At the very sites where arteries branch and curve, the blood’s mechanical turbulence quietly erodes endothelial defenses while seeding DNA injury that stokes plaque formation yet, paradoxically, also triggers a built-in metabolic countermeasure. New research led by Baylor College of Medicine and
Nineteen protein subunits arranged in a near-perfect circle gripped a frayed DNA end, and that spare geometry—simple, symmetric, and relentless—reshaped how a critical cancer target might be stopped. The ring belonged to Mgm101, a yeast mitochondrial homolog of human RAD52, and under a convergence
For patients living with a chronic Achilles rupture that has resisted months of therapy and bracing, every step can feel like a wager against pain, weakness, instability, and the fear that a compromised tendon will fail again during even the simplest tasks. Traditional reconstruction can fix the
A disease that steals movement while leaving thought intact demanded more than incremental symptom care, and that urgency set the stage for a candidate built to confront the fault line where motor neurons first begin to fail. AP-2, now entering first-in-human testing at La Princesa University
Ivan Kairatov brings a biopharma lens to one of the most sensitive decisions in pediatrics: when to give the first hepatitis B vaccine. With a research-and-development background rooted in tech and innovation, he translates probabilistic modeling, clinical epidemiology, and practical workflows into
Colorectal cancer remains a top killer, yet traditional screening pathways leave many behind. Clinic-based outreach depends on staffed phone banks, open appointment slots, and patients’ ability to take time off, travel, and navigate insurance rules. In safety-net settings, those frictions stack.
