White Matter Microstructure is Associated with Auditory and Tactile Processing in Children with and without Sensory Processing Disorder.: Social discussions and analytics

White Matter Microstructure is Associated with Auditory and Tactile Processing in Children with and without Sensory Processing Disorder.

Yi-Shin Chang, Mathilde Gratiot, Julia P Owen, Anne Brandes-Aitken, Shivani S Desai, Susanna S Hill, Anne B Arnett, Julia Harris, Elysa J Marco, Pratik Mukherjee

February 2016

Synopsis of Social media discussions

The discussions highlight the relevance of brain microstructure in sensory processing, with mentions of referencing neurological theory and paediatric interventions, exemplified by phrases like 'interwove the theory, principles and neuroscience support.' The tone and choice of words reflect a respectful acknowledgment of the research's importance but lack detailed critique or enthusiasm, leading to moderate scores.

Agreement

Neither agree nor disagree

The discussions are somewhat positive but do not explicitly support or oppose the findings of the research.

Interest

Moderate level of interest

The posts show a modest level of curiosity, mainly referencing presentations and theoretical supports.

Engagement

Neutral engagement

The responses are brief and mainly acknowledge the topic rather than delving deeply into the research details.

Impact

Neutral impact

The conversations imply a minimal immediate impact, focusing on referencing presentations without discussing broad applications.

Social Mentions

YouTube

2 Videos

Facebook

27 Posts

Twitter

3 Posts

Blogs

4 Articles

News

12 Articles

Metrics

Video Views

2,538

Total Likes

35

Extended Reach

10,210

Social Features

48

Timeline: Posts about article

Understanding Causes and Brain Factors in Sensory Processing Disorders

This video explores studies on the causes and risk factors of sensory processing disorders, focusing on brain white matter microstructure and its relation to sensory processing abilities in children aged 8-12, highlighting implications for diagnosis and treatment.

Prof. Lesley Collier
@LesleyJC63 (Twitter)

RT @GinaDalyOT: https://t.co/AH6VaHyGbX & https://t.co/FX7HxxaLRd were both referenced during the SI section of Ellen McLaughlin’s fascinat…
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April 7, 2019

2
Sensory Integration Education
@SINetwork (Twitter)

RT @GinaDalyOT: https://t.co/AH6VaHyGbX & https://t.co/FX7HxxaLRd were both referenced during the SI section of Ellen McLaughlin’s fascinat…
view full post

April 6, 2019

2
Gina Evans
@GinaEvansOT (Twitter)

https://t.co/AH6VaHyGbX & https://t.co/FX7HxxaLRd were both referenced during the SI section of Ellen McLaughlin’s fascinating presentation which interwove the theory, principles and neuroscience support for paediatric interventions @SINetwork #AOTA19
view full post

April 6, 2019

7
2

Abstract Synopsis

The study examines how the microstructure of white matter in the brain is linked to auditory and tactile processing in children aged 8-12, both with and without Sensory Processing Disorder (SPD), showing that children with SPD exhibit altered white matter, especially in areas responsible for sensory integration.
Findings reveal that these white matter differences correlate strongly with actual sensory processing measurements, with direct assessments of tactile and auditory functions providing a clearer connection to brain microstructure than parent reports.
The research suggests that diffusion MRI could be a valuable tool for identifying biomarkers to improve diagnosis, prognosis, and treatment of SPD by revealing neural correlates of sensory processing abilities.]