Evgenija Jurevna Schajpak

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Nine healthy sitting males evaluated the intensity of vertical whole-body vibration (WBV) in z-axis at four frequencies (F1 = 0.63 Hz, F2 = 1.25 Hz, F3 = 2.5 Hz, F4 = 5 Hz) and two intensities (I1 = 1 ms-2 rms, I2 = 2 ms-2 rms) by cross-modality matching (CMM). The subjects were simultaneously exposed to low-frequency noise at two levels (L1 = 65 dBA, L2 =(More)
For the first time, effects of very low-frequency whole-body vibration (WBV) on the functional state of the vestibular system were examined by means of electronystagmography (ENG) which is considered as a sensitive and adequate method. During vertical WBV-exposure with 0.6 Hz and 1.87 ms-2 rms for 50 minutes, a vertical nystagmus was observed. The results(More)
Auditory evoked brain potentials (AEP) were recorded from nine healthy male subjects during three types of condition: A — subject and visual field stationary; B — subject vibrated (z-axis, 0.6 Hz, 1.85 ms−2 rms), visual field stationary; C subject stationary, visual field vibrated (as for B). The visual surround was confined to a checkerboard pattern in(More)
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