Summary: The developing brain builds two critical systems at once: the neural communication network and the vascular life-support system. New research identifies a single protein, Adgrl2, that acts like a master architect for both systems. Through a process called alternative splicing, cells edit the Adgrl2 gene to produce different protein variants. In neurons, the protein … Read more

Summary: In a major advance for predictive medicine, researchers have introduced FINGERS-7B, the first AI foundation model built specifically to support prevention of Alzheimer’s disease. FINGERS-7B produces substantially earlier and more accurate preclinical diagnoses by combining large-scale lifestyle, clinical, genomic, and proteomic data into a single “biological fingerprint.” By detecting disease-related changes up to a … Read more

Summary: Why do some dreams feel like cinematic masterpieces while others are flat and chaotic? A large-scale study analyzed the semantic structure of more than 3,700 dream reports and reveals how personality, daily cognition, and even global events shape dreaming. Using advanced natural language processing (NLP), researchers show that dreams are not random neurological noise. … Read more

Summary: New research identifies acute and post-acute care settings—such as emergency departments, hospitals, and skilled nursing facilities—as the primary places where older adults are first prescribed medications that can impair cognition. The study finds these medications are often started during high-stress care transitions and frequently remain in use long after discharge, especially among people with … Read more

Summary: For more than a century, potassium ions (K⁺) were regarded primarily as charge carriers that flow through channels to generate electrical signals. New research overturns this limited view by showing that some potassium-sensitive channels can act as molecular “switches,” detecting extracellular K⁺ and changing channel behavior in response. This finding opens new directions for … Read more

Summary: The developing brain builds two essential systems at once: a neural network that passes messages between neurons and a vascular network that supplies oxygen and blocks harmful substances. New research identifies a single protein, Adgrl2, as a shared molecular architect for both systems. The study shows that alternative splicing produces distinct Adgrl2 isoforms in … Read more

Summary: For more than three decades, the sense of smell has remained the “black box” of neuroscience. While precise spatial maps exist for vision, hearing, and touch, the organization of the olfactory system was long assumed to be disordered and largely random. A new large-scale genetic study overturns that assumption. Using single-cell sequencing and spatial … Read more

Summary: Why do some dreams feel like cinematic masterpieces while others come across as fragmented noise? A large-scale computational study has decoded the semantic structure of thousands of dream reports and found that dreams are neither purely random nor simple replays of daily events. Using advanced natural language processing (NLP) and large-scale text analysis, researchers … Read more

Summary: What makes us uniquely human? For decades, scientists have debated whether our capacity for language and our ability to understand other people’s thoughts and feelings (Theory of Mind) arise from the same neural origins. New research using functional MRI (fMRI) in very young children provides clear evidence that these two advanced cognitive abilities develop … Read more

Summary: For more than a century, potassium ions (K⁺) were understood mainly as passive participants in neuronal signaling—charged particles that flow through channels to generate electrical currents. A recent discovery overturns that view: certain potassium-permeable channels can act as molecular “switches,” sensing extracellular K⁺ and changing their behavior in response. This finding opens new perspectives … Read more