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Golden Threads Found in Woman’s Knees After customary Treatment
Table of Contents
- 1. Golden Threads Found in Woman’s Knees After customary Treatment
- 2. How do hormonal fluctuations impact the health of fascia and contribute too joint pain in women?
- 3. Golden Threads Uncover the Mysteries of Joint Pain in Women: A Closer Look at the Glowing Connective Tissue Phenomenon
- 4. The Fascinating World of Connective Tissue & Women’s Joint Health
- 5. What Are These “golden Threads”? – Understanding Fascia
- 6. Why Are Women More Prone to Joint Pain? – hormonal & Anatomical Factors
- 7. common Conditions Linked to Fascial Dysfunction & Joint Pain in Women
- 8. Diagnosing Fascial Involvement – Beyond Traditional Methods
- 9. Treatment Approaches – Restoring Fascial Health & Reducing Joint Pain
Seoul,South korea – Doctors in South korea discovered hundreds of tiny metallic fragments inside the knee joints of a 65-year-old woman after she sought treatment for chronic knee pain. The fragments were identified as remnants of gold threads implanted years ago during a traditional acupuncture-like procedure popular in Asia.
the patient had initially attempted conventional treatments like analgesics, anti-inflammatory drugs, and steroid injections, but was unable to find relief, and the strong medications caused digestive issues. She then turned to a therapy involving the implantation of short, sterile golden threads into the tissue surrounding her knees to stimulate nerves.
X-rays revealed the gold threads, alongside signs of the patient’s pre-existing osteoarthritis, including increased bone thickness and bone protrusions.While the technique is practiced in some parts of Asia, the discovery raises questions about the long-term effects of such treatments and the potential for complications. Researchers are now further studying the case.
How do hormonal fluctuations impact the health of fascia and contribute too joint pain in women?
Golden Threads Uncover the Mysteries of Joint Pain in Women: A Closer Look at the Glowing Connective Tissue Phenomenon
The Fascinating World of Connective Tissue & Women’s Joint Health
For years, joint pain in women has been often dismissed as simply “part of life,” especially with age. Though, emerging research is revealing a more complex picture, focusing on the crucial role of connective tissue – and a surprising phenomenon: its bioluminescence, frequently enough described as “golden threads.” This article delves into the science behind this glowing connective tissue, its connection to chronic joint pain, and what women can do to address it. We’ll explore osteoarthritis, rheumatoid arthritis, fibromyalgia, and other conditions impacting women’s health.
What Are These “golden Threads”? – Understanding Fascia
The “golden threads” refer to the visible, shimmering quality of healthy fascia when illuminated with specific light sources. Fascia is a continuous web of connective tissue that permeates the entire body, enveloping muscles, bones, nerves, and organs.It’s traditionally been viewed as a passive structure, but we now understand it’s a dynamic, sensory-rich system.
* Composition: Primarily collagen, elastin, and a notable amount of water.
* Function: Provides structural support, allows for smooth movement, and plays a role in proprioception (body awareness).
* Bioluminescence: Healthy fascia exhibits a subtle glow due to the piezoelectric properties of collagen – meaning it generates a small electrical charge when stressed. This is the “golden thread” effect.
In cases of joint pain, inflammation, and injury, this glow diminishes, and the fascia becomes restricted and tangled. This disruption impacts the entire kinetic chain, contributing to pain and limited mobility.
Why Are Women More Prone to Joint Pain? – hormonal & Anatomical Factors
Joint pain affects women disproportionately. Several factors contribute to this disparity:
* Hormonal Fluctuations: Estrogen plays a protective role in maintaining cartilage health and bone density. declining estrogen levels during perimenopause and menopause accelerate cartilage breakdown, increasing the risk of osteoarthritis.
* Anatomical Differences: Women generally have smaller joints and less muscle mass than men, making them more susceptible to injury and instability. Wider hips also contribute to increased stress on knees and ankles.
* Autoimmune Diseases: rheumatoid arthritis and lupus, autoimmune conditions that commonly cause chronic pain and joint inflammation, are significantly more prevalent in women.
* pregnancy & Postpartum: Hormonal shifts and the physical demands of pregnancy can lead to pelvic pain, SI joint dysfunction, and increased risk of osteoarthritis later in life.
common Conditions Linked to Fascial Dysfunction & Joint Pain in Women
Several conditions frequently present with fascial restrictions and contribute to chronic joint pain in women:
- Osteoarthritis: The most common form of arthritis, characterized by cartilage breakdown. Fascial restrictions around affected joints exacerbate pain and limit range of motion.
- Rheumatoid Arthritis: An autoimmune disease causing inflammation of the joint lining. Fascia becomes inflamed and restricted, contributing to widespread pain and stiffness.
- Fibromyalgia: A chronic condition characterized by widespread musculoskeletal pain accompanied by fatigue, sleep, memory and mood issues. Fascial dysfunction is now recognized as a key component of fibromyalgia.
- Endometriosis: While primarily known for pelvic pain, endometriosis can also cause referred pain to the lower back, hips, and legs due to fascial connections.
- Pelvic Pain & Dysfunction: Conditions like Pudendal Neuralgia and IC/BPS (Interstitial Cystitis/Bladder Pain Syndrome) often involve significant fascial involvement.
Diagnosing Fascial Involvement – Beyond Traditional Methods
Traditional diagnostic methods frequently enough overlook fascial dysfunction. emerging techniques are helping to identify these issues:
* Manual Fascial Assessment: Skilled practitioners (physical therapists,osteopathic physicians) can palpate and assess fascial restrictions.
* Movement Assessments: Observing movement patterns can reveal compensatory strategies and fascial imbalances.
* Diagnostic Ultrasound: can visualize fascial layers and identify areas of restriction.
* Shear Wave elastography: A newer imaging technique that measures tissue stiffness, providing insights into fascial health.
Treatment Approaches – Restoring Fascial Health & Reducing Joint Pain
A multi-faceted approach is often most effective in addressing joint pain related to fascial dysfunction:
* Myofascial Release: Manual therapy techniques aimed at releasing fascial restrictions.
* Physical Therapy: Targeted exercises to improve strength, versatility, and movement patterns. Focus on low impact exercise like swimming or yoga.
* Dry Needling: Using fine needles to release trigger points and restore muscle function.
* Acupuncture: Stimulating specific points to promote energy flow and reduce pain.
* Hydration & Nutrition: Adequate hydration and a diet rich in collagen-boosting nutrients (vitamin C