AbstractHow are two prominent environmental features, surface texture and object location, transduced and encoded as rats whisk? Recent papers show that textures may excite intrinsic mechanical vibrations of the vibrissae. Although these vibrations are too rapid to be directly followed by cortical neurons, there is evidence that their speed is encoded by contact-dependent sensory signals. In addition to contact, sensory signals exist that report the angular position of the vibrissae. The combination of contact and reference signals may be used to decode spatial variations in the environment, particularly the location of objects in head-centered coordinates
There has been a strong presumption that the rodent vibrissae are fine tactile feature detectors, se...
Sensory perception in natural environments involves the dual challenge to encode external stimuli an...
Abstract Background Studies in tactile discrimination agree that rats are able to learn a rough-smoo...
AbstractHow are two prominent environmental features, surface texture and object location, transduce...
SummaryPeripheral sensory organs provide the first transformation of sensory information, and unders...
Texture is a central component of touch. To learn how contact with a surface gives rise to a sensati...
Animals perceive their surroundings both through sensory systems that transduce environmental featur...
<p>Most mammalian sensory systems process information collected through actively generated movements...
The comprehension of sensory perception requires studying the way the central nervous system gathers...
Rats use their vibrissal sensory system to collect information about the nearby environment. They ca...
AbstractMammals acquire much of their sensory information by actively moving their sensory organs. Y...
Haptic perception is an active process that provides an awareness of objects that are encountered as...
Animals actively regulate the position and movement of their sensory systems to boost the quality an...
Abstract In nature, several species use flexible probes to actively explore their environment and ac...
AbstractThe array of vibrissae on a rat's face is the first stage of a high-resolution tactile sensi...
There has been a strong presumption that the rodent vibrissae are fine tactile feature detectors, se...
Sensory perception in natural environments involves the dual challenge to encode external stimuli an...
Abstract Background Studies in tactile discrimination agree that rats are able to learn a rough-smoo...
AbstractHow are two prominent environmental features, surface texture and object location, transduce...
SummaryPeripheral sensory organs provide the first transformation of sensory information, and unders...
Texture is a central component of touch. To learn how contact with a surface gives rise to a sensati...
Animals perceive their surroundings both through sensory systems that transduce environmental featur...
<p>Most mammalian sensory systems process information collected through actively generated movements...
The comprehension of sensory perception requires studying the way the central nervous system gathers...
Rats use their vibrissal sensory system to collect information about the nearby environment. They ca...
AbstractMammals acquire much of their sensory information by actively moving their sensory organs. Y...
Haptic perception is an active process that provides an awareness of objects that are encountered as...
Animals actively regulate the position and movement of their sensory systems to boost the quality an...
Abstract In nature, several species use flexible probes to actively explore their environment and ac...
AbstractThe array of vibrissae on a rat's face is the first stage of a high-resolution tactile sensi...
There has been a strong presumption that the rodent vibrissae are fine tactile feature detectors, se...
Sensory perception in natural environments involves the dual challenge to encode external stimuli an...
Abstract Background Studies in tactile discrimination agree that rats are able to learn a rough-smoo...