A simple implant design for vocal cord medialization.
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Aged↗
Biomedical subjects
F A Godley
Publications and source records attributed to F A Godley.
Chronic sinusitis: an update.
An accurate history is essential to the diagnosis of chronic sinusitis. Patients classically present with several weeks of daily facial pain or pressure between the eyes, headache, nasal congestion, postnasal drip, ear pain or blockage, and fatigue. The headache in chronic sinusitis is usually worse in the morning and following head movement. Purulent nasal discharge, spiking fever, an elevated white blood cell count, and intense, brief headache associated with nausea and vomiting are uncommon. Palpation, transillumination of the sinuses and anterior rhinoscopy are of minimal value in making the diagnosis. Fiberoptic nasopharyngoscopy can be used to identify the source of sinus discharge and the cause of obstruction. Although plain sinus radiographs are useful in diagnosing and monitoring acute sinusitis, they are of limited value in confirming chronic sinusitis. The sinuses are better imaged with computed tomographic scanning. Prolonged antibiotic therapy, in combination with decongestants and steroids, is usually effective for chronic sinusitis. In recalcitrant cases, sinus surgery may be necessary.
Anti-Bacterial Agents↗
Practical management of epistaxis.
Epistaxis is a very common presenting symptom of patients seen in the emergency room or the physician's office. An understanding of the nasal anatomy and physiology is important for proper treatment of these patients. New methods of treatment are discussed briefly.
Catheterization↗
Comparison of electrically and acoustically evoked responses in the auditory cortex of the guinea pig: implications for a cochlear prosthesis.
Guinea pigs have been used to develop an animal model for evaluation of electric stimulation of the cochlea. Techniques were developed for recording from single neural units in the auditory cortex. Acoustic responses exhibit similar patterns of neural discharge ("on", "off", sustained excitation and inhibition, etc) to those reported for auditory neurons in other species. Similar response patterns are obtained when electric stimulation is used. However, cortical units display characteristic frequency tuning with acoustic stimulation, whereas it becomes increasingly difficult to evoke electric responses as stimulus frequency increases. Recording of gross evoked responses from the same cortical area indicates that the intensity function for electric stimulation is much steeper than that seen for acoustic stimulation.
Acoustic Stimulation↗