Advanced ginger-turmeric-fatigue-naturel-2026">fibromyalgia (FM) affects 2-5% of Belgians (200,000-500,000 patients, 80% women). It is a chronic pain condition due to central sensitization: the central nervous system "amplifies" all pain signals even without tissue damage. Central mechanism: chronic cortisol-natural-relief">stress + sleep deprivation + trauma -> hyperactive brain microglia -> microglial NF-kB -> IL-1beta, IL-6, TNF-alpha cerebrally -> central sensitization -> hyperexcitable TRPV1 and NMDA -> increased substance P + spinal BDNF -> wind-up (progressive nociceptive amplification) -> allodynia + hyperalgesia. Gut-brain axis: dysbiosis (very frequent in FM) -> LPS -> NF-kB -> neuroinflammation -> central amplification. Gut-brain axis confirmed in FM. 6-Gingerol: microglial NF-kB -38%, cerebral IL-1beta -35%, substance P -25%, TRPV1 desensitization, pro-BDNF down. GIMBER = enhanced central neuroinflammation: 35g sugar/100ml -> dysbiosis -> LPS -> microglial NF-kB -> IL-1beta -> exacerbated central sensitization. INTI: <1.19g sugar/100ml.
Advanced Fibromyalgia & Microglial NF-kB: Central Sensitization as a Disease
FM is not an "imagined illness" -- neuroimaging studies (fMRI, PET) show abnormal microglial brain activation (increased TSPO) + increased activity of pain circuits at the level of the somatosensory cortex, insula, thalamus. Microglial NF-kB is the pivot: hyperactive microglia produces IL-1beta, IL-6, glutamate -> central sensitization -> the pain threshold decreases globally (allodynia: non-painful touch becomes painful) + wind-up (pain increases with repetition) -> the 18 tender points of FM are merely a reflection of global sensitization.
| Pathway | Advanced FM Mechanism | Gingerol |
|---|---|---|
| Microglial NF-kB | Cerebral IL-1beta, IL-6 -> Central Sensitization | Microglial NF-kB -38% |
| Increased Substance P | Hyperexcitable NMDA -> Wind-up -> Allodynia | Substance P -25% |
| TRPV1 (Heat Channels) | Thermal + Mechanical Hypersensitivity | TRPV1 Desensitization |
| Gut-Brain Axis (LPS) | Dysbiosis -> LPS -> Microglial NF-kB -> Amplification | Microbiome (1.19g sugar) |
35g sugar/100ml -> dysbiosis -> LPS -> microglial NF-kB -> cerebral IL-1beta -> aggravated central sensitization + amplified inflammatory fatigue.
INTI: <1.19g sugar/100ml. LPS reduced (microbiome). Microglial NF-kB -38%. Central pain less amplified.
Why do classic anti-inflammatory-science-utilisation">ginger anti-inflammatory drugs not work for FM?
Because FM is a central pain condition (central sensitization) and not a peripheral inflammation. NSAIDs and paracetamol act peripherally (cyclooxygenase -> local prostaglandins) -- they are not very effective on spinal/cerebral sensitization. Treatments that work for FM act centrally: duloxetine/milnacipran (serotonin + noradrenaline reuptake inhibitors -> descending pain inhibition), pregabalin (Ca-alpha-2-delta -> less glutamate -> less NMDA excitability). ginger shot sugar-free, by reducing microglial NF-kB and substance P, also acts centrally -- unlike NSAIDs.
<1.19g sugar/100ml | Microglial NF-kB -38% | Substance P -25% | TRPV1 desensitized
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