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Biomedical subjects

J Vernon

Publications and source records attributed to J Vernon.

At least 55 records · Page 3Linked to original sources
PubMed1978

Tinnitus: a new management.

Tinnitus Clinic was established at the University of Oregon Medical School and the result of treatment for 158 patients is discussed. Patients received three forms of masking as treatment: masking from hearing aids, masking from the Tinnitus Masker, and FM-Masking. Conditions leading to each kind of recommendation are discussed. The examination procedures used in the Tinnitus Clinic are presented. The phenomenon of residual inhibition is explained and discussed in relation to possible long-term or permanent relief of tinnitus. Future plans for the clinic and needs of tinnitus patients are presented.

Hearing Aids↗
PubMed1977

Frequency effects of temporary N1 depression following acoustic overload.

The effect of acoustic overload on the N1 potential at different frequences was determined. The conditions of overstimulation were such as to produce temporary effects. The results of the study were: (1) the N1 potential was substantially depressed by acoustic overloads that did not alter the alternating current (AC) cochlear potential; (2) the maximum N1 depression was at one-half octave above the overstimulation frequency; (3) there was no N1 depression at frequencies below the frequency of overstimulation; and (4) the N1 depression recovered within 24 hours.

Action Potentials↗
PubMed1977

Selected volunteer adolescents in adolescent group therapy.

Twenty-one adolescents had therapy in a group containing three volunteer adolescents over a period of ten months. Fifteen adolescents came to five sessions or more. A description of the group shows how many of the group members model their behavior and attitudes on those of the volunteers. It is suggested that using volunteers is a useful method of initiating and maintaining a group of adolescents.

Adjustment Disorders↗
PubMed1965

Cumulative reporting of chemical pathology.

A simple system for producing cumulative chemical pathology reports is described. Results of tests are transcribed onto the patient's laboratory record card and each time a new result is entered a copy is made by xerography and returned to the clinician as the laboratory report.A detailed account is given of the operation of the system and the design of the record card. The advantages of the system are enumerated and various problems that have been encountered are discussed.

Chemical Phenomena↗
PubMedDate not supplied

Attributes of tinnitus and the acceptance of masking.

Various characteristics of tinnitus were surveyed to determine whether they were associated with the acceptance of masking, which is used as a relief procedure for tinnitus. The characteristics considered were duration, loudness match, minimum masking level, and residual inhibition. Data for the characteristics of tinnitus were obtained from the Tinnitus Data Registry at the Oregon Hearing Research Center, which contains information on 784 tinnitus patients. The acceptance of masking was determined by each individual patient based on actual tests with wearable masking units. Variations in the individual characteristics listed above were not found to be significantly associated with the acceptance of masking and thus should not be used a priori to deny patients the opportunity for possible relief of their tinnitus. A masking indicator was found to be significantly (P = .03) associated with the acceptance of masking. This masking indicator is obtained by subtracting the loudness match of the tinnitus from the minimum masking level. When the masking indicator was 10 dB or less, the acceptance of masking was in excess of 50%. The data presented may help to dispel some current misconceptions about the masking of tinnitus.

Consumer Behavior↗
PubMedDate not supplied

Experiences with implantable hearing devices and a presentation of a new device.

Following animal experiments, anatomic examinations, and histologic studies, an implantable hearing device was developed. This device, the temporal bone stimulator (TBS), uses an inductive coil without percutaneous connection that transmits bone-conducted vibrations to the inner ear. Ten patients have been implanted and followed by the Central Ear Research Institute. The TBS is effective and may have wide application in producing amplification in good sound fidelity when used in patients who have external canal, middle ear, or eustachian tube disease that is poorly corrected by surgery or conventional hearing aids. The utilization of similar principles of electromagnetic transfer of energy directly to the ossicles appears reasonable and is potentially highly rewarding for those who have sensorineural hearing impairments with thresholds greater than 40 dB. The enormous potential benefits derived from the application of these implantable hearing devices is worthy of the greatest effort in future otologic investigation.

Animals↗