Скачать или смотреть S1E3: RCCX Theory and Neurodivergence

In this episode, the Alastair and Merel delve into the complex interplay of genetics, neurodiversity, and physiology through the lens of the RCCX theory. Discussions include genetic mutations, their impact on mental and physical health, and the balance between environmental stress and adaptability.

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01:08 - Inflammation and Neurodivergence
The hosts discuss the connection between inflammation, cortisol levels, and neurodivergence.

03:59 - How the RCCX Theory Was Formed
An exploration of RCCX theory's origins, focusing on the challenges faced by its proponents [1].

05:07 - Interpreting the RCCX Theory
A breakdown of the RCCX cluster’s role in stress response, immune function, and mental health [1].

07:13 - RCCX Genes and Early Development
Insights into how RCCX mutations manifest during infancy and their potential links to developmental anomalies [1].

09:33 - Highly Mutable Genes and Human Survivability
The evolutionary trade-offs of highly mutable genes and their impact on neurodiverse traits [1-3].

12:51 - Norepinephrine as a Cortisol Substitute
Discussion on how norepinephrine compensates for low cortisol, potentially leading to PTSD-like responses [1].

14:38 - Understanding Diagnosis and Self-Acceptance
The benefits of understanding genetic predispositions and their role in self-acceptance.

16:40 - Psychosomatic vs Somato-psychic
Exploration of hypermobility’s psychological and physical implications [4].

18:24 - Hypermobility and AuDHD
Speculation on hypermobility’s correlation with autism and ADHD [4].

20:35 - The Trade-off Theory
How developmental trade-offs impact energy allocation, shaping neurodiverse traits.

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References
1. Sharon Meglathery and Karen Herbst. Summary for scientists. Online document, July 2016.
2. Allan Schore.
3. Dan Siegel.
4. Michael McEvoy. Joint hypermobility syndrome: The extracellular matrix connection. Townsend Letter, pages 59–63, 2019.