Notably, tCAR-T exhibited superior antitumor activity compared to Kymriah, with enhanced cytokine release and improved target cell elimination. This innovative approach improves cancer treatment efficacy through enhanced binding avidity and modular targeting flexibility, demonstrating that tCAR-T can overcome limitations of conventional CAR-T therapy and highlighting its potential to improve therapeutic outcomes for cancer patients.
Comparative insights highlight the advantages of liso-cel over other CAR-T cell products, such as axicabtagene ciloleucel and tisagenlecleucel in terms of toxicity, logistics, and outpatient feasibility. With ongoing improvements in manufacturing, accessibility, and biomarker development, liso-cel is well-positioned to become a central component in the evolving treatment paradigm for FL. However, challenges remain regarding durability of response, cost, and access, which warrant careful discussion.
7 days ago
Review • Journal • IO biomarker
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CD8 (cluster of differentiation 8) • CD4 (CD4 Molecule)
To identify predictive biomarkers, we performed flow cytometry and multiplex assays before and early after CAR-T infusion on 78 patients (ide-cel n = 31; axi-cel n = 24; and cilta-cel n = 23) undergoing CAR-T therapy. Baseline sIL-2R and sVCAM-1 demonstrated robust predictive value for prolonged neutropenia, severe infections, and mortality independently of key clinical variables such as the underlying disease and CAR-T product. Integration of these markers improves existing models and can help to refine risk assessment and guide individualized patient management in CAR-T therapy.