December 27, 2024 - 21:38

A research team at the Korea Institute of Science and Technology (KIST) has made significant advancements in stent surface treatment through the use of laser patterning. This groundbreaking technology is designed to enhance the effectiveness of stents in vascular treatments by promoting the growth of endothelial cells.
Endothelial cells play a critical role in the healing process after stent implantation, as they help restore the inner lining of blood vessels. The new laser treatment creates a specialized surface that encourages these cells to thrive, ultimately leading to improved integration of the stent within the vascular system.
The implications of this technology are profound, potentially reducing complications associated with stent procedures, such as restenosis, which is the re-narrowing of blood vessels. By fostering a healthier environment for cell growth, this innovative approach could significantly improve patient outcomes in cardiovascular interventions, paving the way for more effective and reliable vascular treatments in the future.
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BlackSky Technology (BKSY) Is Up 6.0% After Winning Multi-Year International Geospatial Intelligence ContractBlackSky Technology Inc. saw its shares climb 6 percent after the company confirmed it locked in a new international contract worth seven figures. The deal, which spans multiple years, combines...
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Flock founder says technology would have helped find Nancy GuthrieGuthrie, 60, vanished after leaving her home in rural Habersham County. Investigators searched for months without a clear break. Her body was discovered in February, and authorities have since...
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New technology set to improve Blue Grass Airport safetyU.S. Transportation Secretary Sean Duffy visited Lexington on August 14 to announce a major investment in the region`s aviation infrastructure. A total of 17 million dollars in federal funding will...
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Researcher earns patent for breath-based virus detection technologyA long-running project to turn breath into a diagnostic tool has reached a major milestone. Distinguished Professor Nian Sun, who has spent years refining a sensor that reads chemical markers in...