Our findings demonstrate that oxygen tension and biological factors-including metastatic origin and E6/E7 expression-modulate radiation response in HNSCC cell lines. These results highlight the need for biomarker-driven strategies that consider both hypoxic tumor microenvironment and key biological factors such as metastatic origin and HPV‑related E6/E7 oncogene expression.
In this study, we developed TriStim-E6/E7, a novel HPV mRNA vaccine that combines E6/E7 antigens with three T cell co-stimulatory molecules (CD80, 4-1BBL, and CD70)...Additionally, a "cytokine release storm" experiment using PBMC-reconstituted mice confirmed a favorable safety profile of TriStim-E6/E7 mRNA. These findings collectively demonstrate the promising therapeutic potential of TriStim-E6/E7 mRNA for clinical translation against HPV-associated malignancies.
P3, N=198, Completed, Chinese Academy of Medical Sciences Cancer Hospital; Beijing Apollo Saturn Biomedicine Technology Co. LTD | Recruiting --> Completed | N=84 --> 198
To our knowledge, this represents the first comprehensive proteomics framework of the HPV16 E6 interactome under small-molecule treatment conditions. These findings support a model in which AA facilitates proteasome-mediated elimination of E6, and the dataset itself provides a timely and valuable resource for HPV biology and therapeutic development.