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CA1 hippocampal pyramidal neurons are involved in making associative memories. These neurons have an elaborate dendritic tree at which they receive thousand of synaptic inputs. These synapses are distributed across the whole tree, at different locations from the soma. At the soma, excitatory postsynaptic potentials (EPSP) generated at a distal synapse are attenuated to a larger degree compared to a distal synapse. Recently, Magee and Cook showed that the EPSP amplitude at the synapse is scaled with distance; distal synapses have larger EPSP amplitudes which compensates for the larger attenuation [1]. Effectively, this means that all synapses have the same effect on the soma, a phenomena called synaptic democracy.

Back propagating action potential and distant-dependent calcium signaling in CA1 pyramidal neurons