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    • Home
    • About Melissa
    • Menu
      • EDS & Frequencies
      • The Quantum Tapestry
      • Beyond Earth
      • Gov. State. Quantum Tech
      • Ancient Intelligence
      • Suppressed Science/Phenom
    • EDS Survey
    • The Living Antenna Shop
  • Home
  • About Melissa
  • Menu
    • EDS & Frequencies
    • The Quantum Tapestry
    • Beyond Earth
    • Gov. State. Quantum Tech
    • Ancient Intelligence
    • Suppressed Science/Phenom
  • EDS Survey
  • The Living Antenna Shop

The Connection Between Ehlers-Danlos Syndrome & Autism

EDS & Autism may seem like completely different conditions. One affecting the body’s connective tissues & the other influencing neurodevelopment. However, emerging research & patient experiences reveal a fascinating overlap between these two conditions, pointing to shared genetic, neurological, & physiological factors.

Collagen, Connective Tissue, and Brain Development

The key link between EDS and autism lies in collagen dysfunction, which affects the body’s connective tissues, including those found in the brain and nervous system. Collagen plays an essential role in: 

•Neuron formation:: Guiding how brain cells develop and connect. 

• Synaptic connections:: Influencing how brain cells communicate.

• Neurotransmitter function:: Regulating mood, focus, and sensory processing.


When connective tissue is fragile or malformed, as in EDS, it can disrupt brain development and function, potentially contributing to autistic traits such as sensory sensitivities, motor coordination difficulties, and anxiety. 


Comorbidities: The Shared Challenges of EDS & Autism

Beyond sensory similarities, EDS and autism frequently co-occur with other conditions, further highlighting their biological and neurological links:  

•Gastrointestinal Issues:: IBS, delayed gastric emptying, and food intolerances are common in both conditions. 

•Anxiety & Mood Disorders:: Heightened nervous system sensitivity makes both EDS and autism prone to chronic anxiety. 

•Motor Coordination Differences:: Joint instability in EDS and motor planning differences in autism often lead to clumsiness, poor proprioception, and coordination issues.

Sensory Sensitivities & Neurological Overlaps

Both EDS and autism involve heightened sensory processing, where stimuli such as touch, sound, or light feel overwhelming.


EDS & Sensory Sensitivity:: People with EDS often experience pain or discomfort from mild sensations due to fragile connective tissues and nervous system dysregulation.


Autism & Sensory Processing:: Many autistic individuals have hyper- or hypo-sensitivity to environmental stimuli, making textures, lights, and sounds overwhelming or under-responsive.  


These shared sensory traits suggest a deeper connection between the body’s connective tissue and how the brain processes sensory information, a connection that science is only beginning to explore.

The Role of Dysautonomia in Both Conditions

One of the most significant overlaps between EDS and autism is dysautonomia, a dysfunction of the autonomic nervous system (ANS) that regulates heart rate, blood pressure, and digestion.


🔷Dysautonomia in EDS:: Many people with EDS experience Postural Orthostatic Tachycardia Syndrome (POTS), which causes dizziness, rapid heart rate, and blood pressure fluctuations. 


🔷Dysautonomia in Autism:: Studies suggest that autistic individuals often experience ANS dysfunction, contributing to anxiety, fatigue, and difficulty regulating body temperature. 


Since the autonomic nervous system impacts stress response, digestion, circulation, and sensory processing, its dysfunction in both EDS and autism may be a key biological connection between these conditions.

Is There a Genetic Connection?

Recent research suggests that EDS and autism share genetic pathways, meaning they may not just co-occur by coincidence.  


Family Link:: Families with EDS often have higher rates of autism, ADHD, and other neurodivergent conditions, hinting at common genetic mutations affecting both connective tissues and neurodevelopment.


Shared Gene Variants:: Some of the genes linked to collagen formation and connective tissue strength also play a role in brain development, synaptic plasticity, and neurotransmitter function.  This genetic overlap could explain why so many people with EDS also identify as neurodivergent and why autistic individuals often report symptoms resembling EDS, such as hypermobility or chronic pain.

Living with EDS & Autism: Navigating Daily Life

Managing both EDS and autism presents unique challenges, from sensory overload and chronic pain to mobility and anxiety struggles. But understanding the shared mechanisms behind these conditions can lead to better medical care, awareness, and support.


Sensory-Friendly Pain Management 

Many people with both conditions require gentle, non-invasive treatments, such as compression garments, weighted blankets, or low-impact therapy.


 Accommodations for Motor & Cognitive Differences 

Recognizing movement differences and cognitive processing styles can improve medical and educational support. 


Tailored Treatment Approaches 

Since both conditions involve nervous system dysregulation, treatments targeting the nervous system, gut health, and sensory system may be the key to improving quality of life.  


If you have EDS and autism, your experience matters. By sharing your story, you help build awareness and push for better recognition of this connection in medicine and research.

The Unexplored Potential of Neurodivergence

Many autistic individuals report heightened sensory perception, extraordinary pattern recognition, and even abilities that seem beyond the ordinary like photographic memory, extreme synesthesia, or advanced problem-solving. Could the same connective tissue and plasma-related factors influencing EDS also contribute to these unique traits in autism?

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