Some forms of tinnitus are likely to be perceptual consequences of altered neural activity in
the central auditory system triggered by damage to the auditory periphery. Animal studies …

The waveforms of the auditory evoked magnetic field in normal-hearing individuals and
patients suffering from tinnitus are distinctly different. In tinnitus patients, the magnetic wave …

The steady-state auditory evoked magnetic field was recorded in tinnitus patients and
controls, both either musicians or non-musicians, all of them with high-frequency hearing …

Hoke M. Objective evidence for tinnitus in auditory—evoked magnetic fields. Acta
Otolaryngol (Stockh) 1991; Suppl. 476: 189—194. The waveforms of the auditory—evoked …

The steady‐state auditory evoked magnetic field and the Pbm, the magnetic counterpart of
the second frontocentrally positive middle latency component of the transitory auditory …

Abstract Recently, Hoke et al.(1989) and Pantev et al.(1989) demonstrated that the auditory
evoked cortical magnetic field (AECMF) M 100 component was larger, and M 200 was …

The purpose of the present study was to determine the utility of auditory evoked magnetic
fields as an objective measure of tinnitus. The auditory evoked magnetic fields of 14 patients …

Objectives Evidence of plastic changes in tinnitus has been demonstrated in functional brain
imaging. Although repetitive transcranial magnetic stimulation (rTMS) has been shown to …

The waveforms ot the auditory evoked magnetic field (AEF) in normal-hearing individuals
and patients suffering from tinnitus are distinctly different. In tinnitus patients, the magnetic …

Tinnitus is an auditory phenomenon characterised by the perception of a sound in the
absence of an external auditory stimulus. Chronic subjective tinnitus is almost certainly …