Journal Article

Combined targeting of glioblastoma stem cells of different cellular states disrupts malignant progression

Lu, Chenfei, Yang, Junlei, Hu, Zhibin, Li, Daqi, Zhu, Zhe, Tao, Weiwei, Li, Chaojun, Fan, Xiao, Li, Yangqing, Yang, Kailin, Lin, Fan, Wang, Qianghu, You, Hao, Zhang, Nu, Lu, Ming, Shi, Zhumei, Lu, Yingmei, Rich, Jeremy N., Gao, Jiancheng, Qian, Xu, Zhao, Ningwei, Liu, Ning, Kang, Chunsheng, Shan, Danyang, Zhao, Linjie, Zhang, Wei, Gao, Wei, Zhang, Qian, Liu, Yang, Dixit, Deobrat, Agnihotri, Sameer, Lin, Qiankun, Ji, Jing, Song, Kefan, You, Yongping, Zhang, Junxia, Wu, Qiulian, Qiu, Zhixin, Yang, Hui, Gu, Danling, Mack, Stephen C., Gimple, Ryan C., Man, Jianghong, Kang, Tao, Taylor, Michael D., Chen, Yun, Wang, Xiuxing

2025

Overview

Glioblastoma (GBM) is the most lethal primary brain tumor with intra-tumoral hierarchy of glioblastoma stem cells (GSCs). The heterogeneity of GSCs within GBM inevitably leads to treatment resistance and tumor recurrence. Molecular mechanisms of different cellular state GSCs remain unclear. Here, we find that classical (CL) and mesenchymal (MES) GSCs are enriched in reactive immune region and high CL-MES signature informs poor prognosis in GBM. Through integrated analyses of GSCs RNA sequencing and single-cell RNA sequencing datasets, we identify specific GSCs targets, including MEOX2 for the CL GSCs and SRGN for the MES GSCs. MEOX2-NOTCH and SRGN-NFκB axes play important roles in promoting proliferation and maintaining stemness and subtype signatures of CL and MES GSCs, respectively. In the tumor microenvironment, MEOX2 and SRGN mediate the resistance of CL and MES GSCs to macrophage phagocytosis. Using genetic and pharmacologic approaches, we identify FDA-approved drugs targeting MEOX2 and SRGN. Combined CL and MES GSCs targeting demonstrates enhanced efficacy, both in vitro and in vivo. Our results highlighted a therapeutic strategy for the elimination of heterogeneous GSCs populations through combinatorial targeting of MEOX2 and SRGN in GSCs. The molecular mechanisms underlying the function of different cellular states in glioblastoma stem cells (GSCs) remain poorly understood. Here, the authors perform integrated single cell and bulk analysis of GSCs and identify potential therapeutic targets.

• Publisher: Nature Publishing Group UK,Nature Publishing Group,Nature Portfolio
• Subject: 13/100 / 631/532/71 / 631/67/1922 / 64/60 / 692/4028/67/1922 / 96/47 / Animals / Brain Neoplasms - drug therapy / Brain Neoplasms - genetics / Brain Neoplasms - metabolism / Brain Neoplasms - pathology / Brain tumors / Cell Line, Tumor / Cell Proliferation - drug effects / Combinatorial analysis / Disease Progression / Drug delivery / Drug development / Gene Expression Regulation, Neoplastic - drug effects / Gene sequencing / Glioblastoma / Glioblastoma - drug therapy / Glioblastoma - genetics / Glioblastoma - metabolism / Glioblastoma - pathology / Glioma / Heterogeneity / Humanities and Social Sciences / Humans / Immunosuppressive agents / Macrophages / Mice / Molecular modelling / multidisciplinary / Neoplastic Stem Cells - drug effects / Neoplastic Stem Cells - metabolism / Neoplastic Stem Cells - pathology / NF-kappa B - metabolism / NF-κB protein / Phagocytosis / Receptors, Notch - metabolism / Ribonucleic acid / RNA / Science / Science (multidisciplinary) / Stem cells / Therapeutic targets / Tumor microenvironment / Tumor Microenvironment - drug effects / Tumors / Xenograft Model Antitumor Assays