PubHawk
Behav Med February 2018 PMID 27100966

Adapting to Stress: Understanding the Neurobiology of Resilience.

Carlos Osório, Thomas Probert, Edgar Jones, Allan H Young, Ian Robbins

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Mentions

11
Peak: 6 in Dec 2019
across 2 sources since Aug 2019

Extended reach

32,141
potential audience

Total likes

39

Video views

315

Mentions per month

Aug 2019 – Jan 2025

Where it's discussed

  • X / Twitter9 posts
  • YouTube2 videos

AI synopsis

What people are saying

The discussions reflect a positive and curious attitude towards the article, with posts citing the complexity of neural, genetic, and environmental interactions and emphasizing the importance of understanding these mechanisms for resilience, as seen in phrases like 'extremely complex' and 'neurobiologic, genetic, and epigenetic components.' The tone suggests that readers find the publication insightful and potentially impactful for future mental health strategies.

AgreementModerate agreement

Most posts acknowledge the complexity of neurobiological factors in resilience, indicating general support for the publication's findings.

InterestHigh interest

Posts express high curiosity, especially with phrases like 'understanding resilience' and gratitude for the free PDF, showing enthusiasm.

EngagementModerate engagement

Discussions include reflections on how genetics, environment, and neural mechanisms intertwine, demonstrating some depth of engagement.

ImpactModerate impact

While some posts highlight the significance of understanding neurobiology for mental health, the overall perceived impact seems moderate, focusing on appreciation and acknowledgment rather than advocacy or debate.

Abstract in brief

  • The text explains that people respond to extreme stress in different ways, with some developing mental health issues like PTSD or depression, while others show resilience and recover without significant problems.
  • It explores how various biological factors like hormones, neurotransmitters, neural circuits, and genetic and epigenetic processes influence whether someone is resilient or vulnerable to stress-related disorders.
  • Understanding these neurobiological components could help in creating strategies to build stress resilience and improve prevention and treatment of stress-related mental health conditions.]
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Top posts

Most liked on X and Bluesky
Christoph Burch
@ChristophBurch · X

"The neural mechanisms that underlie resilience to stress are extremely complex, involving the interaction of neurobiologic, genetic, and epigenetic components, together with the environment..." https://t.co/dkQbMXcZQJ Free PDF: https://t.co/WDSX75M2rN

Dec 25, 2019 · 19 likes · 8 shares · 15,529 followers View post →
Dr Mustafa Sarkar
@MusSarkar · X

RT @ChristophBurch: "The neural mechanisms that underlie resilience to stress are extremely complex, involving the interaction of neurobiol…

Dec 31, 2019 · 8 shares · 7,159 followers View post →
ACPSEMdance
@ACPSEMdance · X

RT @ChristophBurch: "The neural mechanisms that underlie resilience to stress are extremely complex, involving the interaction of neurobiol…

Dec 26, 2019 · 8 shares · 2,968 followers View post →
LeeMoore
@LeeJMoore1 · X

RT @ChristophBurch: "The neural mechanisms that underlie resilience to stress are extremely complex, involving the interaction of neurobiol…

Dec 25, 2019 · 8 shares · 1,658 followers View post →
andreaskuhn
@andreaskuhn · X

understanding https://t.co/2Ng0dVAMA3 resilience

Feb 15, 2022 · 1,489 followers View post →
Dr Gerard Rodgers
@gerardrodgers · X

https://t.co/rnidc3Ux7F https://t.co/6GPCWtRWea

Aug 7, 2019 · 1,436 followers View post →

All mentions

andreaskuhn
@andreaskuhn · X

understanding https://t.co/2Ng0dVAMA3 resilience

Feb 15, 2022 · 1,489 followers View post →
Dr. Brett Haskell
@HaskellBrett · X

RT @ChristophBurch: "The neural mechanisms that underlie resilience to stress are extremely complex, involving the interaction of neurobiol…

Jan 3, 2020 · 8 shares · 507 followers View post →
Ceaser Krivelenko
@ceaserkriv · X

RT @ChristophBurch: "The neural mechanisms that underlie resilience to stress are extremely complex, involving the interaction of neurobiol…

Dec 31, 2019 · 8 shares · 114 followers View post →
Dr Mustafa Sarkar
@MusSarkar · X

RT @ChristophBurch: "The neural mechanisms that underlie resilience to stress are extremely complex, involving the interaction of neurobiol…

Dec 31, 2019 · 8 shares · 7,159 followers View post →
ACPSEMdance
@ACPSEMdance · X

RT @ChristophBurch: "The neural mechanisms that underlie resilience to stress are extremely complex, involving the interaction of neurobiol…

Dec 26, 2019 · 8 shares · 2,968 followers View post →
Dr Benjamin T. Sharpe
@benjamintsharpe · X

RT @ChristophBurch: "The neural mechanisms that underlie resilience to stress are extremely complex, involving the interaction of neurobiol…

Dec 25, 2019 · 8 shares · 854 followers View post →
LeeMoore
@LeeJMoore1 · X

RT @ChristophBurch: "The neural mechanisms that underlie resilience to stress are extremely complex, involving the interaction of neurobiol…

Dec 25, 2019 · 8 shares · 1,658 followers View post →
Christoph Burch
@ChristophBurch · X

"The neural mechanisms that underlie resilience to stress are extremely complex, involving the interaction of neurobiologic, genetic, and epigenetic components, together with the environment..." https://t.co/dkQbMXcZQJ Free PDF: https://t.co/WDSX75M2rN

Dec 25, 2019 · 19 likes · 8 shares · 15,529 followers View post →
Dr Gerard Rodgers
@gerardrodgers · X

https://t.co/rnidc3Ux7F https://t.co/6GPCWtRWea

Aug 7, 2019 · 1,436 followers View post →