16,000-Genome Study Maps Fungal, Bacterial, Viral Communities Inside Tumors
The relationship between microbes living inside tumors and cancer biology has been one of the most contested frontiers in oncology over the past decade…
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The relationship between microbes living inside tumors and cancer biology has been one of the most contested frontiers in oncology over the past decade…
For patients with one of the rarest and most aggressive blood cancers, treatment options remain desperately limited — and even the one approved therapy fails…
Understanding how the body ages at a molecular level is one of longevity science's hardest problems — and an unlikely laboratory may accelerate progress. The…
Pediatric brain cancer treatment has long faced a brutal tradeoff: aggressive therapies that damage developing nervous systems, yet still fail roughly one in…
For millions of women using hormonal contraception, a fundamental safety assumption may need revisiting. Meningiomas — typically slow-growing tumors arising…
For years, KRAS-mutant lung cancer has been one of oncology's most frustrating targets. While KRASG12C inhibitors transformed care for one mutation subtype…
Understanding how lung cancer spreads has long been framed as a one-way journey from primary tumor to distant site. This landmark genomic study fundamentally…
Drug resistance in metastatic breast cancer is not a dead end — it may actually be an exploitable vulnerability. A game-theoretic framework now suggests that…
For clinicians and policymakers treating aging populations, the assumption that chronic disease is scattered and idiosyncratic is increasingly untenable. When…
For decades, roughly 80% of the human proteome was considered undruggable — proteins that conventional small molecules simply cannot inhibit effectively. A…
For the roughly 400,000 people diagnosed globally each year with kidney cancer, the post-surgical window represents both the greatest opportunity and the most…
The idea that ordinary visible light could reshape the immune system's cancer-fighting capacity sounds implausible—until you consider that photoreceptors…
Most cancer immunology research focuses on T cells, checkpoint inhibitors, and tumor mutational burden — but the nervous system's direct role in dismantling…
A largely overlooked fact about copper is that at supraphysiological concentrations it doesn't merely impair cells — it hijacks their own metabolic machinery…
For the millions at elevated risk of head and neck cancer — including those with inherited DNA-repair deficiencies and, potentially, the general population…
For patients who undergo surgery to remove colorectal cancer that has spread to the liver, the critical question has always been: who actually needs…
The persistent gap in cancer mortality between men and women has long been attributed to lifestyle, biology, and healthcare utilization — but a large-scale…
For the millions of women diagnosed with breast cancer annually, the gap between a timely, accurate diagnosis and a missed or delayed one can be decisive. The…
One of the most frustrating realities in oncology is that immune checkpoint inhibitors — despite their revolutionary promise — fail the majority of patients…
For patients whose immune systems have turned against their own peripheral nerves — causing progressive weakness, numbness, and loss of mobility — existing…