We review research on athletes' brains based on data obtained using non-invasive
neurophysiological and neuroimaging methods; these data pertain to cognitive processing …

Hemifacial spasm can be diagnosed by observation and clinical history. It is thought to arise
primarily from compression of the facial nerve at the pons, usually by an adjacent artery …

In human temporal bones of patients with normal hearing or sensory neural deafness, the
cochlear neurons were quantitatively and qualitatively evaluated at the level of the osseous …

Brain-stem auditory evoked potential (BAEP) scalp distribution, recorded in 10 normal
subjects, was analysed using a spatio-temporal dipole model. This model can simulate …

To assess developmental and aging changes in human sensory systems, components of
short-latency somatosensory, brain-stem auditory and pattern-reversal visual evoked …

✓ Recordings were made from facial muscles and the facial nerve near its entrance into the
brain stem in patients with hemifacial spasm (HFS). The purpose of this study was to …

✓ Brain-stem auditory evoked potentials (BAEP) were monitored during 54 neurosurgical
operations in the cerebellopontine angle. The BAEP were irreversibly obliterated in five …

Sound-evoked potentials were recorded from the inferior colliculus in man when it was
exposed during surgery. The earliest response to contralateral stimulation with 2000 Hz tone …

The results of recording intracranially from the auditory nerve, lower brainstem nuclei, and
the inferior colliculus in more than 40 patients operated upon for hemifacial spasm and …

✓ A method is described for recording sound-evoked responses directly from the eighth
nerve during operations in the cerebellopontine angle, particularly during microvascular …