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Eating disorders are often approached through body image, anxiety and behaviour, but food restriction may begin with physical distress. For hypermobile and neurodivergent people, pain, gastrointestinal symptoms, autonomic dysfunction, fatigue, immune reactions and differences in processing bodily signals can build on one another. Understanding what happens when a person eats may reveal why avoidance developed and what is maintaining it.

Should you keep pursuing an hEDS or HSD diagnosis? This article explores why diagnosis can take decades, why the distinction between hEDS and HSD remains unclear, and how gaps in healthcare leave many patients feeling lost. Learn why diagnosis still matters, and how education, patient knowledge, supportive communities and safe, individualized management can help you understand your body while you continue searching for answers.

Many people with hypermobility and neurodivergence recognise patterns that seem unconnected: easy bruising, bleeding gums, slow wound healing, and prolonged recovery after illness. While explained separately, these experiences share a common thread. Vitamin C is a nutrient your body spends continuously on collagen formation, histamine breakdown, and stress regulation. When physiological demand exceeds supply, subtle symptoms emerge. Discover why hypermobile bodies often need

Chiari malformation is more common in people with hypermobility and hypermobile Ehlers-Danlos syndrome (hEDS), yet it is often mistaken for migraine or dismissed as part of EDS. This guide explains the connection between Chiari and hypermobility, the hallmark symptoms to watch for, how it is diagnosed, and the treatment options available. Learn when to suspect Chiari and how understanding the brain-spine connection can help guide better care.

The menstrual cycle is often described as predictable, but in hypermobility, mast cell activation, and neurodivergence, it can feel anything but. Hormonal shifts interact with immune reactivity, connective tissue stability, and nervous system regulation, creating distinct patterns across the month. This article explains estrogen-sensitive, progesterone-sensitive, and mixed cycle patterns, helping you understand why symptoms change and how to start recognizing your own physiol

Managing summer heat feels like a massive chore when your joints and nervous system work differently. If rising temperatures leave you with a racing heart, sudden nausea, or brain fog, the reality is mechanical, not anxiety. This Paramotion guide breaks down the physiology of circulatory pooling, sensory overload, and mast cell activation under thermal stress, providing targeted strategies that bring rapid, reliable relief.

Living with hypermobility or Ehlers-Danlos Syndrome often means dealing with a clicking jaw, severe clenching, or relentless TMJ pain. While Botox injections are frequently offered as a fast solution to relax tight muscles, they can act as a stability trap. When ligaments are loose, your brain recruits muscles to keep your joints from shifting. Discover the structural risks of weakening these stabilizers and explore safer, conservative alternatives today.

Adult ADHD symptoms are often misunderstood as simple distraction, but the reality is far more complex. Emerging research and lived experience highlight nine key dimensions that shape how ADHD presents in adulthood, including hyperfocus, emotional intensity, sleep disruption, and time blindness. Understanding these patterns offers a clearer, more accurate foundation for making sense of daily challenges and building effective support strategies.

On May 12, 2026, a global panel officially renamed polycystic ovary syndrome (PCOS) to Polyendocrine Metabolic Ovarian Syndrome (PMOS). This shift updates a misleading title to accurately reflect a systemic, lifelong hormonal and metabolic disorder. For the hypermobility and neurodivergent communities, this landmark decision validates a shared history of diagnostic delays and highlights the urgent need to look past isolated symptoms toward whole-body healthcare.

Research shows low magnesium is very common in ADHD and autism, with one study finding deficiency in up to 96% of affected children. Supplementing can reduce hyperactivity, improve sleep, calm sensory overload, and support emotional regulation. This guide covers why levels run low, what the research shows, and how to use magnesium safely.

Magnesium is one of the most commonly recommended supplements for people with hypermobility, but many are not sure why. This guide explains how magnesium supports muscle relaxation, nervous system regulation, and energy, why deficiency is common, and how to choose the right form and dose. Learn what to look for, what to be careful about, and how magnesium fits into a broader approach to movement and recovery.

Emerging research is revealing significant links between bipolar disorder, neurodivergence, and hypermobility. For many people, mood shifts, emotional dysregulation, sensory overwhelm, and exhaustion may be more connected to chronic pain, nervous-system stress, and connective tissue dysfunction than previously understood. This article explores the science behind these overlaps and why medicine may need a more integrated approach to body and mind.

Migraine is more than a headache. It is a neurological condition that affects sensory processing, energy regulation, and daily functioning. It is also more common in people with hypermobility, ADHD, and autism. This article explains why migraine occurs more frequently in this population, how triggers such as sleep, hydration, and blood sugar play a role, and what approaches, including lifestyle and medical treatment, can help reduce frequency and severity.

Chronic abdominal pain in hypermobility is often dismissed or misunderstood. Median Arcuate Ligament Syndrome (MALS) is a lesser-known condition that may explain severe, persistent symptoms, especially when tests come back normal. This article explores how MALS works, why it can be missed, and what patterns may help you recognize when something more specific is going on in your body.

Burning feet, tingling, and unexplained nerve pain are common in hypermobility and neurodivergence but often dismissed. This article explains small fibre neuropathy, why it happens, how it overlaps with deficiencies and thyroid issues, and what to track for diagnosis. Learn how nervous system regulation, movement, and nutrition can support your body in a more targeted and sustainable way.

Severe menstrual pain is more than cramps. For many people with endometriosis, hypermobility, or overlapping conditions, it reflects real, multi-system challenges in the body. Fatigue, digestive changes, and intense pain are not ignored signals. This article explores what is happening, why it takes time to be understood, and how recognition can make a real difference.

Thoracic Outlet Syndrome (TOS) is often overlooked in people with hypermobility, HSD, and hEDS. Tingling hands, arm fatigue, neck tension, or cold fingers may not just be “poor posture.” In hypermobile bodies, joint instability, fascial tension, and nervous system sensitivity can compress or irritate the nerves and blood vessels passing from the neck to the arm. In this guide we explore what TOS is, why it’s more common in hypermobility, and how a holistic approach to movemen

Hypermobility symptoms appear when your body's compensations reach their limit. Improving symptoms requires more than strengthening alone. The ParaMotion 7-step framework addresses nervous system regulation, stability, strength, and load management to safely build capacity in people with HSD and hEDS. This structured approach helps reduce pain, fatigue, and flares by supporting the systems that control movement and recovery.

Hypermobility can stay silent for years, until it doesn’t. Many people with HSD or hEDS function well in childhood and early adulthood, only to suddenly develop fatigue, pain, brain fog, or dysautonomia after infection, hormonal shifts, stress, or injury. This article explains the load–capacity model, compensation collapse, and the most common triggers that push a previously stable hypermobile system past its threshold.

Does weather affect your body more than it affects others? You're not imagining it. This guide explains why barometric pressure changes and wind trigger symptoms in hypermobility, hEDS, neurodivergence, and MCAS. Learn how your body's systems; proprioception, nervous system, autonomic function, and mast cells, respond to weather shifts, and discover practical tools to support yourself when the air changes.