Research News

An international team of researchers has identified a previously unknown genetic cause of severe Crohn's disease in children, a breakthrough that could improve diagnosis and pave the way for more targeted treatments for inflammatory bowel disease (IBD). The findings were published in the journal Gastroenterology.

Researchers from Chiba University, Japan, have identified a promising strategy that could help prevent cancer from returning after treatment with KRAS-targeted drugs. The study reveals that a small population of cancer cells, known as drug-tolerant persister cells (DTPs), survives KRAS inhibitor therapy by rewiring its metabolism. By targeting these newly discovered survival mechanisms, scientists believe it may be possible to eliminate these residual cells and reduce the risk of relapse.

Researchers at Mass General Brigham have developed a promising blood test that could help physicians identify head and neck cancer patients at higher risk of disease recurrence and poorer survival outcomes, potentially enabling more personalized treatment strategies and follow-up care.

Researchers from Keio University School of Medicine in Japan have identified a previously unknown immune mechanism that may be responsible for sustaining the chronic autoimmune response seen in Sjögren’s disease. The discovery sheds new light on how the disease progresses and could open the door to targeted treatments that avoid the broad immune suppression associated with current therapies.

A groundbreaking European clinical trial has shown that using a common, harmless virus as a biomarker to guide immunosuppressive treatment after kidney transplantation is both safe and effective, paving the way for more personalized transplant care.

In a groundbreaking advancement for precision medicine, doctors in Israel have successfully administered the world's first gene replacement therapy directly into the brain of an infant suffering from a rare and devastating genetic epilepsy disorder. The experimental treatment aims to restore the function of the defective WWOX gene, offering new hope to children affected by this life-threatening condition.

Researchers have identified four promising blood-based metabolites that may help distinguish individuals with latent tuberculosis infection (LTBI) from those without infection, according to a new study published in BIO Integration. The findings provide fresh insights into the metabolic changes associated with latent tuberculosis and could support the development of improved diagnostic approaches in the future.