AI Networking Cookbook: Practical recipes for AI-assisted network automation and development
TL;DR
Developing a mechanistic framework that combines intrinsic T cell reprogramming with adaptation to the tumor context will be crucial for extending durable T cell-mediated immunity to solid cancers.
The biological mechanisms underlying resistance to CAR-T therapy in solid tumors are examined and emerging combination strategies designed to enhance tumor recognition, trafficking, persistence, and antitumor activity are critically evaluated.
This review offers a comprehensive framework for understanding and surmounting immunosuppressive barriers in cancer therapy and develops systematic synergistic strategies such as multi-pathway checkpoint blockade, ADC-immunotherapy combinations, temporally and spatially optimized conventional therapies, and targeted ag...
This review synthesizes recent advances in molecular engineering strategies that enhance CAR-T cell function beyond conventional receptor design and discusses how receptor engineering, genome editing, transcriptional and epigenetic regulation, metabolic reprogramming, synthetic gene circuits, and safety-control platfor...
This review systematically outlines multifactorial barriers within the lung cancer TME and discusses emerging strategies, including combinatorial approaches, engineered CAR T designs, and microenvironment-modulating platforms, that aim to improve the therapeutic efficacy of CAR T cell therapy in lung cancer.
Next-generation engineering strategies are being designed to overcome the obstacles that constrain CAR-T-cell efficacy in solid tumors and to guide the development of safer and more effective therapeutic platforms.
Small cell lung cancer (SCLC) is an aggressive and immunologically "cold" malignancy characterized by profound immunosuppression and limited responsiveness to immunotherapy. Its tumor immune microenvironment (TIME) exhibits defective antigen presentation, suppressive cytokine signaling, and abnormal stromal-metabolic i...
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