1 Theory predicts that the
pendular alignment of ions in gases at any E requires a
2 ers based on the mobility difference between
pendular and free rotor states.
3 e-amplitude, classic IN waveforms, including
pendular and jerk in both the horizontal and vertical pl
4 al slow-phase shapes with either saccadic or
pendular elements were recorded and described.
5 Nystagmus was
pendular in 6 patients (4 oculopalatal tremor; 2 MS) and
6 th theory, further supporting the concept of
pendular macroions in FAIMS.
7 Six patients had conjugate
pendular (
n = 4) or see-saw nystagmus (n = 2); gaze hold
8 For a group of 15 patients with acquired
pendular nystagmus (APN), visual acuity improved signifi
9 The symptoms of
pendular nystagmus can be treated with a servomechanical
10 ction of its small-amplitude, high-frequency
pendular nystagmus despite positive ERG responses.
11 d to zero for increasingly better foveation;
pendular nystagmus during each decile of the sensitive p
12 on, NOFF) and of each child's time course of
pendular nystagmus during the sensitive period.
13 Pendular nystagmus waveforms were also more frequent in
14 All exhibited horizontal
pendular nystagmus.
15 It may be
pendular or jerk-like and, its intensity usually increas
16 ct consists of local, non-propulsive mixing (
pendular or segmental) and propulsive (peristaltic) move
17 tly in both muscle layers, promoting mixing (
pendular or segmental) movements, whereas activation of
18 dogs had clinically apparent INS with jerk,
pendular,
or both waveforms and with peak-to-peak amplit
19 ed the feasibility of engineering the entire
pendular penile corporal bodies in a rabbit model.
20 that neocorpora can be engineered for total
pendular penile corporal body replacement.
21 Pendular ring and water film thickness calculations indi
22 s indicated that colloids can move only when
pendular rings are interconnected.
23 s, and at intermediate speeds it finds a new
pendular-
running gait that includes walking and running