Properties (14)

Id 0f03e3ce-f190-442f-88ca-cb2277c94e97

Year 2023

Abstract Introduction Misophonia is a recently defined disorder in which certain aversive repetitive sounds and associated stimuli elicit distressing and impairing affective, behavioral, and physiological responses. The responses in misophonia may be stronger when the sound is produced by close friends and family, suggesting that the context in which a triggering cue occurs may have an important role in misophonia. As such, the goal of this study was to test experimentally whether the context of the sound source influences affective and psychophysiological responses to triggering stimuli in misophonia. Methods Sixty one adults with misophonia and 45 controls listened to audio recordings (8 s) of human eating, animals eating, and human mouth smacking sounds (without eating). After a break, the same audio recordings were presented embedded within videos of human eating (congruent stimuli), animals eating (congruent stimuli), and, in the mouth smacking condition, with visually incongruent stimuli (hands playing in mud or in a bowl with a watery dough). Psychophysiological responses—skin conductance response (SCR) and heart rate (HR), and self-reported affective responses (valence, arousal, dominance) were gathered during the experiment in a laboratory. Results Participants with misophonia assessed all the stimuli as more negative and arousing than the controls, and reported feeling less dominant with respect to the sounds. Animal and mouth smacking sounds were assessed by all the participants as less negative and arousing than human eating sounds, but only in the audio-video conditions. SCR data partially confirmed increased psychophysiological arousal in misophonia participants during an exposure to mouth sounds, but did not reflect the self-report changes in response to different contexts. Misophonia participants had deeper deceleration of HR than controls during human eating sound with congruent video stimuli, while there was no group difference during human mouth smacking with incongruent video stimuli. Conclusion Results suggest that the context of mouth sounds influences affective experiences in adults with misophonia, but also in participants without misophonia. Presentation of animal eating sounds with congruent visual stimuli, or human mouth smacking sounds with incongruent stimuli, decreased self-report reaction to common misophonic triggers.

Cssclasses

purpleRed

Aliases

(Siepsiak et al., 2023)

Import Date 04-02-2024

Dissertation Source Tags

#Misophonia
physiological measures
Triggers
Trigger identification
context

Quick Cites 3

Dv Status #status/reviewed

Dv Limitations • small selection of possible stimuli, and limited info on the details of said stimuli.

Dv Future Directions • the authors call for future research to replicate research findings on role of context on miso response in sample suffering significant impairments with the use of clinical interviews instead of questionnaires. • author calls on future research looking into moderators other then jsut context on Misophonics resposnes ( ex: personal experience, mental state, etc.)

Dv Relevance • a good source on possible methods of getting physiological measurements of miso responses. Specifically, HR and SCR • used a method like the Samermit 2022 source swapping video study top see how context influenced affective resposnes to triggers • showed strong role of identifying the stim and context on the Intensity of Misophonic resposnes.

Checked For Zettle Notes true

Zotero Note Link Generated true

Does context matter in misophonia? A multi-method experimental investigation

Status:: #status/reviewed

Metadata

Item Type: #journalArticle
Authors: Marta Siepsiak, Scott R. Vrana, Andrzej Rynkiewicz, M. Zachary Rosenthal, Wojciech Łukasz Dragan,
Date:
Date Added: 1673291761000
URL: https://www.frontiersin.org/articles/10.3389/fnins.2022.880853/full
DOI: 10.3389/fnins.2022.880853
Cite Key: siepsiakDoesContextMatter2023
Topics: [object Object],[object Object]
Tags: #Misophonia, #reviewed, #selected, #role-of-context, #psychophysiology, #misophonia, #decreased-sound-tolerance, #context, #HR, #SCR,
[PDF Attachments]([Siepsiak et al_2023_Does context matter in misophonia.pdf](file://C:\Users\Alex%20Tollefsrud\Zotero\storage\GLSEN3ML\Siepsiak%20et%20al_2023_Does%20context%20matter%20in%20misophonia.pdf))

Article Review Table: (Siepsiak et al., 2023)


Background/Purpose	Background- • there is question as to if/how the context of triggers impacts the Misophonic response Purpose- • asses if/how the source of a Misophonia triggers influences the physiological and emotional Misophonic response (page 1) • look at how context influenced physiological resposnes to triggers by manipulating the source (human vs animal) and the visualization of the source ( congruent vs incongruent video of sounds) (page 3) predictions- • • it was assumed that no effects of condition would be seen in the control group • the Misophonic group would asses all stim as more negative, more arousing, and feeling less dominant compared to controls across all contexts • higher HR and less pronounced HR decline for the Misophonia group compared to controls cross all contexts. • reduced physiological response to • Misophonics would assess congruent animal noise/video and incongruent human noise/video as less negative/arousing and feel more dominant compared to the inverse. • reduced response to animals when shown with videos (as opposed to audio only). (page 4)
Participants/samples	• 61 Misophonics , 45 controls based on scores on the MisoQuest • recruited from social media, radio, and local news ads. subjects pre-screened with the MisoQuest
Measures	self reports of emotinal response- used self report to measure the primary dimensions of Mehrabian and Russell,(1974) emotional evaluation: valance ( pleasurable/dis-pleasurable) arousal (arousal/relaxation) and control (dominance/submission) Physiological- phasic Heart rate and asking conductive Response (page 3) • MisoQuest • Self-Assessment Manikin
Procedures	Stimuli • videos gotten from YouTube/created by the authors. text gives little details about the specifics of the stim. Procedure • subjects briefed on the task, being informed that they would be shown video's with sound that may be neutral, aversive or pleasant. • they had a button they could press to stop sounds immediately or end the experiment immediately. • subjects were presented a series of 8s audio recording of triggers (human eating. animal eating, and human mouth smacking without eating) and given no context for the sounds. after a break, the same stim were shown but embedded in videos that matched the source ( congruent condition) or did not match the source ( incongruent). • subjects reported affective responses using the Self-Assessment Manikin scales after each stim presentation ( for both the audio only and audio-video parts) • physiological responses (SCR, HR) were recorded throughout (page 6)
Results	• Misophonics rated all stim more aversively/arousing with less dominance then controls did • all subjects rated animal/mouth smacking as less aversive then eating sounds in the audio-Video condition. • mouth smacking induced partial increases in physiological arousal but this was not reflected in self reported changes in responses in different contexts. • deeper HR deceleration for Misophonics in the congruent audio-video human eating condition, but no group differences for mouth smacking (page 1) • congruent animal eating sounds/visuals and incongruent human eating sounds/visuals associated with reduced self reported misophonia responses (page 1)
Discussion/Limits	Conclusion- • results suggest the context of mouth sounds alters the affective experience of both Misophonics and controls (page 1) • findings are consistent with role of context in miso. specifically, miso response is reduced for non-human sources (page 13)
Limitations::	• small selection of possible stimuli, and limited info on the details of said stimuli.
Future Directions::	• the authors call for future research to replicate research findings on role of context on miso response in sample suffering significant impairments with the use of clinical interviews instead of questionnaires. • author calls on future research looking into moderators other then jsut context on Misophonics resposnes ( ex: personal experience, mental state, etc.)
Relevance::	• a good source on possible methods of getting physiological measurements of miso responses. Specifically, HR and SCR • used a method like the Samermit 2022 source swapping video study top see how context influenced affective resposnes to triggers • showed strong role of identifying the stim and context on the Intensity of Misophonic resposnes.

Notes

my engagement notes

my questions

my comments

Bookmarks

bookmark for discussion on trends/ interpretations of heart rate (HR) variability, (deceleration/acceleration) (page 3)
bookmark for predictions (page 4)
bookmark for discussion the self-assessment Manikin scales (page 5)
bookmark for procedure (page 6)

reading notes

The author brought up an interesting cognitive approach to dealing with miso that being the modification of Misophonia triggers for therapeutic purposes. basically using the sound swapping method from (Samermit et al., 2022) to create triggers with non triggering associations to help break the Misophonic response
- (ex: pair crunching with a video of running in the snow. )
- they also bring up the idea of having Misophonics imagen that trigger sounds are coming rom a non trigger source. Is also an interesting example of the role of context on miso symptoms (page 2)
author mentions Heller and smith 2022 and describes them finding decreased self reported aversiveness when subjects misidentified triggers. we have this reading in our library and can confirm this citation statement.
- author also mentions Savard 2022 to make the same point. we also have and verify this citation statement. (page 2)
cited Study (Edelstein et al., 2013), found greater mean SCR in Misophonics in response to trigger compared to controls, citation verified (page 3)
Finding (Kumar 2017) of higher SCR and HR to human made sounds. citation verified (page 3)
(Schröder et al., 2019) found higher HR in response to triggers in miso vs controls (page 3)

summary of physiological data by chatPDF

Warning

this summary was made using the chatPDF AI tool. I already looked this paper over before usign this tool to get this summary, but verify every statement of fact seen here before using for anything

Heart Rate (HR):

    - No main group effects were found in the analysis, indicating no significant difference in HR reaction to stimuli between individuals with misophonia and controls.
    - Significant interactions were observed between Group, Stimuli, Presentation, and Time, showing that participants with misophonia had significantly deeper HR deceleration than controls in specific conditions, such as the audio-video human eating condition.
    - The study highlighted the importance of considering the influence of visual information on the psychophysiological reactions to common misophonic stimuli.
Skin Conductance Response (SCR):
- No Group main effect was found in the analysis of different stimuli conditions, suggesting that there was no significant difference in SCR between individuals with misophonia and controls in response to specific stimuli presentations.

summary of issues with HR data by chatPDF