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00:00Child who underwent CAR-T cancer therapy remains disease-free after 18 years.
00:05An 18-year neuroblastoma survivor, marking possibly the longest CAR-T remission,
00:10highlights the therapy's potential.
00:14A 4-year-old girl's treatment with modified T-cells for rare nerve cell cancer
00:19resulted in long-term remission, highlighting potential record survival in CAR-T cancer therapy
00:24nearly two decades later.
00:27Carl June highlights CAR-T's potential for neuroblastoma.
00:30In Heslop's trial, 2004-2009, 19 children were treated, 12 relapsed, and died within 7 years.
00:39One patient survived over 18 years, illustrating CAR-T's promise despite challenges.
00:47In CAR-T cancer therapy, patient T-cells are engineered with CARs and reintroduced.
00:52These CAR-T cells recognize and destroy cancer cells by binding to specific cancer surface
00:57proteins, offering a targeted treatment approach.
01:01CAR-T cancer therapy targets CD19 or BMCA on B cells, reducing toxicity to other tissues.
01:08It's effective in blood cancers, but limited against solid tumors due to antigen selection,
01:13tolerability, and safety issues, necessitating design improvements for enhanced efficacy.
01:18Neuroblastoma is a rare solid tumor affecting children, often relapsing.
01:27Researchers modified T-cells to target GD2, a protein overproduced in these tumors.
01:32This method used activated T-cells and EBV-specific T-cells with detectable CAR transgenes in blood long-term.
01:39The study evidences long-term survival in neuroblastoma children treated with GD2 CAR-T therapy,
01:48with an 18-year remission as the longest for a solid tumor.
01:52Ongoing research promises more results and insights.
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