Sentence examples for I waves from inspiring English sources

Two types of flexural and torsional waves are evidenced governed by two distinct differential equations that describes (i) waves where both beam and plate moves, and (ii) guided waves where the plate only is set in motion.

Wave-types identified in this region include (i) waves involving mainly sidewall deformation, (ii) belt bending waves, (iii) a wave with significant extensional deformation of the central belt region and (iv) a wave with a 'breathing' cross-section mode.

Stage I waves also have a Gap junction-mediated component refractory to pharmacologic cholinergic perturbation [9] and in addition, it has been observed that intraocular injection of epibatidine perturbs but does not block cholinergic-driven waves completely [20].

These connections are known to be relatively indirect and ultimately influence the later I waves of corticospinal activity generated within M1 [25, 25].

When a single pulse transcranial magnetic stimulation stimuli is applied to the motor cortex at an intensity above motor threshold, high-frequency indirect waves (I waves) are elicited in the corticospinal tract [ 56], which are modifiable by many mechanisms (i.e., glutatmate, GABA, acetylcholine, etc).

When I waved, though, she didn't wave back.

At the RMT, TMS indirectly activates the pyramidal tracts by eliciting so-called indirect waves (I-waves), which result from the complex interactions among different types of cortical cells that discharge at a high frequency [27 29].

Consequently, TMS-induced horizontal current flow preferentially activates the horizontally oriented axons of cortical interneurons or cortico-cortical fibres that activate pyramidal neurons trans-synaptically (I-waves) instead of activating pyramidal neurons directly (D-waves).

This is thought to be the best position for activating the pyramidal cells transsynaptically and preferentially elicits late I-waves.

Normally, spinal cells require the temporal summation of D- and I-waves to fire [ 19, 23, 24].

If pre-conditioned they can respond to early I-waves or D-waves, as evidenced by studies of single motor unit potentials [ 18] ("temporal" facilitation).