Feeding Your Fascia
Nutrition, Supplements & Cell Salts for Connective Tissue Pain
Part Two of Three
By Lioba Steinkamp MA, NVKH-RHom
In Part One, we explored why so many women experience deep, tearing musculoskeletal pain during menopause — and why the hypermobility connection is so often missed. In this second part, we go deeper into what you can actually do: how to nourish your connective tissue from within, which supplements genuinely make a difference, and how Schuessler cell salts map onto this picture.
Inflammation Lives in What We Eat
Pain is inflammation. And systemic inflammation is not only driven by injury — it is also driven by food, blood sugar behaviour, and how much visceral fat we carry. Many women notice during menopause that their body composition shifts: weight accumulates around the middle and resists approaches that worked before. This visceral fat is not passive. It actively produces inflammatory compounds that circulate through the body and amplify pain signals — including in already-sensitive fascia and tendons.
Two dietary factors are particularly worth examining closely:
Gluten and Connective Tissue Sensitivity
Many women with connective tissue sensitivity find that gluten significantly amplifies their pain — often with a delay of 12 to 24 hours, which makes the connection easy to miss. This is not necessarily full coeliac disease. It may be non-coeliac gluten sensitivity, or simply an individual inflammatory response that loads an already burdened system. A meaningful trial of gluten elimination (at least four weeks) combined with a simple daily pain diary is one of the most illuminating experiments you can run on your own body.
Hidden Glycemic Loads
Oat milk in your morning coffee. A potato in your evening stew. These seem like modest, healthy choices — but for someone with underlying insulin sensitivity, they represent repeated blood sugar spikes throughout the day, each one triggering a cascade of inflammatory signalling. Oat milk in particular is highly glycemic — arguably the worst milk alternative for anyone with metabolic sensitivity. Switching to full fat dairy cream, almond milk, or coconut milk makes a surprisingly significant difference. Replacing high-glycemic carbohydrates with lower-glycemic alternatives does too.
Time-restricted eating — 16:8 or even 14:10 — combined with a lower-carbohydrate approach is one of the most effective strategies for reducing visceral fat and systemic inflammation without deprivation. The inflammatory load on your connective tissue reduces meaningfully as a result.
The Connective Tissue Supplement Protocol
There is a great deal of noise in the supplement industry, but for connective tissue health specifically, the evidence base is more solid than many realise. Here is a structured approach, moving from foundation to refinement:
The Foundation
Hydrolyzed collagen (Types I and III for tendons and fascia; Type V specifically relevant for hEDS) — always taken with vitamin C for proper synthesis
Vitamin C — essential cofactor for collagen cross-linking; most people under-dose this significantly
Magnesium bisglycinate — for muscle relaxation, connective tissue integrity, nervous system regulation, and sleep quality
Vitamin D3 with K2 — supports the entire musculoskeletal framework
Omega-3 fatty acids (high quality, high EPA/DHA) — systemic anti-inflammatory, foundational for anyone with chronic pain
MSM (methylsulfonylmethane) — bioavailable sulphur, important for connective tissue repair and flexibility
The Often Overlooked
Copper — essential for elastin and collagen cross-linking; frequently depleted by zinc supplementation without copper balance
Silica/Silicon — critical for the structural integrity of connective tissue throughout the body
Boron — supports connective tissue resilience and hormone metabolism; rarely included but genuinely valuable
Lysine and Proline — the specific amino acids that tendons and fascia are built from; often missing from general collagen supplements
Glycine — tendons are particularly rich in glycine; additional supplementation supports active repair
Manganese — an underappreciated cofactor in collagen synthesis
Two Standouts Worth Highlighting
PEA (Palmitoylethanolamide) is perhaps the most compelling natural option for this type of pain. This naturally occurring fatty acid compound has strong evidence for chronic musculoskeletal and fascial pain. It works particularly on mast cells — which are notably hyperreactive in hEDS — and has genuine anti-neuroinflammatory properties. Look for ultramicronized PEA (such as PeaPure, a Dutch brand) for best absorption. It is well tolerated, very safe, and for many women represents a significant turning point in pain management.
Creatine is often dismissed as a gym supplement, but it has genuine relevance here. It supports connective tissue energy metabolism, helps build and maintain the stabilising muscle that hypermobile joints desperately need, has emerging evidence for cognitive function during the hormonal transition, and may also help with fatigue. Three to five grams daily is sufficient — no loading phase necessary.
Cell Salts: The Biochemic Perspective
For those who work with Schuessler's biochemic cell salts, the menopausal connective tissue picture offers rich and specific territory. Cell salts work at the level of cellular mineral balance — and several have a particular affinity for fascia, tendons, and the structural tissues of the body.
Calc Fluor (No. 1) — Elasticity of Connective Tissue
This is arguably the most important cell salt for hypermobile women. Calc Fluor governs the elasticity and tone of connective tissue throughout the body — tendons, ligaments, fascial layers, and the enamel of teeth. Where there is excessive laxity or lack of structural tone, Calc Fluor is the primary biochemic support. It can be taken regularly as a tissue tonic rather than only acutely.
Silicea (No. 11) — Structural Integrity
Silicea supports the structural integrity of connective tissue, fascia, and tendons at a cellular level. It is indicated where tissues feel weak, poorly supported, or prone to injury. It also has an affinity for the nervous system sheath — relevant given the neurological sensitivity that often accompanies hEDS.
Calc Phos (No. 2) — Periosteum and Tendon Insertions
Calc Phos has a deep affinity for bone, periosteum, and the attachment points where tendons meet bone — the entheses. Pain specifically at these insertion points, which is characteristic of the menopausal connective tissue picture, points clearly to Calc Phos as part of the protocol.
Nat Mur (No. 9) — Fluid Regulation in Tissues
Nat Mur governs the distribution of fluids throughout the body, including within connective tissue. Fascial pain is in part a problem of tissue hydration and fluid dynamics — and Nat Mur addresses this at the cellular level. It is also deeply relevant for the broader menopausal picture given its relationship to hormonal fluid shifts.
Ferrum Phos (No. 4) — The Inflammatory Component
Where any acute or subacute inflammatory component is present — increased sensitivity, redness, or reactive flare-ups — Ferrum Phos provides gentle biochemic support for the early stages of inflammation without suppressing the process.
A practical note: Calc Fluor and Silicea can be taken together as a regular connective tissue tonic. Calc Phos can be added where tendon insertion pain is prominent. These are gentle and safe for long-term use.
Bringing It Together: A Practical Starting Point
Rather than implementing everything at once, here is a sensible sequence:
Week 1-2: Eliminate gluten and swap oat milk. Keep a daily pain score.
Week 1 onwards: Begin foundational supplements — collagen with vitamin C, magnesium, D3/K2, omega-3.
Week 2-3: Add copper, silica, and lysine/proline to address the connective tissue gaps.
Week 3-4: Introduce PEA (ultramicronized) and assess over six to eight weeks.
Ongoing: Consider Calc Fluor and Silicea as regular cell salt support.
When ready: Add creatine (3-5g daily) as you begin to introduce gentle strengthening movement.
Coming in Part Three: The Homeopathic Layer — classical remedies for connective tissue and menopausal pain, including how to recognise the key pictures and differentiate between them.
About the Author
Lioba Steinkamp MA, NVKH-RHom is a classical homeopath based in Arnhem, Netherlands. Her practice, Insight Homeopathy, bridges rigorous classical homeopathic methodology with a broad, integrative perspective — addressing the physical, emotional, and systemic challenges of our time. She brings particular depth to complex hormonal, connective tissue, and chronic conditions, weaving together leading homeopathic frameworks with insights from nutritional science, somatic medicine, and holistic health. www.insighthomeopathy.nl
Important note: This article series is written from personal experience and professional interest. It is intended as informational and supportive reading, not as a replacement for medical or homeopathic advice. For a personal consultation, please visit www.insighthomeopathy.nl
