Table 1.
Summary of immunological parameters associated with vitiligo treatments reported in the literature.
| Author | Type of vitiligo | Treatment | Main findings in immunological parameters | Reference |
|---|---|---|---|---|
| Rao et al. | Generalized | Surgical by suction blister epidermal grafting | Patients with active vitiligo and poor treatment response had increased levels of CD8+ and CD45RO+ cells in skin lesions | [30] |
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| Abdallah et al. | Generalized | Surgical by autologous minigrafting | Patients unresponsive to treatment had increased cytotoxic T lymphocyte in skin lesions | [31] |
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| Zhou et al. | Localized and generalized | Surgical by autologous melanocyte transplantation | Patients with poor repigmentation response had higher levels of CD8+ T cells in perilesional skin and increased levels of proinflammatory cytokines in epidermis fluid | [32] |
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| Reyes et al. | Generalized | PUVA and Polypodium leucotomos | Abnormal activation and decrease in CD8+CD45RO+ blood lymphocytes | [33] |
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| Antelo et al. | Generalized | PUVA | Reduction of CD8+CLA+ lymphocytes in peripheral blood | [34] |
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| Shi et al. | Vitiligo with qi-stagnancy and blood-stasis | Chinese herbs Zengse pill combined with cobalamin and psoralea tincture | Increased CD4/CD8 ration and reduced CD8+ in peripheral blood | [35] |
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| Tembhre et al. | Generalized | NB-UVB | Increased serum IL-10, IL-13, and IL-17 and decreased TGF-β in active vitiligo patients. NB-UVB may be able to modulate T helper and Treg cytokines. | [36] |
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| Moftah et al. | Generalized | NB-UVB | NB-UVB treatment decreased peripheral blood Treg cells. | [37] |