The ‘memories’ of lung cancer cells can guide treatment improvement by unveiling their past responses to therapies. Scientists analyze these cellular memories using advanced sequencing techniques and assess how cancer cells adapt and evolve. Understanding these adaptive mechanisms helps in designing personalized treatments targeting specific vulnerabilities and resistant pathways, fostering more effective and tailored therapies against lung cancer.
Related Posts
Terahertz biosensor: Revolutionizing early cancer detection with portable innovation.
A breakthrough terahertz biosensor offers non-invasive, early skin cancer detection, revolutionizing diagnosis. Developed through collaboration between Queen Mary University of London and the University of Glasgow, this portable device analyzes subtle cell changes with unparalleled accuracy. Lead researcher Dr. Shohreh Nourinovin highlights its potential for broader disease detection, including Alzheimer’s, in resource-limited settings. Despite pandemic […]
Revolutionary mRNA therapy offers hope in ovarian cancer treatment.
Researchers have developed mRNA therapy targeting the mutated p53 gene in ovarian cancer. They created artificial mRNA encoding normal p53 protein, delivered via liposomes. Tested successfully on human cancer cell lines and patient-derived ovarian tumor organoids in mice, resulting in tumor shrinkage and metastasis elimination. Recent mRNA technology advancements have prolonged mRNA stability and reduced […]
Using table salt regularly is associated with a 41% increased risk of gastric cancer
The article from Medical News Today discusses the link between high salt intake and an increased risk of stomach (gastric) cancer. Research indicates that adding salt to food, as well as consuming processed foods high in salt, can damage the stomach lining and lead to inflammation, ultimately raising the risk of gastric cancer. The harmful […]