Instituto de Inmunologia, Facultad de Medicina, Universidad Central de Venezuela, Apartado, Venezuela.
APMIS. 2014 Apr;122(4):257-67. doi: 10.1111/apm.12143. Epub 2013 Aug 6.
Adjuvants may promote immune responses: by recruiting professional antigen-presenting cells (APCs) to the vaccination site, increasing the delivery of antigens to APCs, or by activating APCs to produce cytokines and by triggering T cell responses. Aluminium salts have been effective at promoting protective humoral immunity; however, they are not effective in generating cell-mediated immunity. A number of different approaches have been developed to potentiate immune response and they have been partially successful. Research has been conducted into vaccine delivery systems (VDS); enhancing cross-presentation by targeting antigens to (APCs). Antigen discovery has increased over the past decade, and consequently, it has accelerated vaccine development demanding a new generation of VDS that combines different types of adjuvants into specific formulations with greater activity. The new approaches offer a wide spectrum of opportunities in vaccine research with direct applications in the near future.
通过将专业抗原呈递细胞 (APC) 募集到疫苗接种部位,增加抗原向 APC 的传递,或者通过激活 APC 产生细胞因子并触发 T 细胞反应。铝盐在促进保护性体液免疫方面非常有效;然而,它们在产生细胞介导的免疫方面效果不佳。已经开发了许多不同的方法来增强免疫反应,并且已经取得了部分成功。已经对疫苗传递系统 (VDS) 进行了研究;通过将抗原靶向 (APCs) 来增强交叉呈递。在过去的十年中,抗原发现得到了增加,因此,它加速了疫苗的开发,需要新一代的 VDS 将不同类型的佐剂结合到具有更高活性的特定配方中。新方法为疫苗研究提供了广泛的机会,并在不久的将来有直接的应用。