A study by Kobe University found that group apologies perceived as more genuine when costly to the organization, similar to individual apologies. The research used fMRI brain scans and participant ratings to determine that costly apologies activated key brain regions associated with cognitive empathy and intention processing.
Researchers propose a new computational analysis method that uses keystroke time series data to detect early stages of Parkinson's disease. The method, based on fuzzy recurrence plots, is less physically demanding than traditional testing methods and shows encouraging results.
Research in mice reveals the motor cortex needs continuous feedback to generate dexterous movements, unlike other neural circuits that can operate with sustained input. The study found blocking incoming signals or disrupting rhythmic patterns impaired grasping skills, highlighting the importance of precise timing and signal processing.
Researchers at Liverpool School of Tropical Medicine identified a new mechanism by which mosquitoes become resistant to insecticides. The SAP2 binding protein in the legs plays a key role in this process.
The East Asia VLBI Network observed the afterglow of TeV Gamma-Ray Burst 190114C, providing unique opportunities to study its progenitor and pre-burst medium. The non-detection results place strong upper limits on parameters extracted from different theoretical models of GRBs.
A comprehensive interaction network map reveals how Plasmodium falciparum traffics between human host cells, transforming red blood cells into rigid forms that hinder oxygen transportation. This understanding paves the way for further study and discussion on the molecular mechanism of severe malaria.
Researchers at Princeton University have successfully established a long-distance relationship between two silicon quantum bits, paving the way for more complex calculations and potentially cheaper quantum computers. The breakthrough uses light-based communication to transmit messages between qubits on a computer chip.
The study found that H2A.Z promotes H4K20me2 deposition, recruiting ORC1 to license and activate early DNA replication origins. H2A.Z-regulated origins have higher firing efficiency and earlier replication timing compared to other origins.
A review article published in The New England Journal of Medicine suggests that intermittent fasting can improve blood sugar regulation, increase resistance to stress, and suppress inflammation. Studies have shown that this adaptation may trigger a slower metabolic process, which can lead to weight loss and reduced belly fat.
A research team created a neuromorphic network composed of metallic nanowires, exhibiting electrical characteristics similar to human brain functions. The team found that the network's fluctuation-based functionalities mimic memorization, learning, and forgetting processes.