New research has identified the SNHG26 lncRNA molecule, which plays a key role in the healing of skin wounds, allowing the transition from the inflammatory to the regenerative phase. This molecule offers the potential to develop new therapies for chronic wounds.
A new DNA repair process has been discovered with the help of the tex264 protein that could bring revolutionary advances in cancer treatment. Scientists have uncovered key mechanisms that could enhance the effectiveness of chemotherapy and improve personalized therapies for patients
New research shows a significant decline in mercury emissions caused by human activity, with atmospheric concentrations declining by 10% between 2005 and 2020, although global estimates suggest otherwise.
Despite advancements in medicine, the rate of increase in life expectancy has significantly slowed in recent decades, indicating biological limitations to human longevity
Discovering the ability of Comamonas bacteria to break down plastics opens up new possibilities for biotechnological solutions in the fight against plastic pollution, protecting our nature and ecosystems.
A significant event dedicated to the career development of young scientists in the field of fusion energy was held in Zagreb, focusing on the dones project. This international initiative provides unique opportunities for professional growth and cooperation of young engineers and scientists, while contributing to a sustainable energy future.