Key Highlights
•
Scientists discovered that a protein called Fra-2 controls how pancreatic cancer cells respond to a new drug, MRTX-1133, which targets a key cancer-causing gene called KRAS. This finding is important because it reveals a potential reason why some pancreatic cancers may resist this promising treatment and points to new strategies to make the therapy more effective for patients.
Source →
•
Researchers found that when yeast cells run out of food, they activate a built-in stress response that changes the physical properties of their cytoplasm, helping them survive long periods of hibernation-like quiescence. This work is significant because it shows how a fundamental cellular stress program can control aging and survival, providing insights that could apply to understanding how all living things, including humans, cope with harsh conditions.
Source →
•
A massive meta-analysis of nearly one million people across six international biobanks identified 17 new gene-trait connections where inheriting two faulty copies of a gene can cause a disease, including a link between a gene called HBB and heart failure. The importance of this discovery is that it uncovers hidden genetic causes for common diseases and suggests that using advanced methods to find these “recessive” patterns could help diagnose and treat more people.
Source →
Stay curious. Stay informed — with
Science Briefing.
Always double check the original article for accuracy.
