
CRISPR Reverses Chemo Resistance in Lung Cancer
CRISPR technology reverses chemotherapy resistance in lung cancer by disabling the NRF2 gene. This improves drug sensitivity and slows tumor growth, offering a novel strategy for resistant cancers.

CRISPR technology reverses chemotherapy resistance in lung cancer by disabling the NRF2 gene. This improves drug sensitivity and slows tumor growth, offering a novel strategy for resistant cancers.

Researchers enhance gene editing using retrons to efficiently replace entire genes, targeting multiple mutations in diseases like cystic fibrosis. This innovative approach offers broader, more affordable gene therapies.