Researchers at Terasaki Institute create wearable pressure-sensitive devices using a gelatin-based hydrogel that offers superior elastic properties and skin compatibility. The device enables real-time monitoring of vital signs with high sensitivity and consistency.
A team of scientists from KAUST has rediscovered the value of an old technique in studying proteins through NMR spectroscopy. By re-examining the molecular motions of proteins, they found that dynamic NOE provides more accurate information about protein flexibility and is less prone to errors, especially in flexible regions.
The OPTIMIZE trial found that the new stent did not meet non-inferiority criteria due to high TVMI rates from high-sensitivity troponin biomarkers. However, independent analyses demonstrate non-inferiority with comparable relative non-inferiority margin, suggesting potential for improved clinical outcomes
A randomized trial comparing a nano-coated coronary stent with shorter dual anti-platelet therapy (DAPT) to a drug-eluting stent (DES) with guideline-recommended DAPT duration found no reduction in bleeding or thrombotic events. The study included 996 patients and found the rate of bleeding in the test group was 7.5% compared to 8.9% i...
Researchers demonstrate that epithelial cells can induce phenotypic and genotypic changes in HER2-positive breast cancer cells, known as cancer cell redirection. This phenomenon restricts proliferation of tumorigenic cells and shifts gene expression profiles towards a non-tumorigenic epithelial profile.
Researchers found that rice paddies with a history of being wetlands support more wetland plant species. Land consolidation and agricultural abandonment negatively impact biodiversity. The study's findings may inform conservation efforts and promote sustainable agriculture in the Asian monsoon region.
A randomized trial found that durable polymer drug-eluting stents are non-inferior to biodegradable polymers in patients with acute coronary syndrome, with a higher risk of device-oriented composite endpoint. The study suggests improved outcomes for patients with significant coronary stenosis and eligible for stent implantation.
The researchers synthesized a unique molecule that absorbs near infrared light, despite having only hydrogen and carbon atoms. The molecule's narrow gap between its highest occupied molecular orbital (HOMO) and lowest unoccupied molecular orbital (LUMO) makes it useful for developing next-generation solid-state materials.