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Biomedical subjects

G Kittel

Publications and source records attributed to G Kittel.

At least 19 recordsLinked to original sources

[Neuralgia of the superior laryngeal nerve caused by phonatory malfunctions].

Clinical observations show a close relationship between neuralgia of the superior laryngeal nerve and disorders of the larynx. Neuralgia, and more minor symptoms are usually caused by hyper- and hypotonic phonatory disorders. An unphysiological compensation for glottic insufficiency causes irritation of the sensory telodendrons of the superior laryngeal nerve. As incomplete adduction of the vocal cords can often be found in patients with an autonomic laryngeal dystonia, a syndrome related to anxiety, these disturbances are often misinterpreted as "globus hystericus". However, this diagnosis does not take into account the cause and should therefore no longer be used.

Anxiety

[Automated body plethysmography of respiration and voice efficiency (author's transl)].

Efficiency of voice (EV) is understood as the ratio of gained acoustic power to respiratory power during phonation. A fully automatic computer programmed to calculate the EV and the subglottic pressures via body plethysmography is described. The EV ranges from 0.5 x 10(-5) to 120 x 10(-5). The relationship between EV and sound pressure is demonstrated. The results were reproducable.

Automation

Results of clinical olfactometric studies.

A modification of a flow olfactometer with a new application appartus, with which "quasi-free" nasal respiration allows the elimination of adaptation without a special testing room, subsequent results using this device to examine olfactory thresholds before and after septum operations, as well as reference to threshold increases in 57 post-operative cases of cheilognathopalatoschisis are reported. An esthesio-neuroblastoma as well as the deformity syndrome with cheilognathopalatoschisis and encephalodystrophy are used as examples for combined olfactory transmission and perception disorders. Studies of 55 smokers with primary neurosensory disorders demonstrated a threefold increase in the olfactory threshold and an up to 50% decrease "fatique-time". A mean acetone deviation factor of 1.93 was seen in 100 students from 20-27 years of age before and after eating. Correspondingly, after a substantial breakfast and lunch, the olfactory threshold attained its maximum daily value within 90 minutes, much more pronounced than after intake of 80 grams of glucose solution. In contrast to the literature, the olfactory threshold was seen to continuously increase, dependent on age. Studies of the perceptive and recognition threshold on 100 normal individuals and 28 patients with hyposmia exhibited with 3 sigma, a significant difference. In patients with hyposmia, the absolute values for the two threshold types vary greatly, however not their deviation factors. More importance should be attached to the sense of smell as the so-called lesser senses give us the greatest pleasures.

Adolescent