A phase II trial of TAK-007 CAR-NK therapy in R/R B-cell NHL showed a 60.9% overall response rate. Preclinical CAR-NKT therapy eliminated endometrial tumors in models. Optimized costimulatory domains (2B4-DAP12) boosted CAR-NK tumor killing.
The FDA approved Bristol Myers Squibb’s Breyanzi for adults with relapsed or refractory marginal zone lymphoma after at least two prior systemic therapies. In TRANSCEND FL, the CAR T therapy showed a 95.5% overall response rate and 62.1% complete response rate.
Two studies identify protein recycling dysfunction and transcription factors ZSCAN20/JDP2 as drivers of T-cell exhaustion, with E3 ligases and gene deactivation offering reversal pathways. A third study finds TCF1 insufficient to revert terminally exhausted T cells.
Calls are growing to bring CAR-T cell therapy to New Zealand as the current trial is set to end later this year. There is no clear path to public availability.
A preclinical study in Cancer Letters found that pairing targeted treatments with CAR T-cell therapy may help control recurrence in triple-negative breast cancer. In laboratory and mouse models, the approach slowed tumor growth and reduced spread to the lungs and liver.
The largest CAR-T trial for pediatric solid tumors has opened in the US and UK, enrolling up to 60 young patients across four sites. The NexTGen study targets relapsed or refractory cancers and focuses first on safety and feasibility.
Korean biotech firms will present next-generation cancer therapies at the AACR meeting, including CAR-T platforms for solid tumors, mRNA-based treatments, radiopharmaceuticals, and bispecific antibody ADCs. Companies like AbClon, Verismo Therapeutics, Hanmi Pharmaceutical, and SK Biopharmaceuticals will showcase their latest research.
Illuminate 3.0 brought global and Indian oncology experts to Mumbai for a three-day townhall on precision oncology, immunotherapy, cellular therapies and cancer vaccines. Discussions covered CAR-T cell therapy, multi-cancer early detection and access to novel drugs in India.
Researchers have engineered immune cells to sense cancer metabolites, improving tumor infiltration in solid cancers. Separate studies identify Kappa and Lambda Myeloma Antigens as specific targets for multiple myeloma treatment, while mRNA-based personalized cancer vaccines show promise through AI-driven neoantigen selection.
Two innovative CAR-T approaches show promise against solid tumors in preclinical studies. An in vivo gene editing system generates CAR-T cells directly in the body, while HLA-independent T cell receptors target CD70 across various tumor types. Both methods have demonstrated tumor clearance in mouse models, potentially expanding cell therapy applications beyond blood cancers.
