Sentence examples for stimulated frequencies from inspiring English sources

First, rather than using data from the full range of stimulated frequencies for calculating gradients, the lowest two frequencies are subtracted from the highest, and the signed difference is plotted.

No clear pattern emerged in relation to site of chest wall stimulated, frequency of stimulation or subjective measures of cough (data not shown).

Today's electrodes do not reach very far into the spiral, which limits the perception of low frequencies".The case for upgrading will become more compelling as new types of electrode emerge".Tests of the intra-neural electrodes in cats suggest that they can stimulate frequencies as low as 600Hz a bit more than an octave above middle C on the piano, and much lower than traditional electrodes.

As a whole, this study has utilized the microcell culture system to mainly explore the stimulating frequency effect of compressive loading on the articular chondrocytes functions.

Based on the assumption that high stimulation frequencies stimulate, low frequencies quench brain activity, Klein et al. [ 23] predicted and found antidepressant activity after right prefrontal stimulation at 1 Hz in depressed patients, while both 20 and 10 Hz had been shown to be antidepressant after left prefrontal stimulation only [ 24, 25].

However, long-term plasticity was not obtained in our experiments because responses to the baseline frequency were unchanged after the cell was stimulated at frequencies higher than 1 Hz.

In order to determine the effect of Ran on contractile function, we obtained force frequency relationships in muscles stimulated at frequencies up to 10 Hz (Fig.  5a).

Paired patch clamp recordings from the caudal primary motor neuron (CaP) and target fast skeletal muscle showed a stereotypic transition from exclusively synchronous to principally asynchronous transmission when stimulated at frequencies greater than 20 Hz.

Inside the cochlea, a traveling wave deflects the basilar membrane at specific locations dependent on the stimulating frequencies.

In this study, the operating stimulating frequencies (0.5, 1.0, and 2.0 Hz) were manipulated through the programmable control circuit and EMVs.

The scientific basis of this technique of measurement lies in the well-established relationship between the bubble size and the frequency of the sound emitted by a gas bubble when it is suitably stimulated; the frequency of the sound increases as the bubble size diminishes.