首页> 外文期刊>Acta Dermato-Venereologica >Prolonged topical application of tacrolimus inhibits immediate hypersensitivity reactions by reducing degranulation of mast cells.
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Prolonged topical application of tacrolimus inhibits immediate hypersensitivity reactions by reducing degranulation of mast cells.

机译:他克莫司长时间局部应用通过减少肥大细胞的脱颗粒作用抑制了立即的超敏反应。

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摘要

We studied the effects of prolonged topical application of tacrolimus on immediate hypersensitivity reactions. Tacrolimus, betamethasone or petrolatum was applied to the footpad of mice for up to 28 days after immunization, and the foot-swelling response to allergen was estimated. The reactions in tacrolimus-treated mice decreased significantly from day 14, while those in betamethasone-treated mice decreased significantly from day 7. Although the number of mast cells in the foot skin of each group did not differ significantly, the percentage of degranulated mast cells decreased in the tacrolimus-treated group on days 7 and 14. The TUNEL method indicated that there were no apoptotic mast cells in the foot skin of tacrolimus-treated mice. Continuous application of topical tacrolimus ointment may suppress immediate hypersensitivity reactions by reducing the degranulation of mast cells, rather than by decreasing their number.
机译:我们研究了他克莫司长时间局部应用对速发型超敏反应的影响。免疫后最多28天,将他克莫司,倍他米松或凡士林涂在小鼠的脚垫上,估计对过敏原的脚肿胀反应。他克莫司治疗的小鼠的反应从第14天开始显着下降,而倍他米松治疗的小鼠的反应从第7天开始显着下降。尽管每组足部皮肤中肥大细胞的数量没有显着差异,但脱粒肥大细胞的百分比他克莫司治疗组在第7天和第14天下降。TUNEL方法表明,他克莫司治疗的小鼠的脚皮肤中没有凋亡的肥大细胞。持续使用他克莫司软膏局部治疗可通过减少肥大细胞的脱颗粒而不是减少其数量来抑制立即的超敏反应。

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