OncoBriefs - Oncology Research News

Somewhere in the evolutionary history of wood-rotting fungi, a pair of genes emerged that let mold eat trees. Millions of years later, a team at UCLA looked at those genes and thought: "What if we put these in immune cells to fight cancer?"

The auction house is open, and the hottest item on the block isn't a Picasso or a vintage Ferrari. It's your spleen. More specifically, scientists just figured out how to use your own red blood cells as delivery trucks to ship cancer-fighting instructions directly to immune cells hanging out in...

We were so proud of the Warburg effect - this tidy narrative that tumor cells ditch oxidative phosphorylation for quick-and-dirty glycolysis like college students living on ramen instead of cooking a proper meal. Textbooks printed it. Professors taught it. And while it wasn't exactly wrong, it was...

You're standing in line at the pharmacy, watching the person ahead of you argue about whether their insurance covers a slightly different brand of antacid, and meanwhile - in hospitals and research labs across the world - scientists are casually rewriting the entire playbook for treating one of the...

Somewhere inside about 1-2% of non-small cell lung cancers, two genes that absolutely should not be talking to each other are shaking hands - and that handshake is telling cells to grow like they've lost all sense of personal boundaries. The gene in question is RET, short for "rearranged during...

Stomach cancer has a protein on its surface that was basically hiding in plain sight for decades - and now three drugs are ganging up on it at once, with results that just dropped in Nature Medicine.

Somewhere in a parallel timeline, a scientist is pitching this idea at a conference: "So, we're going to treat prostate cancer - the most male of male cancers - with estrogen patches. The ones you stick on your skin." The room goes quiet. Someone nervously adjusts their tie.

Imagine you're at a pharmacy, and the pharmacist hands you a bottle labeled "Pig Semen Eye Drops." Now, before you run for the hills, let's dive into why this might just be the future of cancer treatment. Yes, you heard it right. Scientists are exploring the use of eye drops made from pig semen to...

Gardening and cancer treatment have about as much in common as a sourdough starter and a pharmaceutical lab - which is to say, surprisingly, almost everything. Both depend on cultivating the right living organisms, in the right conditions, and hoping the whole ecosystem cooperates. Except in one...

Hey there, you sneaky little DNA fragment. Yes, you - the circulating tumor DNA floating around in someone's bloodstream right now, thinking you're invisible. You've been slipping past detection for years, hiding in a sea of normal cell-free DNA like a spy in a crowded marketplace. But scientists...

Buried inside every cell in your body is a tiny proofreading crew. Their job? Catching typos when your DNA copies itself. The system is called mismatch repair, and when it works, it quietly fixes errors millions of times a day without you ever knowing. But in about 10-15% of colon cancers, the...

The villain had been hiding in plain sight.

Breast cancer has a long list of known enemies: genetics, alcohol, obesity, hormone therapy. Tobacco? That one usually gets filed under "lung cancer's problem." But a large new study out of India just crashed that tidy little narrative, and the uninvited guest at the table is chewing tobacco.

Cooking competitions, spelling bees, hot dog eating contests - all perfectly normal things to hold a bakeoff for. But biomarkers? Leave it to the Pancreatic Cancer Detection Consortium to turn the search for early cancer detection into a legitimate throwdown.

Every cell in your body has a story. It's born, it reads its genetic instructions, it responds to threats, it makes choices that determine whether it lives, dies, or - in the worst-case scenario - goes rogue. The problem? Cells don't leave a paper trail. By the time you look at a cell's gene...

Imagine your body is hosting a wild party, and some uninvited guests—it turns out, they're cancer cells—are causing havoc. What if you could spot these troublemakers before they get too rowdy? That's where lung cancer screening campaigns come in, and they're throwing quite the shindig in the world...

Meet CDK4/6 - a pair of molecular enforcers that tell your cells when it's time to divide. In healthy tissue, they're obedient middle managers, only green-lighting cell division when they get the right signals. But in cancer, they've gone full rogue employee: ignoring every memo from headquarters,...

Cancer vaccines have been the "next big thing" for about three decades. Every few years, the hype cycle spins up, a few high-profile trials disappoint, and the field quietly goes back to the lab. But something changed during COVID-19. The mRNA platform that Moderna and BioNTech used to develop...

Your body's immune system is already pretty good at spotting troublemakers. But cancer cells? They're the con artists of biology - wearing disguises, forging IDs, and generally making themselves very hard to catch. Traditional chemotherapy's solution has been to carpet-bomb the whole neighborhood...

Most people know CRISPR as the gene-editing tool that lets scientists cut DNA with surgical precision. What fewer people realize is that the same molecular machinery can be repurposed into an extraordinarily sensitive diagnostic platform. Instead of editing genes, CRISPR-based diagnostics detect...