Fibromyalgia
Fibromyalgia is a chronic pain condition associated with widespread pain, fatigue, sleep problems, cognitive symptoms, tenderness, and heightened sensitivity. Patients may describe feeling as though the whole body hurts, even when imaging or local tissue testing does not explain the intensity of symptoms.
Fibromyalgia is real. It is not imagined, exaggerated, or a sign of weakness. It is commonly understood as involving changes in how the nervous system processes pain and sensory information. This can make pain feel amplified, widespread, or triggered by normal activities, poor sleep, stress, illness, weather changes, or sensory input.
What Fibromyalgia May Feel Like
Fibromyalgia can cause aching, burning, throbbing, stiffness, tenderness, muscle soreness, joint pain, and sensitivity to touch. Many patients also experience fatigue, poor sleep, brain fog, headaches, numbness, tingling, pelvic pain, abdominal symptoms, dizziness, or sensitivity to light, sound, odors, and temperature.
Symptoms may flare and improve. A patient may feel worse after overactivity, stress, poor sleep, infection, hormonal changes, travel, or emotional strain. Others may wake up already exhausted or feel that movement helps slightly but too much activity causes a flare. These patterns can be difficult to manage without a structured plan.
Fibromyalgia and Central Sensitization
Central sensitization refers to increased sensitivity in the nervous system. In this state, pain signals may be amplified, last longer, spread more widely, or continue after tissues have healed. Fibromyalgia is often discussed within this broader nervous system framework.
This does not mean the body should not be evaluated. Central sensitization can coexist with local pain generators. A patient may have fibromyalgia and migraine, pelvic pain, arthritis joint pain, hypermobility, tendinopathy, peripheral neuropathy, autoimmune-related pain, or post-COVID pain. A diagnosis-first approach asks which symptoms are primarily centralized and which may need targeted treatment.
Is Fibromyalgia Autoimmune or Inflammatory?
Fibromyalgia is not classified as an autoimmune or inflammatory disease. It is generally understood as involving the nervous system rather than primary inflammation or autoimmunity.
However, fibromyalgia can coexist with autoimmune or rheumatic conditions. Some patients with rheumatoid arthritis, lupus, Sjogren’s syndrome, undifferentiated connective tissue disease, or autoimmune-related pain may also develop fibromyalgia-like widespread sensitivity. This can complicate diagnosis because pain may remain high even when inflammation is controlled. MPM evaluates both inflammatory and centralized contributors so treatment is not oversimplified.
How Fibromyalgia Is Diagnosed
There is no single lab test or imaging study that confirms fibromyalgia. Diagnosis is based on the symptom pattern, pain distribution, fatigue, sleep disturbance, cognitive symptoms, tenderness, duration, and evaluation for other possible causes.
Evaluation may include review of bloodwork, inflammatory markers, thyroid function, vitamin levels, neurologic symptoms, autoimmune history, sleep quality, medication effects, prior injuries, imaging, and specialist notes. This helps avoid using fibromyalgia as a default label before other relevant causes are considered.
Treatment Options for Fibromyalgia
Fibromyalgia treatment is usually multimodal. Treatment may include movement-based care, psychological and behavioral support, medication management, and other strategies aimed at reducing symptoms and improving overall function.
Movement is often important, but it must be paced carefully. Many patients have learned that pushing too hard can trigger flares. A plan may include gentle graded activity, mobility work, Feldenkrais, physical therapy coordination, pacing strategies, and gradual strengthening when tolerated.
Medication management may target pain processing, sleep, nerve-related symptoms, mood-related pain burden, or flare patterns. Acupuncture may be considered as part of a broader chronic pain plan. Biofeedback can help patients understand how breathing, muscle tension, stress physiology, and autonomic activation interact with symptoms. Pain psychology can support coping, sleep, pacing, fear of movement, and nervous system regulation.
Advanced Therapies and Careful Selection
Some patients ask about ketamine therapy, lidocaine and ketamine infusions, botulinum toxin, or regenerative medicine. These are not standard treatments for fibromyalgia as a whole. They may be considered only when a specific symptom pattern or overlapping condition supports their use. For example, botulinum toxin may be relevant for selected headache or muscle-related patterns, not generalized fibromyalgia. Regenerative medicine should not be described as treating fibromyalgia directly.
MPM’s approach is to match treatment to the diagnosis and pain drivers. The care plan may look different for a patient with fibromyalgia and migraine than for a patient with fibromyalgia and pelvic pain, hypermobility, autoimmune overlap, or peripheral neuropathy.
When to Seek Evaluation
Patients should seek timely medical evaluation for new neurologic deficits, fever, unexplained weight loss, inflammatory joint swelling, chest pain, shortness of breath, new severe headache, cancer history with new pain, progressive weakness, bowel or bladder changes, or rapidly worsening symptoms. These symptoms should not be assumed to be fibromyalgia without evaluation.
How MPM Approaches Fibromyalgia Care
MPM approaches fibromyalgia through a diagnosis-first, coordinated model. The evaluation considers central sensitization, widespread pain, sleep, fatigue, brain fog, musculoskeletal pain, headache and migraine, pelvic pain, autonomic symptoms, hypermobility, autoimmune-related pain, peripheral neuropathy, MCAS-like symptoms, post-COVID pain, and emotional burden.
For patients looking for fibromyalgia treatment in Manhattan, MPM offers a careful, validating approach to widespread pain and chronic symptom overlap. The goal is to clarify the pain pattern, identify treatable contributors, support nervous system regulation, improve function where possible, and build a coordinated plan that respects the reality and complexity of fibromyalgia.