Sentence examples for increase in beat from inspiring English sources

We demonstrate murine and human sperm respond to CO2 with an increase in beat frequency, an effect that can be inhibited by ethoxyzolamide.

Stimulation with 15 mM bicarbonate leads to an increase in beat frequency of randomly-selected cells from 2.42±0.13 Hz to 6.79±0.42 Hz for caput sperm and from 1.95±0.07 Hz to 6.09±0.25 Hz for corpus sperm, whereas for cauda sperm the beat frequency increases from 2.67±0.13 Hz to 9.13±0.40 Hz. Figure 4A shows that both bicarbonate and CO2 increase flagellar beat of cauda sperm similarly.

Evaluations of sperm motion in adult F1 males indicated no effect on the percentage of motile sperm; however, compromised forward motion at 2,000× was observed, including a significant increase in beat cross frequency (rate of crossing the average path trajectory) and decreases in straightness (linearity of the spatial average path) and linearity (linearity of the curvilinear trajectory).

In contrast, AK1-AK2-AK5 siRNA transfembryoidbodies bodies had a significantly lower average daily rate of increase in beating activity, down to 3±1% (Fig. 5C).

Similarly, cells transfected with scrambled siRNA gave rise to embryoid bodies that had an average daily rate of increase in beating activity of 9.2±2% (Fig. 5C).

Moreover, an increase in beat-to-beat HR variability is also clearly visible in parallel to QT interval variability.

While dofetilide had almost no effect on mean HR in cynomolgus monkeys, it caused a marked increase in beat-to-beat HR STV (STVHR, Figure  3B).

Moreover, there was a significant increase of the rhythmicity index (p < 0.01), which was supported by an increase in beat-to-beat interval variability (p < 0.01) of treated embryos as shown by Poincare plot.

Given these variations in contractile function, we conclude that binding of laminin to microposts via 3-aminopropyltriethoxysilane with glutaraldehyde improves contractility observed by an increase in beating rate and contraction speed as it occurs during the postnatal maturation of cardiomyocytes.

ATP-activated P2X7 receptor-mediated Ca2+ influx made a minor contribution to the ATP-induced increase in beating frequency of ependymal cilia, while activation of the adenosine A2B receptor made a more significant change, perhaps via slower G protein-dependent pathways (Genzen et al., 2009b).

Your heart rate will increase in beats per minute (bpm).