The overall tone and word choices reflect genuine interest and recognition of the study’s implications, with examples like mentions of 'visual system differences' and 'brain markers' indicating engagement with the research’s potential to impact early diagnosis strategies. The tone is academic yet accessible, emphasizing the importance of early markers and genetic factors, illustrating a balanced view of the study’s relevance and impact.
AgreementModerate agreement
Most discussions acknowledge the significance of the study, emphasizing its findings on early brain markers and their relation to autism traits.
InterestHigh interest
The posts demonstrate high curiosity, highlighting specific details like visual circuitry and genetic links, which suggests strong engagement.
EngagementModerate engagement
Several posts reference research methods, implications for early detection, and potential as markers, indicating a moderate level of deep engagement.
ImpactModerate impact
The discussions suggest the research could influence future diagnosis and understanding of autism, hence a modest perceived impact.
Abstract in brief
The study investigates how genetic risk factors for autism influence early brain development, showing that siblings of children with ASD exhibit certain brain differences before diagnosis, particularly in regions related to visual processing.
Higher ASD traits in probands are linked to larger brain structures and reduced white matter integrity in siblings who later develop ASD, indicating that inherited genetic liability impacts specific brain features early in life.
The research suggests that early brain MRI markers, especially related to the visual system and functional connectivity, can reflect familial ASD traits and potentially serve as early indicators of autism risk. ]
Study funded by @NICHD_NIH @NIMHgov @NINDSNews:
Changes in the visual system of 6-month-old babies were apparent prior to autism diagnosis. Could disruption in visual processing affect how infants see & interact with the world?
@UNC_SOM
@APAPubjournals: https://t.co/TzWojeoiXO https://t.co/fqnTEPhCPe
Jun 2, 2022 · 13 likes · 7 shares · 9,809 followersView post →
NN
Neuroscience News
@NeuroscienceNew · X
“Infant Visual Brain Development and Inherited Genetic Liability in Autism” by Girault, JB et al. American Journal of Psychiatry
https://t.co/wPHMxwVWAQ
May 29, 2022 · 10 likes · 1 share · 506,664 followersView post →
ES
Elio Sassine
@Elio65 · X
Infant Visual Brain Development and Inherited Genetic Liability in Autism https://t.co/9z9g1CEW7c
Jun 1, 2022 · 2 likes · 1 share · 408 followersView post →
JA
Journals of The American Psychiatric Association
@APAPubJournals · X
Researchers from the Infant Brain Imaging Study Network (including @UNCCIDD @WUSTLmed @ChildrensPhila) report that autistic traits in older siblings with ASD could predict certain aspects of brain development in their infant siblings who are diagnosed.
https://t.co/VgHa7IbjnM https://t.co/ztAd9kbx6i
May 26, 2022 · 1 like · 11,607 followersView post →
JA
Journals of The American Psychiatric Association
@APAPubJournals · X
AJP Deputy Editor Danny Pine highlights two articles from the September 2022 issue.
https://t.co/gSRZXYapyx
Sep 16, 2022 · 1 like · 11,607 followersView post →
DS
Dr Imran Sheikh
@DrImranSheikh · X
Infant Visual Brain Development and Inherited Genetic Liability in Autism https://t.co/8ulyZ0P0QB https://t.co/jmRHJ8ClgD
American Journal of Psychiatry Deputy Editor Daniel S Pine MD discusses research on how genetic risk factors influence early brain development in autism, highlighting brain differences in siblings and potential early…
American Journal of Psychiatry Deputy Editor Daniel S Pine MD discusses recent research on infant brain development and inherited genetic liability in autism, highlighting early brain differences and potential…
American Journal of Psychiatry Deputy Editor Daniel S Pine discusses a study on how genetic risk factors influence early brain development in autism, highlighting differences in visual processing regions and the…
Study funded by @NICHD_NIH @NIMHgov @NINDSNews:
Changes in the visual system of 6-month-old babies were apparent prior to autism diagnosis. Could disruption in visual processing affect how infants see & interact with the world?
@UNC_SOM
@APAPubjournals: https://t.co/TzWojeoiXO https://t.co/fqnTEPhCPe
Jun 2, 2022 · 13 likes · 7 shares · 9,809 followersView post →
CK
Carine el Khazen
@Carine47273673 · X
RT @Elio65: Infant Visual Brain Development and Inherited Genetic Liability in Autism https://t.co/9z9g1CEW7c
#Autism (ASD): Atypical structure and function of visual circuitry and processing areas of brain apparent @ 6m. Gene-brain associations. ASD traits in siblings foreshadow emergence of ASD? Useful as marker? https://t.co/xkxccE2hb5 [open access] https://t.co/DwPOKan5XD
Yeni bir çalışmaya göre, 24 aylıkken otizm spektrum bozukluğu (ASD) teşhisi konan bebeklerin, beynin görsel işleme alanlarında 6 aylıkken görülen farklılıkları vardı.
https://t.co/L60Qtd7iKo
“Infant Visual Brain Development and Inherited Genetic Liability in Autism” by Girault, JB et al. American Journal of Psychiatry
https://t.co/wPHMxwVWAQ
May 29, 2022 · 10 likes · 1 share · 506,664 followersView post →
RP
Ryoichi WATANABE, PhD.
@watanaberkyoto · X
RT @KEEEEN_w_d: Infant Visual Brain Development and Inherited Genetic Liability in Autism https://t.co/vGuKNzUNi4
ASDの可能性の高い乳幼児を対象に6、12、2…
May 26, 2022 · 1 share · 4,163 followersView post →
JA
Journals of The American Psychiatric Association
@APAPubJournals · X
Researchers from the Infant Brain Imaging Study Network (including @UNCCIDD @WUSTLmed @ChildrensPhila) report that autistic traits in older siblings with ASD could predict certain aspects of brain development in their infant siblings who are diagnosed.
https://t.co/VgHa7IbjnM https://t.co/ztAd9kbx6i
May 26, 2022 · 1 like · 11,607 followersView post →
CB
CHOP Publication Bot
@chop_pubs · X
Jessica B Girault:
Infant Visual Brain Development and Inherited Genetic Liability in Autism
https://t.co/CmMauERd46
MM
NN
ES
JA
DS
RM
FR
MP
E
TS
DH
RV
CK
HG
TS
N
S
RP
CB
MX