Texture is a central component of touch. To learn how contact with a surface gives rise to a sensation of texture, many laboratories have examined the vibrissae system of rodents—a highly efficient sensory system with well-studied structural organization [by Kleinfeld et al. (Current Opinion in Neurobiology 16(4): 435–444, 2006)]. Vibrissal texture decoding summarizes current knowledge about how whisking on surfaces leads to texture sensation. The vibrissae system of rats presents a unique opportunity for investigating how sensory receptors generate signals through their interaction with the environment, and how the brain reads and interprets the afferent signals
Peripheral sensory organs provide the first transfor-mation of sensory information, and understandin...
Rats can make extremely fine texture discriminations by “whisking ” their vibrissa across the surfac...
The rodent whisker system is a major model for understanding neural mechanisms for tactile sensation...
Texture is a central component of touch. To learn how contact with a surface gives rise to a sensati...
AbstractHow are two prominent environmental features, surface texture and object location, transduce...
There has been a strong presumption that the rodent vibrissae are fine tactile feature detectors, se...
Abstract Background Studies in tactile discrimination agree that rats are able to learn a rough-smoo...
SummaryPeripheral sensory organs provide the first transformation of sensory information, and unders...
Our sense of touch provides information about nearby objects that can affect us in an immediate way....
The sense of touch provides information about the texture of an object with much better resolution t...
A major challenge of sensory systems neuroscience is to quantify brain activity underlying perceptua...
Recent work demonstrated that when a rat palpates a surface to identify its texture, signals generat...
A major challenge of sensory systems neuroscience is to quantify brain activity underlying perceptua...
Rodents excel in making texture judgments by sweeping their whiskers across a surface. Here, we aime...
The cerebral cortex is thought to generate sensory experience and facilitate broadly integrative pro...
Peripheral sensory organs provide the first transfor-mation of sensory information, and understandin...
Rats can make extremely fine texture discriminations by “whisking ” their vibrissa across the surfac...
The rodent whisker system is a major model for understanding neural mechanisms for tactile sensation...
Texture is a central component of touch. To learn how contact with a surface gives rise to a sensati...
AbstractHow are two prominent environmental features, surface texture and object location, transduce...
There has been a strong presumption that the rodent vibrissae are fine tactile feature detectors, se...
Abstract Background Studies in tactile discrimination agree that rats are able to learn a rough-smoo...
SummaryPeripheral sensory organs provide the first transformation of sensory information, and unders...
Our sense of touch provides information about nearby objects that can affect us in an immediate way....
The sense of touch provides information about the texture of an object with much better resolution t...
A major challenge of sensory systems neuroscience is to quantify brain activity underlying perceptua...
Recent work demonstrated that when a rat palpates a surface to identify its texture, signals generat...
A major challenge of sensory systems neuroscience is to quantify brain activity underlying perceptua...
Rodents excel in making texture judgments by sweeping their whiskers across a surface. Here, we aime...
The cerebral cortex is thought to generate sensory experience and facilitate broadly integrative pro...
Peripheral sensory organs provide the first transfor-mation of sensory information, and understandin...
Rats can make extremely fine texture discriminations by “whisking ” their vibrissa across the surfac...
The rodent whisker system is a major model for understanding neural mechanisms for tactile sensation...