Auditory evoked potentials can be used as a tool to investigate the central nervous system and structures that can be activated by auditory stimulation. There are few studies correlating the Middle Latency Response with different types of auditory stimulation, which led us to undergo this study. Aim: to verify The Middle Latency Response (MLR) in normal hearing adults when stimulated by clicks and music in the contralateral ear. Study design: a cross-sectional contemporary cohort. Method: MLR was carried out on 10 normal hearing subjects using bilateral clicks (70 dB nNA) and music in the contralateral ear. We measured and compared the amplitude and latency of the Pa wave with clicks and clicks and music. We compared the amplitude and laten...
SUMMARY- Auditory brain stem responses are the far-field reflections of electrical activ-ity origina...
The measurement of auditory brainstem evoked responses and middle latency evoked responses may impro...
SummaryThe Middle Latency Auditory Evoked Response may be influenced by the post-auricular muscle re...
SummaryAuditory evoked potentials can be used as a tool to investigate the central nervous system an...
SummaryThe presence of auditory middle latency evoked responses allows us to make an evaluation of t...
SummaryContemporary cohort cross-sectional study. Introduction: The auditory middle latency response...
Middle-latency auditory components (MLC) in response to clicks and tone pips have been recorded in 2...
ABSTRACT Purpose: to compare the latency and amplitude of the Frequency-Following Response and the ...
SummaryThe presence of middle-latency evoked auditory potentials allows for integrity evaluation of ...
Middle Latency Auditory Evoked Potentials (MLAEPs) were recorded in 35 healthy subjects; all underwe...
Middle Latency Auditory Evoked Potentials (MLAEPs) were recorded from 15 healthy subjects in order t...
SummaryThe middle latency response (MLR) to an acoustic stimulus occurs between 10 and 80 ms. The wa...
The whole pattern of the fast, middle and long latency auditory evoked potentials (AEP) was recorded...
Middle-latency auditory evoked responses (MLRs) were recorded simultaneously at 3 or 4 electrode loc...
Auditory brain stem responses are the far-field reflections of electrical activity originating in th...
SUMMARY- Auditory brain stem responses are the far-field reflections of electrical activ-ity origina...
The measurement of auditory brainstem evoked responses and middle latency evoked responses may impro...
SummaryThe Middle Latency Auditory Evoked Response may be influenced by the post-auricular muscle re...
SummaryAuditory evoked potentials can be used as a tool to investigate the central nervous system an...
SummaryThe presence of auditory middle latency evoked responses allows us to make an evaluation of t...
SummaryContemporary cohort cross-sectional study. Introduction: The auditory middle latency response...
Middle-latency auditory components (MLC) in response to clicks and tone pips have been recorded in 2...
ABSTRACT Purpose: to compare the latency and amplitude of the Frequency-Following Response and the ...
SummaryThe presence of middle-latency evoked auditory potentials allows for integrity evaluation of ...
Middle Latency Auditory Evoked Potentials (MLAEPs) were recorded in 35 healthy subjects; all underwe...
Middle Latency Auditory Evoked Potentials (MLAEPs) were recorded from 15 healthy subjects in order t...
SummaryThe middle latency response (MLR) to an acoustic stimulus occurs between 10 and 80 ms. The wa...
The whole pattern of the fast, middle and long latency auditory evoked potentials (AEP) was recorded...
Middle-latency auditory evoked responses (MLRs) were recorded simultaneously at 3 or 4 electrode loc...
Auditory brain stem responses are the far-field reflections of electrical activity originating in th...
SUMMARY- Auditory brain stem responses are the far-field reflections of electrical activ-ity origina...
The measurement of auditory brainstem evoked responses and middle latency evoked responses may impro...
SummaryThe Middle Latency Auditory Evoked Response may be influenced by the post-auricular muscle re...