Articles tagged with Gene Prediction
Researchers have identified the Progeria gene, which may lead to answers about natural aging and cardiovascular disease. The discovery gives hope to children with Progeria, who die at an average age of 13 due to complications from accelerated aging.
Scientists have identified a key protein involved in regulating blood pressure, RGS2, which works by stopping the action of angiotensin II and enabling arterioles to relax. This discovery may lead to new ways of diagnosing and treating high blood pressure in individuals with underlying genetic defects or differences.
A team of researchers led by Michael R. Brent developed a new computer program to predict genes by analyzing patterns of evolutionary conservation. They identified 1,019 predicted novel mouse genes with high accuracy, including those involved in Duchenne muscular dystrophy and neural development.
Research in mice reveals that TAFII105 is a cell-type specific component of the transcription machinery, controlling egg formation and potentially linked to female infertility. The study provides new avenues for understanding the complex transcriptional mechanisms underlying cell-specific gene expression.
A genome-wide study of 308 long-lived individuals revealed a significant correlation between allele sharing on chromosome 4 and longevity. This suggests that the region may contain genes influencing human lifespan, with potential applications in preventing age-associated diseases such as heart disease and Alzheimer's disease.