Triple Model of Auditory Sensory Processing: a Novel Gating Stream Directly Links Primary Auditory Areas to Executive Prefrontal Cortex

The generally accepted model of sensory processing of visual and auditory stimuli assumes two major parallel processing streams, ventral and dorsal, which comprise functionally and anatomically distinct but interacting processes in which the ventral stream supports stimulus identification, and th...

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Main Author: Sanja Josef Golubić
Format: Article
Language:English
Published: Sestre Milosrdnice University hospital, Institute of Clinical Medical Research 2020-01-01
Series:Acta Clinica Croatica
Subjects:
Online Access:https://hrcak.srce.hr/file/370379
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author Sanja Josef Golubić
author_facet Sanja Josef Golubić
author_sort Sanja Josef Golubić
collection DOAJ
description The generally accepted model of sensory processing of visual and auditory stimuli assumes two major parallel processing streams, ventral and dorsal, which comprise functionally and anatomically distinct but interacting processes in which the ventral stream supports stimulus identification, and the dorsal stream is involved in recognizing the stimulus spatial location and sensori-motor integration functions. However, recent studies suggest the existence of a third, very fast sensory processing pathway, a gating stream that directly links the primary auditory cortices to the executive prefrontal cortex within the first 50 milliseconds after presentation of a stimulus, bypassing hierarchical structure of the ventral and dorsal pathways. Gating stream propagates the sensory gating phenomenon, which serves as a basic protective mechanism preventing irrelevant, repeated information from recurrent sensory processing. The goal of the present paper is to introduce the novel ‘three-stream’ model of auditory processing, including the new fast sensory processing stream, i.e. gating stream, alongside the well-affirmed dorsal and ventral sensory processing pathways. The impairments in sensory processing along the gating stream have been found to be strongly involved in the pathophysiological sensory processing in Alzheimer’s disease and could be the underlying issue in numerous neuropsychiatric disorders and diseases that are linked to the pathological sensory gating inhibition, such as schizophrenia, post-traumatic stress disorder, bipolar disorder or attention deficit hyperactivity disorder.
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spelling doaj.art-6cee9d9d294641a6986d072bf4ea7e6b2024-04-15T16:51:31ZengSestre Milosrdnice University hospital, Institute of Clinical Medical ResearchActa Clinica Croatica0353-94661333-94512020-01-0159.4.72172710.20471/acc.2020.59.04.19Triple Model of Auditory Sensory Processing: a Novel Gating Stream Directly Links Primary Auditory Areas to Executive Prefrontal CortexSanja Josef Golubić0Department of Physics, Faculty of Science, University of Zagreb, Zagreb, CroatiaThe generally accepted model of sensory processing of visual and auditory stimuli assumes two major parallel processing streams, ventral and dorsal, which comprise functionally and anatomically distinct but interacting processes in which the ventral stream supports stimulus identification, and the dorsal stream is involved in recognizing the stimulus spatial location and sensori-motor integration functions. However, recent studies suggest the existence of a third, very fast sensory processing pathway, a gating stream that directly links the primary auditory cortices to the executive prefrontal cortex within the first 50 milliseconds after presentation of a stimulus, bypassing hierarchical structure of the ventral and dorsal pathways. Gating stream propagates the sensory gating phenomenon, which serves as a basic protective mechanism preventing irrelevant, repeated information from recurrent sensory processing. The goal of the present paper is to introduce the novel ‘three-stream’ model of auditory processing, including the new fast sensory processing stream, i.e. gating stream, alongside the well-affirmed dorsal and ventral sensory processing pathways. The impairments in sensory processing along the gating stream have been found to be strongly involved in the pathophysiological sensory processing in Alzheimer’s disease and could be the underlying issue in numerous neuropsychiatric disorders and diseases that are linked to the pathological sensory gating inhibition, such as schizophrenia, post-traumatic stress disorder, bipolar disorder or attention deficit hyperactivity disorder.https://hrcak.srce.hr/file/370379Sensory processingAlzheimer’s diseaseSchizophreniaPost-traumatic stress disorderAttention-deficit/hyperactivity disorder
spellingShingle Sanja Josef Golubić
Triple Model of Auditory Sensory Processing: a Novel Gating Stream Directly Links Primary Auditory Areas to Executive Prefrontal Cortex
Acta Clinica Croatica
Sensory processing
Alzheimer’s disease
Schizophrenia
Post-traumatic stress disorder
Attention-deficit/hyperactivity disorder
title Triple Model of Auditory Sensory Processing: a Novel Gating Stream Directly Links Primary Auditory Areas to Executive Prefrontal Cortex
title_full Triple Model of Auditory Sensory Processing: a Novel Gating Stream Directly Links Primary Auditory Areas to Executive Prefrontal Cortex
title_fullStr Triple Model of Auditory Sensory Processing: a Novel Gating Stream Directly Links Primary Auditory Areas to Executive Prefrontal Cortex
title_full_unstemmed Triple Model of Auditory Sensory Processing: a Novel Gating Stream Directly Links Primary Auditory Areas to Executive Prefrontal Cortex
title_short Triple Model of Auditory Sensory Processing: a Novel Gating Stream Directly Links Primary Auditory Areas to Executive Prefrontal Cortex
title_sort triple model of auditory sensory processing a novel gating stream directly links primary auditory areas to executive prefrontal cortex
topic Sensory processing
Alzheimer’s disease
Schizophrenia
Post-traumatic stress disorder
Attention-deficit/hyperactivity disorder
url https://hrcak.srce.hr/file/370379
work_keys_str_mv AT sanjajosefgolubic triplemodelofauditorysensoryprocessinganovelgatingstreamdirectlylinksprimaryauditoryareastoexecutiveprefrontalcortex