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Central pain syndrome, also known as central neuropathic pain, [1] is a neurological condition consisting of constant moderate to severe pain due to damage to the central nervous system (CNS) which causes a sensitization of the pain system. [2] [3] The extent of pain and the areas affected are related to the cause of the injury. [4]
Nociplastic pain is a longterm complex pain, one of three mechanisms of pain, defined by the International Association for the Study of Pain as "pain that arises from altered nociception despite no clear evidence of actual or threatened tissue damage causing the activation of peripheral nociceptors or evidence for disease or lesion of the somatosensory system causing the pain". [2]
Central sensitization is a potential component of neuropathic pain. It refers to a change in synaptic plasticity, efficacy, and intrinsic disinhibition that leads to an uncoupling of noxious inputs. In the sensitized neuron, outputs are no longer coupled to the intensity or duration and many inputs may be combined.
Rheumatologists define the syndrome in the context of "central sensitization" – heightened brain response to normal stimuli in the absence of disorders of the muscles, joints, or connective tissues. Because of this symptomatic overlap, some researchers have proposed that fibromyalgia and other analogous syndromes be classified together as ...
There is a substantial body of evidence that the so-called sensitization of the central nervous system contributes to the emergence of allodynia. Sensitization refers to the increased response of neurons following repetitive stimulation. In addition to repeated activity, the increased levels of certain compounds lead to sensitization.
The term "central sensitization" has been created to describe the neurobiological notion that those predisposed to somatization have an overly sensitive neural network. Harmless and mild stimuli stimulate the nociceptive specific dorsal horn cells after central sensitization. As a result, pain is felt in response to stimuli that would not ...
Complex regional pain syndrome is a multifactorial disorder with clinical features of neurogenic inflammation (inflammation mediated by nerve cells), nociceptive sensitisation (which causes extreme sensitivity or allodynia), vasomotor dysfunction (blood flow problems which cause swelling and discolouration) and maladaptive neuroplasticity ...
This may reflect the different fibre populations involved or the greater impact of central sensitization in mechanical allodynia. Interestingly, mice deficient of TNF receptor 1 develop mechanical allodynia after CCI (Chronic Constrictive Injury) but not thermal hyperalgesia, indicating a greater influence of endogenous TNF on thermal than on ...