What is cell-free RNA, and how can it revolutionize cancer care? Stanford scientists developed a blood test that reads cell-free RNA, offering early cancer detection and personalized treatment from just a simple blood draw. Listen to our full episode debriefing this research here.

Can nine IV infusions cure cancer? A new treatment for tumors with mismatch repair deficiency helped 80% of patients become tumor-free, avoiding surgery, chemo, and radiation. Listen to our full episode debriefing this research here.

Can CT scans increase cancer risk? New research shows that frequent CT scans expose patients to ionizing radiation, potentially leading to 100,000 additional cancer cases, highlighting the need for judicious use. Listen to our full episode debriefing this research here.

Can diet influence lung cancer risk? New research shows that a high-fat, high-sugar diet fuels lung cancer growth by increasing glycogen levels in cells, highlighting the importance of a balanced diet. Listen to our full episode debriefing this research here.

Can yogurt lower your risk of colorectal cancer? New research shows eating two servings of yogurt per week may reduce the risk of certain types of colorectal cancer by 20%, thanks to its impact on gut bacteria. Listen to our full episode debriefing this research here.

What are Echo-Back CAR-T cells, and how do they fight cancer? Echo-Back CAR-T cells respond to ultrasound, target tumors precisely, and work five times longer than current therapies, offering hope for solid tumor treatment. Listen to our full episode debriefing this research here.

How does a new cancer vaccine work? A breakthrough vaccine from Tufts University uses a lysate of tumor proteins to train the immune system to attack cancers like melanoma, lung, and breast cancer, offering hope for long-lasting protection. Listen to our full episode debriefing this research here.

What is flash radiotherapy, and how could it revolutionize cancer treatment? Flash radiotherapy delivers ultra-high doses of radiation in under a second, destroying tumors while sparing healthy tissue. Human trials show fewer side effects and promising results. Listen to our full episode debriefing this research here.

How could a new drug transform childhood brain cancer treatment? CT179 targets cancer stem cells, blocks tumor growth, and prevents recurrence, offering hope for better survival rates and quality of life in children with brain cancer. Listen to our full episode debriefing this research here.

How do our genes influence cancer risk? New research identifies 400 gene variations linked to 13 cancers, offering hope for better prevention, earlier detection, and personalized treatments. Listen to our full episode debriefing this research here.

How are "forever chemicals" linked to cancer? New research shows PFAS in drinking water are tied to higher rates of cancers like kidney, breast, and digestive system cancers, highlighting the need for stricter regulations. Listen to our full episode debriefing this research here.

Can we stop childhood brain cancer before it starts? New research shows that blocking a protein called OIG2 can prevent tumor formation and regrowth in aggressive brain cancers like medulloblastoma, offering hope for better treatments. Listen to our full episode debriefing this research here.

How do household chemicals affect your dog’s cancer risk? New research shows that common chemicals like flame retardants and phthalates increase bladder cancer risk in dogs—and may pose similar risks to humans. Listen to our full episode debriefing this research here.

How could metabolics revolutionize breast cancer detection? New research shows that blood markers like the glutamine-glutamate ratio can detect breast cancer years earlier than mammograms, offering a more accurate, noninvasive screening method. Listen to our full episode debriefing this research here.

How do fitness levels impact cancer survival? New research shows that higher muscle strength and cardiorespiratory fitness can reduce all-cause mortality by up to 46% in cancer patients, even in advanced stages. Listen to our full episode debriefing this research here.

How do epigenetic patterns help us understand cancer? New research shows that cancer’s epigenetic switches—how genes are turned on and off—can predict patient outcomes and reveal new drug targets, opening up exciting treatment possibilities. Listen to our full episode debriefing this research here.

Why is immunotherapy less effective for liver cancer? New research shows certain bile acids suppress T cells, but others like UDCA can boost their cancer-fighting power. This discovery could revolutionize liver cancer treatment. Listen to our full episode debriefing this research here.

How are scientists using cancer’s resistance to fight it? Penn State researchers have developed a Trojan horse strategy, engineering cancer cells to self-destruct and kill nearby tumors. This breakthrough could revolutionize cancer treatment. Listen to our full episode debriefing this research here.

How can common drugs like aspirin improve cancer treatment? New research shows that anti-inflammatory drugs can clear cancer’s “smoke screen,” making immunotherapy more effective. Clinical trials are underway to test this exciting breakthrough. Listen to our full episode debriefing this research here.

How powerful is exercise for your health? New research shows exercise transforms your body at the molecular level, reducing cancer and heart disease risk by 50% or more. Just 30-45 minutes of moderate activity can add years to your life. Listen to our full episode debriefing this research here.