MECHANISMS OF PLASTICITY IN NEURAL NETWORKS

• Recovery of neuronal excitability (cellular and axonal ionic balance, reabsorption of edema and hematic debris, transynaptic reverse diaschisis). • Activity in partially undamaged neural pathways. • Representational plasticity with type neurons assemble. • Recruitment of not ordinarily active parallel networks. • Recruitment of subcomponents in networks distributed. • Modulation of the excitability of subnets by neurotransmitters.