Study shows where damaged DNA goes for repair
Researchers discovered that damaged DNA with expanded CAG repeats relocate to the periphery of the cell nucleus for repair. This shift is crucial in preventing repeat instability and genetic disease.
Researchers discovered that damaged DNA with expanded CAG repeats relocate to the periphery of the cell nucleus for repair. This shift is crucial in preventing repeat instability and genetic disease.
A study by researchers at the University of Cincinnati has found that generic formulations of tacrolimus are bioequivalent to the name-brand version, suggesting they can be used interchangeably post-transplant. The findings have important implications for immunosuppressant drug management and patient care.
Gene therapy for Leber congenital amaurosis improves vision and retina sensitivity within weeks of treatment, with peak benefits after one to three years. However, these gains diminish over six years, revealing the need for further research to sustain restored vision.
A new test has been developed to predict sudden cardiac death in hemodialysis patients, combining nuclear medicine, C-reactive protein, and electrocardiogram (ECG). Patients with 2 or 3 abnormal measures were at a significantly increased risk of cardiac death.
A new standard for open and reproducible research has been set by a group of Cambridge researchers, sharing over 200GB of data and 20,000 lines of code. This move aims to increase the reliability of research results, particularly in publicly funded work.
A new study demonstrates that gene therapy for Leber congenital amaurosis (LCA) improves vision in patients within weeks of treatment, with benefits peaking at one to three years after treatment. However, the visual gain eventually declines, highlighting the need for future therapeutic strategies to sustain restored vision.