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Diabetes vaccines: review of the clinical evidence

机译:糖尿病疫苗:临床证据回顾

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As preservation of residual p-cell function is clinically important, such an effect constitutes clinical evidence. Traditional vaccination strengthening the immune reaction against an antigen/microbe may well be relevant for Type 1 diabetes (T1D) but progress takes time. Use of probiotics is another way of influencing the immune system at the border of 'vaccination'. Methods of reducing a pathological-specific immune response, 'inverse' vaccination, are being developed. Use of insulin or its relatives (proinsulin and B-chain of insulin) is still experimental. Diapep277?, a heat shock protein, may modulate the immune system in a favorable way, and subcutaneous 'vaccination' with GAD-alum has shown encouraging results in T1D with recent onset. Perhaps autoantigens should be administered via DNA vaccines. It is possible that these will soon be part of clinical practice for the treatment of diabetes.
机译:由于保留残留的p细胞功能在临床上很重要,因此这种效果构成了临床证据。加强针对抗原/微生物的免疫反应的传统疫苗接种可能与1型糖尿病(T1D)有关,但进展需要时间。益生菌的使用是影响“疫苗接种”边界免疫系统的另一种方法。正在开发减少病理学特异性免疫反应,“逆向”疫苗接种的方法。胰岛素或其亲属(胰岛素原和胰岛素B链)的使用仍处于实验阶段。 Diapep277?是一种热休克蛋白,可以以一种有利的方式调节免疫系统,而GAD-alum的皮下“疫苗接种”在近期发病的T1D中显示出令人鼓舞的结果。也许应该通过DNA疫苗来施用自身抗原。这些可能很快就会成为糖尿病临床治疗的一部分。

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