"cells"

Many lung cancer patients will be detected by genetic testing to carry an EGFR mutation, and these patients can often control their tumours with EGFR-targeted drugs. Although targeted drugs are effective and have fewer side effects than chemotherapy, resistance to them inevitably occurs, after which they no longer work.

In recent years, scientists have begun to look at "transforming" cancer cells from life-threatening bad actors to help fight cancer.

Recent findings show that the use of cutting-edge immune checkpoint inhibitor therapy (referred to as immunotherapy in this article) has increased rapidly over the past decade in the population of patients with advanced non-small cell lung cancer (NSCLC), but the survival benefit is more pronounced in younger people than in older people, who have limited survival benefit with this therapy.

Accelerating and simplifying the development and manufacturing process of cell and gene therapies.

The US FDA has approved a new leukaemia drug, Olutasidenib, which has been shown to be effective and has a controlled safety profile, resulting in the complete disappearance of cancer cells in 35% of patients enrolled, with efficacy lasting up to 25.9 months.

CAR-T therapy is a cellular immunotherapy treatment that has become very popular in recent years. This therapy uses genetic engineering techniques to upgrade the patient's immune T cells in vitro, before entering the body to exert a powerful anti-cancer effect. Currently, CAR-T therapy has performed very well in blood cancers such as lymphoma and leukaemia.

Science has published two consecutive research articles that suggest new ways to improve the efficacy of CAR-T for solid tumours.

A recent study led by the University of Texas Southwestern Medical Center on prostate cancer shows that by stopping the "transformation" of cancer cells in prostate cancer, new treatments are expected to overcome drug resistance.

A cutting-edge study from the University of California, San Francisco, recently showed that researchers have been able to make immune cells, which already recognize cancer cells, more powerful and durable through CRISPR gene editing tools, promising to become tireless, cold-blooded "cancer killers"!