Researchers have engineered a unique multilayer material that achieves extraordinary superconducting properties, including increased current-carrying capabilities and improved magnetic field stability. The breakthrough could lead to real-world applications in electronic devices, transportation, and power transmission.
Physicists at University of Rochester and University of Ottawa have made direct measurements of light's polarization states for the first time. This breakthrough overcomes key challenges to Heisenberg's Uncertainty Principle, enabling faster quantum information processing.
A team of international researchers has created an instruction manual for the human genome, providing a framework to understand the relationship between genetic makeup and lifestyle. The model explains how individual biological parts operate differently within each person, paving the way for tailored treatments in personalized medicine.
UT MD Anderson scientists found that a common substance in cancer vaccines facilitates a buildup of T cells at the vaccination site, summoning more T cells and causing lesions. Switching to saline adjuvant reversed the effect, allowing T cells to target tumors. A new clinical trial is expected to test this concept.
Researchers have identified seven new genetic regions associated with AMD, explaining up to 65% of the genetics of the disease. The study combined existing data from over 17,000 patients and 60,000 people without AMD, revealing genes involved in immune system signaling, lipid metabolism, and blood vessel development.
A University of Michigan researcher has developed a new early warning system that can predict malaria epidemics in northwest India up to four months in advance using sea surface temperature forecasts. The system improves public health by increasing lead time for disease prevention strategies.
The study identified seven new loci near genes that are associated with increased risk of age-related macular degeneration. The analysis included data from over 17,000 people with advanced AMD and 60,000 without, revealing a variety of biological functions implicated in the disease.
Researchers at Albert Einstein College of Medicine have discovered how the most common genetic mutations in familial Parkinson's disease damage brain cells. The study found that abnormal LRRK2 protein disrupts a 'garbage-disposal' process, leading to toxic levels of alpha-synuclein and neuronal death.
Researchers discovered mutations in two genes, hnRNPA2B1 and hnRNPA1, that lead to the death of nerve cells in ALS and other neurodegenerative diseases. The study found these proteins play a crucial role in normal RNA functioning and have been linked to cancer.
The study found that green leafy vegetables interact with a cell surface receptor to switch on the T-bet gene, producing innate lymphoid cells crucial for immune surveillance and gut health. These immune cells may aid in treating bacterial infections, promoting good bacteria, and preventing bowel cancers.
Researchers have found new candidate disease proteins for neurodegenerative disorders, including two RNA-binding proteins with prion-like segments associated with inherited forms of ALS and multisystem proteinopathy. Mutations in these proteins accelerate the formation of self-organizing fibrils that contribute to disease.
A new virtual reconstruction of human metabolism, Recon 2, has been built to identify causes of diseases and develop new treatments. The model provides a detailed map of metabolic pathways, allowing researchers to pinpoint specific gene expressions and their effects on disease progression.
Researchers at Weill Cornell Medicine have made a breakthrough in treating diffuse large B-cell lymphoma by targeting the master regulatory transcription factor Bcl6. By shutting down this protein, patients may experience fewer side effects and improved treatment outcomes.
Researchers have discovered seven new genetic loci associated with increased risk of age-related macular degeneration (AMD), a condition that affects central vision and can lead to blindness. The study, supported by the National Eye Institute, represents the most comprehensive genome-wide analysis of AMD genetics.
A team of researchers describes the first case of a functional HIV cure in an infant, achieved through prompt antiviral therapy within 30 hours of birth. The infant remained virus-free for over a year without treatment.