Height triggers sensory boost: Near a drop, the brain increases the sensitivity of foot receptors, making sensations more noticeable. Balance and safety link: The heightened awareness can help ...

Meissner corpuscles are more sensitive to light touch and subtle changes, detecting the small shifts that occur as the body ...

MRI Pacinian corpuscles may indicate DSP severity, correlating with nerve conduction measures. Explore their role as a ...

When we think about hearing, we usually picture ears. But for elephants, the largest land animals on Earth, listening involves their whole bodies. Besides using their big ears, elephants can pick up ...

Abstract: An improved model of the Pacinian corpuscle includes corrections for lamellar curvature. Results suggest that outer-zone lamellae produce a focusing effect whereby stimuli are channeled ...

Pacinian corpuscles (PCs) are pressure- and vibration-sensitive mechanoreceptors found in hairless skin, external genitalia, joints, ligaments, lymph nodes, prostate, bladder, etc. While they are ...

Harvard Medical School neurobiologist David Ginty spoke about the neural mechanics of touch and sense perception during the 2025 Science in Medicine Annual Lecture on May 15 in UW’s Foege South ...

Every soft caress of wind, searing burn and seismic rumble is detected by our skin’s tangle of touch sensors. David Ginty has spent his career cataloging the neurons beneath everyday sensations. Like ...

Ludwig van Beethoven began to lose his hearing at age 28 and was deaf by age 44. While the cause of his hearing loss remains a topic of scientific debate and ongoing revision, one thing is clear: ...

Study in mice reveals high-frequency mechanical vibrations detected by nerve endings on the skin are processed in a brain region deemed to be involved primarily in sound perception. Neurons in this ...

Summary: The inferior colliculus, a midbrain region known for sound processing, also plays a role in touch sensation by integrating tactile and auditory signals. Pacinian corpuscles, highly sensitive ...