Studies that explore the role of adaptive immunity and NcP

Study and referenceMechanism involvedNcP condition
T helper involvement
Guggino et al. [65]Th activation with an increase of a pro-inflammatory state, in particular by TNF-alphaFM patients
Dolcino et al. [66]Th17 polarization, associated with higher levels of CD4+ T cells and of sTGF-beta, IL 6, IL 21FM patients
Koike et al. [68]High CD4/CD8 ratio identified as an independent variable for pain developmentBurning mouth syndrome patients
Quick et al. [69]T helper polarization with increased expression of interferon-gamma and IL 17AMouse model of pelvic pain
Chen et al. [70]Th1, Th17, and Th22 cells increase in the peripheral blood with augmented pro-inflammatory stateMale patient with pelvic pain
Lenert et al. [73]Reduction of peripheral Th2-cells that was linked to sustained inflammationMice model of chronic muscle pain
Chen et al. [74]Th1 hyper-expression that supports persisting inflammation with increased levels of interferon-gamma associated with reduced IL 10IBS patients
B cell involvement
Fineschi et al. [76]Elevated B cell levels and a heightened interferon-pro-inflammatory signatureFM patients
Goebel et al. [77]IgG against satellite glial cells, neurons, myelin fibers, macrophages, and endothelial cells induces sensory hypersensitivityMouse model of FM
Ryabkova et al. [80]Autoantibodies against collagen, gastric, pulmonary cells, and beta 2 glycoproteinChronic fatigue syndrome patients
Cuhadar et al. [81]Pathological auto-IgG transferring enhances hyperalgesiaMouse model of CRPS
Ohman et al. [82]Augmented expression of B cells, IgG, and the co-stimulatory molecules CD80 and CD86IBS patients
Dunphy [83]Auto-IgG against nucleolar autoantigenPelvic pain patients

NcP: nociplastic pain; Th: T helper cells; TNF: tumor necrosis factor; FM: fibromyalgia; IL: interleukin; IgG: immunoglobulin G; CRPS: complex regional pain syndrome; IBS: irritable bowel syndrome