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Latest Articles
- Cartilage Regeneration Breakthrough Offers New Hope for Arthritis ReliefStanford scientists have identified a pathway to regrow lost cartilage and potentially reverse arthritis, offering a promising future beyond joint replacement surgeries.
- Beyond the Brush: How Fasting-Style Diets Could Impact Gum HealthEmerging research suggests low-calorie, fasting-style diets may significantly reduce inflammation linked to gum disease. Discover the surprising link between diet and oral health.
- Aging Cells and Blood Clots: Unraveling a Key Driver of Heart AttacksNew research reveals how senescent cells in atherosclerotic plaques trigger dangerous blood clots, identifying a molecular pathway involving LATS1/2 and CD38.
- Uncovering a New Genetic Key to Rare Small Intestinal CancersScientists have identified a new genetic driver for rare small intestinal cancers, potentially opening doors for novel diagnostic methods and targeted therapies.
- PhoreMost Accelerates Oncology Pipeline with Lead Program and Key Medical AppointmentPhoreMost advances its lead oncology program and appoints a Chief Medical Officer, signaling a significant step towards clinical trials for novel cancer therapies.
- Raccoons and Water Safety: The Urgency of a ‘One Health’ ApproachLearn how raccoons can contaminate water with dangerous pathogens like roundworms and Giardia, and why a ‘One Health’ approach is vital for public health.
- Unraveling the Truth: Why Extreme Longevity Data Is Often FlawedMuch of the data on exceptional human life expectancy, particularly for the oldest individuals, is unreliable due to errors, fraud, and weak record-keeping.
- Unseen Threat: Cancer-Like Tapeworm Emerges in Pacific NorthwestA dangerous tapeworm, *Echinococcus multilocularis*, linked to severe, cancer-like disease has been detected in Pacific Northwest wildlife for the first time.
- IFNAR1: A New Player in Parkinson’s Disease and Mitochondrial HealthNew research highlights reduced IFNAR1 expression in Parkinson’s disease, linking it to mitochondrial dysfunction and potential therapeutic avenues.
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