1,721,161 research outputs found
[Method of obtaining early retinal potentials in constant conditions of adaptation, using quite weak stimuli].
No full text"Do what I do" and "do how I do": different components of imitative learning are mediated by different neural structures.
No full textBehavioural recovery from unilateral vestibular lesion is facilitated by GM1 ganglioside treatment.
No full textCompensation of vestibular symptoms in hemilabyrinthectomized guinea pigs. Role of the sensorimotor activation.
No full textNeurobiological and psychological aspects of brain recovery
No full textThe novelty of this book's approach lies in addressing the impact of neurobiological factors as well as psychological influences on brain recovery. There is growing evidence that emotional, motivational, and cognitive factors along with personality traits play a crucial role in brain plasticity, resilience, and recovery. Topics include synaptic and neuronal plasticity, development of brain reserves, biological markers, environmental factors, psychological profile, emotional resilience, and personality traits. By combining the latest research on neural mechanisms and on psychological resilience the authors hope that this book can lead to the development of better treatment strategies for functional recovery from brain damage
Task-dependent rate of recovery from hemilabyrinthectomy: an analysis of swimming and locomotor performances.
No full text
Contributions by Bartolomeo Panizza to the anatomy and physiology of some cranial nerves.
No full text[No abstract available
SPONTANEOUS EYE MOTILITY FOLLOWING A UNILATERAL VESTIBULAR LESION
No full textThe strong imbalance of the output of vestibular nuclei, resulting from a hemilabyrinthectomy, causes among other postural and ocular symptoms, a failure to hold a steady ocular position in the dark. In this study the time course of the spontaneous eye motility following a right hemilabyrinthectomy was analyzed. In all animals, at the first recordings, drifts of 0.8-1.0°/c were present. These drifts were directed to the lesion side, then they shifted their trajectomy more than once. At the final recordings, most animals exhibited very slow drifts (0.05-0.1°/s) directed to the intact side suggesting an overcompensation of the initial extreme rightward deviation
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