Discover how differential intrinsic coupling modes in the brain reveal distinct neural signatures of psychological trauma (PTSD) versus physical trauma (mTBI).
Explore how Functional Electrical Stimulation (FES) is revolutionizing spinal cord injury treatment by restoring motor function through targeted electrical impulses.
Explore how photoacoustic neuromodulation combines light and sound for precise, non-invasive brain stimulation with single-neuron precision.
Exploring how LCD response time estimation breakthroughs are transforming medical imaging technology and improving diagnostic accuracy.
Exploring how display technology from CRTs to modern LCDs affects scientific experiments in psychology and neuroscience, with a focus on temporal precision.
Explore how transcranial direct current stimulation (tDCS) is enhancing athletic performance through targeted brain stimulation in elite athletes.
Discover how CCL2-CCR2 chemokine signaling induces neuronal cell death after status epilepticus and the potential therapeutic approaches to prevent seizure-related brain damage.
Explore how scientists are learning to translate blurry brain scans into detailed conversations between different brain cell types using non-invasive measurements.
Exploring the global challenges, technological innovations, and policy adaptations in neurological care from 2001 to 2030.
Exploring how biomedical technology revolution impacts the bio-psycho-social approach in social work practice and research.