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Biomedical subjects

E Galle

Publications and source records attributed to E Galle.

14 recordsLinked to original sources

[Hypoglossal paralysis after septum correction with intubation anesthesia].

BACKGROUND: We report a case of irreversible unilateral hypoglossal nerve palsy in connection with nasal septum surgery in intubation anaesthesia. On account of the spatial distance, there is no danger of injuring the hypoglossal nerve during nasal surgery. However, in the otorhinolaryngological and anaesthesiological literature, some cases of hypoglossal palsy following endotracheal intubation, use of the laryngeal mask airway, bronchoscopy and laryngoscopy are reported. CASE REPORT: One day after uneventful nasal septoplasty in intubation anaesthesia in a 45-year-old male patient, an unilateral hypoglossal nerve palsy and a hematoma in the area of the ipsilateral lingual tonsil were observed. A detailed diagnostic work-up failed to provide additional insights into the cause of the nerve injury. Despite pharmacological treatment, the palsy was irreversible and the patient sued for recovery of damages. DISCUSSION AND CONCLUSIONS: According to the available publications, it must be assumed that in the process of intubation pressure from the MacIntosh blade was the cause of the hypoglossal palsy. This complication is extremely rare, so that routine preoperative briefing of the patient does not appear necessary.

Adult↗

The permeability of 51Cr between cerebrospinal fluid and internal ear.

Radioactively labelled chromium was instilled in the cerebrospinal fluid of guinea pigs. After different intervals, the radioactivity of inner ear fluids was measured and compared with those of other regions. The results lead to kinetic information about the permeability of 51Cr between cerebrospinal and inner ear fluids.

Animals↗

[Intramodal and interaural specificity of the human slow auditory evoked potential].

Parameters of slow auditory evoked potentials (SAEPs) evoked by monotonal monaural stimuli were compared with those evoked by a series of tone stimuli of different frequencies. In one version of polytonal stimulation the side of sound application was alternately varied. In the case of polytonal stimulation the amplitude of SAEPs was consistently greater than that in the case of monotonal stimulation. The maximal amplitudes were obtained during alternating polytonal stimulation. In the case of polytonal stimulation, together with the amplitude increase, a regular decrease in its variability was noticed. SAEPs recorded during polytonal stimulation were also characterized by greater peak-latency values. It is concluded that SAEPs possess intramodal and interaural specific properties. It is proved that the tonotopic and bilaterally symmetric organization of SAEP generating system is better manifested at lower sound intensities. The data demonstrate that neuron populations of the SAEP generating system which perceive slightly different sound stimuli overlap each other more than those which perceive more different sounds. The data on intramodal and interaural specificity of SAEP are discussed from the point of view of extralemniscal origin of this potential.

Adult↗

ERA-stimulation with free-programable frequency and intensity sequence--a method to reduce the examination time.

A new method for ERA-stimulation with free-programable sequence of intensity and frequency will described. We developed to realize this method a Free-Programable ERA-Stimulator, FPERAS/74. The expectation has been confirmed that this way of stimulation which includes a regular change of frequency and intensity of the auditory stimuli decreases effective the development of habituation in its amount and velocity. In our experiment (K- and P-experiment) it will be clarified the efficiency of this method both with regard to the time-saving during the recordings of the AEP and its quality comparee with the conventionally determined AEP. It can be stated a triple shortening of the examination time with a simultaneous improvement of the quality and the reproductibility of the AEP.

Audiometry↗