Hydrogel-Based Vaccines: A Promising Approach for Cancer Immunotherapy

作者：Wen-Qin Zhang, Qingfu Zhang, Jiaodi Cai, Jin He, Zhijie Xu, Xiang Chen, Guoqun Chen · 发表于：International Journal of Nanomedicine · 年份：2025 · DOI：10.2147/ijn.s526305 · 被引用次数：6 · 研究领域：Immunotherapy and Immune Responses、RNA Interference and Gene Delivery、Immune Cell Function and Interaction

Cancer vaccines, as a cornerstone of personalized immunotherapy, inhibit malignant growth through activation of a comprehensive immune defense mechanism across the organism. However, the immunosuppressive tumor environment (TME) and evasion mechanisms produced by tumors, coupled with the suboptimal immunogenic activation from vaccine-based approaches, collectively constrain therapeutic outcomes in precision immuno-oncology. Consequently, cancer vaccines have yet to realize their broad clinical translation into routine patients. Achieving controlled biodistribution and optimized pharmacokinetics of therapeutic immunization platforms within biological systems, thereby instigating durable and vigorous antitumor immunity, remains a significant challenge. To overcome these limitations, innovative administration platforms are under investigation, with hydrogel-based matrices gaining traction as effective vehicles owing to their inherent physicochemical advantages. Furthermore, recent years have witnessed accelerated advancements in hydrogel-based systems for anticancer immunization. This analysis systematically outlines the therapeutic implementations and functional mechanisms of cancer vaccines, followed by an analysis of the structural and functional properties of hydrogel-based delivery carrier. We then categorize hydrogel-based cancer vaccines and summarize their current application situation. Subsequently, a detailed overview of antitumor immune cascades orchestrated by hydrog...