First robot assisted surgery on a child at Semmelweis University
Imagine undergoing a cutting edge surgery at just 14 years old. At Semmelweis University, groundbreaking advancements are being made with the help of the da Vinci Surgical System. This state of the art technology allows for incredibly precise operations, even in the small places. One young patient recently experienced this firsthand, and her recovery story is nothing short of remarkable. What could this mean for the future of pediatric surgeries? Dive into the full article to uncover the details behind these revolutionary procedures here.
Cooperateing for food safety
Climate change's impact on food safety remains underreported, especially the spread of carcinogenic aflatoxin-producing molds in Europe. These toxins are particularly harmful to children. A pioneering project by the University of Debrecen and the National Food Chain Safety Office found that, although Hungary's dairy products currently pose no significant aflatoxin risk, continuous monitoring is crucial. The project has equipped researchers with cutting-edge capabilities in mycotoxin research. Their success has led to an invitation to join the MYMATCH project, aiming to tackle the impact of climate change on mycotoxin production. This collaboration promises to enhance food safety across Europe. Interested in the future of food safety in a changing climate? Dive into the full story for more here!
Using AI for more personalized ovarian cancer treatment
Groundbreaking research by a team from Eötvös Loránd University, Harvard Medical School, the Danish Cancer Institute, and Semmelweis University is set to revolutionize ovarian cancer treatment predictions. By combining tissue analysis (histopathology) with protein data (proteomics), they’ve developed an AI method that significantly improves the accuracy of predicting patient responses to platinum-based chemotherapy. This approach, compared to using either data type alone, provides a more comprehensive understanding of tumor behavior. Tested on large datasets, the method shows promise in tailoring treatment plans, reducing side effects, and exploring alternative therapies sooner. This innovative study highlights the importance of examining both the tumor and its surrounding environment for better treatment outcomes. Published in NPJ Precision Oncology, this collaborative effort marks a significant step towards personalized cancer care. Read more here!