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Rossi, Meghan J; Pekkurnaz, Gulcin
Current opinion in neurobiology, 08/2019, Letnik: 57Journal Article
•Mitochondria fuel nervous system function.•Neuronal activity alters mitochondrial form and function.•Mitochondrial plasticity enables rapid energy supply in neurons.•Resident presynaptic and postsynaptic mitochondria support active synapses. Neurons are highly polarized cells with extraordinary energy demands, which are mainly fulfilled by mitochondria. In response to altered neuronal energy state, mitochondria adapt to enable energy homeostasis and nervous system function. This adaptation, also called mitochondrial plasticity, can be observed as alterations in the form, function and position. The primary site of energy consumption in neurons is localized at the synapse, where mitochondria are critical for both pre- and postsynaptic functions. In this review, we will discuss molecular mechanisms regulating mitochondrial plasticity at the synapse and how they contribute to information processing within neurons.
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