Sentence examples for fluctuation in response from inspiring English sources

In particular, they showed less fluctuation in response time, and made fewer errors of "omission" — failing to tap the keyboard key when they saw a number other than 3.

Recently single molecule measurements and other experiments have revealed unique operations where biological molecular machines exploit thermal fluctuation in response to small inputs of energy or signals to achieve their function.

(This might also help explain why the situation is more difficult for gay men than it is for lesbians: The study I noted previously showed that lesbians "tended to have networks that were more resilient and showed less fluctuation in response to changes with aging," probably because their support networks were not nearly as devastated by H.I.V./AIDS as gay men's were).

What's more, the abundance of many circRNAs exhibited substantial fluctuation in response to synaptogenesis, consistent with the idea that circRNAs might regulate synaptic function during development (You et al., 2015).

Since little fluctuation in response magnitude and latency was observed, these 10 neurons were also used to examine the effects of anaesthesia on the auditory responses of CN neurons.

Finally, the amplitude of network fluctuations in response to asynchronous input is lower if feedforward and recurrent synapses are electrotonically distant from one another (in either configuration).

This congruence strongly suggests that the fluctuations in response to a flash of the same average intensity are caused by fluctuations in the energy content of the stimulus, and not by fluctuations in the sensitivity of the retina.

But now, as Martin Reeves of BCG points out, "In many cases companies are seeing bigger impacts from political and macroeconomic factors than from competitive considerations". Those factors, he says, include Brexit-driven exchange rate movements, share price fluctuations in response to policy pronouncements, and the cost of changing investment plans in light of anticipated shifts in trade policy.

The model, validated with historian data and design data, was used to evaluate the air and flue gas system pressure fluctuations in response to upsets such as fan trips and runaways.

This appears to have been caused by a shift in rainfall periodicity from strong interannual fluctuations in response to periodic ENSOs, to a more equitable pattern with more consistent annual rainfall.

The former likely represent the plasma fluctuations in response to the solar wind (SW) interactions with the Martian ionosphere, whereas the latter is thought to be induced by the meteoric influx.