Results 281 to 290 of about 150,942 (326)
Overcoming the Brain-Body Disconnect Following Attachment Trauma: A Comment on Farina and Schimmenti. [PDF]
Clin NeuropsychiatryLanius RA.
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Chronic Combined Oral Methylphenidate and Fluoxetine Increases Inflammation in Somatosensory and Mesolimbic Brain Regions. [PDF]
Neurochem ResRoeser J +12 more
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The Visual Umwelt of primates and Hippocampal Representations of Space. [PDF]
HippocampusMartinez-Trujillo J, Piza D.
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Astrocytic TCF7L2 Impacts Brain Osmoregulation and Restricts Neuronal Excitability. [PDF]
GliaPopek M +10 more
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Network localization of altered auditory and somatosensory sensitivity based on causal brain lesions. [PDF]
Brain CommunTripathy S, Miller GN, Cohen AL.
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2020
A hierarchical system through the somatosensory cortex builds representations of touch and of the positions of the limbs in space up through parietal cortex areas 5 and 7b, where the system is interfaced to the visual system for the computations involved in reaching into space and grasping objects.
Hans J. ten Donkelaar +2 more
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A hierarchical system through the somatosensory cortex builds representations of touch and of the positions of the limbs in space up through parietal cortex areas 5 and 7b, where the system is interfaced to the visual system for the computations involved in reaching into space and grasping objects.
Hans J. ten Donkelaar +2 more
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2012
The somatosensory system in mammals collects information from receptors in the skin, muscle, and joints. The dorsal root ganglion cells and trigeminal ganglion cells that receive this information send their central processes to synapse on neurons in the spinal cord and hindbrain.
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The somatosensory system in mammals collects information from receptors in the skin, muscle, and joints. The dorsal root ganglion cells and trigeminal ganglion cells that receive this information send their central processes to synapse on neurons in the spinal cord and hindbrain.
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2017
This chapter explains that skin is the interface between the body and the outside world. Skin is not uniformly sensitive over its surface. The chapter analyses the punctate distribution of various sensations: specific points of the skin are sensitive to touch, others are sensitive to cooling, warming, or noxious stimuli.
Gillian Pocock +2 more
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This chapter explains that skin is the interface between the body and the outside world. Skin is not uniformly sensitive over its surface. The chapter analyses the punctate distribution of various sensations: specific points of the skin are sensitive to touch, others are sensitive to cooling, warming, or noxious stimuli.
Gillian Pocock +2 more
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1983
Sensory information from body tissues such as the skin, muscles, joints and viscera reaches, the brain via two distinct routes represented by the lemniscal system and the extralemniscal or anterolateral system. Together these two pathways form the somatosensory afferent system.
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Sensory information from body tissues such as the skin, muscles, joints and viscera reaches, the brain via two distinct routes represented by the lemniscal system and the extralemniscal or anterolateral system. Together these two pathways form the somatosensory afferent system.
openaire +1 more source