Robotic training combined with transient contralesional inactivation was recently shown to promote a generalized recovery after stroke. Here, Allegra Mascaro et al. investigate how this rehabilitation paradigm affects neuronal and vascular plasticity of the mouse cortex. Synaptic stabilization is associated with angiogenesis and recovery of a segregated motor representation.
Combined Rehabilitation Promotes the Recovery of Structural and Functional Features of Healthy Neuronal Networks after Stroke
Allegra Mascaro AL
Co-primo
;Spalletti C;Alia C;Sacconi L;Caleo M;Pavone FSUltimo
2019
Abstract
Robotic training combined with transient contralesional inactivation was recently shown to promote a generalized recovery after stroke. Here, Allegra Mascaro et al. investigate how this rehabilitation paradigm affects neuronal and vascular plasticity of the mouse cortex. Synaptic stabilization is associated with angiogenesis and recovery of a segregated motor representation.File in questo prodotto:
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Descrizione: Combined Rehabilitation Promotes the Recoveryof Structural and Functional Features
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