Study: Zinc may be ideal for bioabsorbable stents

Zinc may be the ideal ingredient for bioabsorbable stents, new research from Michigan Technology University concludes. The team bases its conclusion on a study involving the implantation of tiny zinc wires in the arteries of rats. It turns out the rate of degradation was ideal for stents, about 0.2 millimeters per year, and when they removed the wires after a few months, the rats' arteries remained healthy. Beyond the fact that zinc degraded safely, it also helps reduce atherosclerosis, the researchers note. They believe it will be a safer component than iron, which rusts in the artery, or magnesium, which dissolves too quickly (both have been tested for bioabsorbable stents). The journal Advanced Materials published their research in detail. Release

Sponsored By Metabolon

Five Translational Insights Key to a Successful First-in-Human (FIH) Study – Metabolite-Based Biomarker Discovery and Validation

Translational success rates from pre-clinical animal studies to human clinical trials remain frustratingly low. Learn how metabolomics helps you bridge between the theoretical & practical, between the function & actual activity of your drug molecule to get you closer to the phenotype, sooner.