficients (Figure 3B; P = 0.0328 versus 3A and P = 0.0834 versus 3C).
The distribution of instantaneous speeds for NKT cells showed maximum values of around 20 μm/min and low arrest coefficients (13%) similar to those measured for conventional T cells (10%; Figures 2H and I).
So it is significantly required to find a new alternative material with good mechanical properties, higher arresting coefficient and excellent environmental performance.
Overall cellular radiosensitivity correlated well with the level of radiation-induced G1 arrest (correlation coefficient r=0.856; P=0.0067), with p53 constitutive levels (r=0.874, P=0.0046), and with p53 protein fold induction (r=-0.882 r=-0.8828).
Motor function was weakly, but significantly inversely related to the duration of circulatory arrest (Pearson correlation coefficient -0.37; P = 0.049), but not to the duration of bypass.
