Our sense of touch emerges from an array of mechanosensory structures residing within the
fabric of our skin. These tactile end organ structures convert innocuous forces acting on the …

The skin is our largest sensory organ, transmitting pain, temperature, itch, and touch
information to the central nervous system. Touch sensations are conveyed by distinct …

Abstract Development of artificial mechanoreceptors capable of sensing and pre‐processing
external mechanical stimuli is a crucial step toward constructing neuromorphic perception …

Cutaneous mechanoreceptors are localized in the various layers of the skin where they
detect a wide range of mechanical stimuli, including light brush, stretch, vibration and …

The sense of touch detects forces that bombard the body's surface. In metazoans, an
assortment of morphologically and functionally distinct mechanosensory cell types are tuned …

This paper describes a new conceptual framework for three-dimensional turbomachinery
flow analysis and its use to assess fan stage attributes for mitigating adverse effects of inlet …

The skin covering the human palm and other specialized tactile organs contains a high
density of mechanosensory corpuscles tuned to detect transient pressure and vibration …

The sense of touch is ubiquitous in vertebrates and relies upon the detection of mechanical
forces in the skin by the tactile end-organs of low-threshold mechanoreceptors. Significant …

Sensory corpuscles, or cutaneous end-organ complexes, are complex structures localized at
the periphery of Aβ-axon terminals from primary sensory neurons that primarily work as low …

In touch receptors, glia and accessory cells play a key role in mechanosensation. However,
the mechanisms underlying such regulation are poorly understood. We show, for the first …