Neurons involved in grasp preparation with hand and mouth were previously recorded in the premotor cortex of monkey. The aim of the present kinematic study was to determine whether a unique planning underlies the act of grasping with hand and mouth in humans as well. In a set of four experiments, healthy subjects reached and grasped with the hand an object of different size while opening the mouth (experiments 1 and 3), or extending the other forearm (experiment 4), or the fingers of the other hand (experiment 5). In a subsequent set of three experiments, subjects grasped an object of different size with the mouth, while opening the fingers of the right hand (experiments 6-8). The initial kinematics of mouth and finger opening, but not of f...
Prehension movements typically include a reaching phase, guiding the hand toward the object, and a g...
Movements are defining characteristics of all behaviors. Animals walk around, move their eyes to exp...
Brain control of prehension is thought to rely on two specific brain circuits: a dorsomedial one (in...
Grasp with hand and mouth: a kinematic study on healthy subjects. J Neurophysiol 86: 1685\u20131699,...
Neurons involved in grasp preparation with hand and mouth were previously recorded in the premotor c...
Background. Neurophysiological studies showed that in macaques, grasp-related sensorimotor transform...
Neurophysiological studies showed that in macaques, grasp-related sensorimotor transformations are a...
This paper reviews experimental evidence and presents new data supporting the idea that human langua...
BACKGROUND: Neurophysiological studies showed that in macaques, grasp-related sensorimotor transform...
BACKGROUND: In non-human primates grasp-related sensorimotor transformations are accomplished in a c...
Background:In non-human primates grasp-related sensorimotor transformations are accomplished in a ci...
International audienceIn this paper, we develop an animal model of prehension movements by examining...
BACKGROUND: In non-human primates grasp-related sensorimotor transformations are accomplished in a c...
In visually guided grasping, possible hand shapes are computed from the geometrical features of the ...
The prehensile hand is one of the major traits distinguishing primates from other mammal species. Al...
Prehension movements typically include a reaching phase, guiding the hand toward the object, and a g...
Movements are defining characteristics of all behaviors. Animals walk around, move their eyes to exp...
Brain control of prehension is thought to rely on two specific brain circuits: a dorsomedial one (in...
Grasp with hand and mouth: a kinematic study on healthy subjects. J Neurophysiol 86: 1685\u20131699,...
Neurons involved in grasp preparation with hand and mouth were previously recorded in the premotor c...
Background. Neurophysiological studies showed that in macaques, grasp-related sensorimotor transform...
Neurophysiological studies showed that in macaques, grasp-related sensorimotor transformations are a...
This paper reviews experimental evidence and presents new data supporting the idea that human langua...
BACKGROUND: Neurophysiological studies showed that in macaques, grasp-related sensorimotor transform...
BACKGROUND: In non-human primates grasp-related sensorimotor transformations are accomplished in a c...
Background:In non-human primates grasp-related sensorimotor transformations are accomplished in a ci...
International audienceIn this paper, we develop an animal model of prehension movements by examining...
BACKGROUND: In non-human primates grasp-related sensorimotor transformations are accomplished in a c...
In visually guided grasping, possible hand shapes are computed from the geometrical features of the ...
The prehensile hand is one of the major traits distinguishing primates from other mammal species. Al...
Prehension movements typically include a reaching phase, guiding the hand toward the object, and a g...
Movements are defining characteristics of all behaviors. Animals walk around, move their eyes to exp...
Brain control of prehension is thought to rely on two specific brain circuits: a dorsomedial one (in...