Scientists at Thomas Jefferson University have identified a new mechanism for controlling gene expression in fruit flies, involving non-coding RNAs that regulate HOX genes. This discovery could lead to improved understanding of diseases like ALL and its connection to misregulated HOX genes.
Researchers at NIH have discovered a gene responsible for a previously unexplained, fatal form of Osteogenesis Imperfecta. The CRTAP gene plays a crucial role in collagen production and is found to be nonfunctional in patients with this rare disorder, leading to deformed brittle bones.
Research suggests that inflammatory genes may play a key role in salt-sensitive hypertension, which affects nearly one-third of Americans. The study investigates the connection between stress, inflammation, and sodium handling, with potential therapeutic implications for high blood pressure management.
A large-scale reverse genetic screen has identified complex haploinsufficient interactions in S. cerevisiae, revealing a significant number of genes that interact with actin.
Implementing common-sense measures like hand washing and timely catheter removal can significantly improve ICU patient safety. A study by Johns Hopkins Medicine found that profound improvements in infection rates can be made with minimum cost and effort.