Researchers at ICFO have successfully demonstrated a new quantum-mechanical measurement technique, allowing for the observation of spinning electrons in atoms without disturbing them. This achievement exceeds the standard quantum limit and paves the way for the observation of individual atoms.
A study published in Nature Medicine reveals that a mutation in the Semaphorin 3d molecule disrupts the development of pulmonary veins, leading to Total Anomalous Pulmonary Venous Connection (TAPVC). The condition causes poorly oxygenated blood throughout the body, resulting in cyanosis. Researchers found that Sema3d mutations cause ab...
The Utricularia gibba genome, smallest sequenced from a complex plant, contradicts the notion that vast quantities of noncoding DNA are crucial for complex life. The bladderwort has purged most of its genetic material, including noncoding 'junk' DNA, while maintaining a functional set of genes similar to those of other plant species.
A graphene single-electron pump provides a fast enough electron flow to create a current standard, overcoming the Achilles heel of metallic pumps. This innovation marks a major step forward in using graphene to redefine the ampere.
Research predicts that climate change will cause a dramatic decline in common plant and animal species by 2080, with plants, reptiles, and amphibians facing the highest risk. Acting quickly to mitigate climate change could reduce losses by 60%.
A large-scale sequencing analysis of congenital heart disease has identified a specific biological pathway that is critical to its development. The study found that spontaneous mutations affect genes involved in this pathway, which is essential for human development and can lead to structural heart problems in infants.
A new global surveillance tool detects and monitors public concerns about vaccines, allowing for swift responses to prevent low vaccine uptake and disease outbreaks. The tool analyzes reports from 144 countries, identifying key themes and prioritizing action to promote immunisation.
Research finds that spontaneous genetic mutations are a major cause of congenital heart disease, accounting for 10% of severe cases. The mutations affect genes involved in regulating gene expression and DNA packaging, leading to increased risk of heart defects.
Researchers have developed a new dye that surpasses current contrast agents in terms of image quality and duration, opening up possibilities for live-cell filming and reduced costs. The breakthrough could lead to expanded use of imaging technology in developing countries, where access to medical equipment is limited.
A massive genomics study by Yale researchers found hundreds of mutations causing congenital heart disease, often affecting histone-modifying genes. The study's findings suggest a wide range of common congenital diseases share common pathways.
Researchers at the University of Michigan and MIT have discovered a method to control the arrangement of nanocrystals into complex patterns, including the herringbone style. By understanding the interactions between particles, they can design materials with specific properties, revolutionizing the field of nanotechnology.
Researchers at Penn Medicine have identified four new genetic variants associated with an increased risk of testicular cancer, with markers found at four loci, including 4q22, 7q22, 16q22.3, and 17q22.
Researchers have identified a gene, GPR126, linked to adolescent idiopathic scoliosis (AIS) across Asian and Caucasian populations. The study reveals that the gene is involved in spinal growth during childhood.
The study highlights the importance of considering chiral POPs' individual toxicities and sources in assessing environmental risks. Enantiomeric ratio and fraction are used as tracers, revealing altered EF values in organisms and environmental matrices.
Researchers found that the size limit for entry into hollow cilia is much greater than previously thought, allowing most of a cell's proteins to enter. The specific collection of proteins in each cilium is customized based on its needs, determined by whether and how proteins are kept inside once they enter.
Research found that earthworms increase nitrogen content of plants and reduce slug damage by 60% due to improved plant defenses. High plant diversity also results in lower slug damage, suggesting a complex interaction between the two species.