… the net effect of MC activation to GCs is inhibitory or excitatory. The … of hippocampal excitation
and inhibition recruited by mossy cells. … Animal models of TLE confirmed that the two most …

… mechanism for early epileptogenesis involving BDNF within a … Mossy cells (MCs), excitatory
neurons in the dentate gyrus (… In contrast, in a chronic mouse model of TLE induced by KA …

… that mossy cell outputs reorganize following seizures, increasing their net inhibitory effect in
… commissural projections of mossy cells to the contralateral dentate gyrus. This resulted in …

… of hyper-excitability in different animal models, but only a few … a potentially critical role for
excitatory mossy cells (MCs), a … the consequences on the development of spontaneous seizures…

… -resistant epilepsies, is characterized by abnormal recurrent excitatory activity originating …
and animal models of TLE, and the surviving MCs have been disclosed to play an anti-epileptic …

… A mossy cell (MC) is a type of excitatory neuron that resides in the hilus of the dentate gyrus
… the extent of electrographic and behavioral seizures in mouse models of TLE. Some findings …

… in dentate gyrus granule cells promotes neuronal death, mossy fiber sprouting, and PTE in
the controlled cortical impact (CCI) model of … Expression appeared to be limited to excitatory …

… In the dentate gyrus (DG), there is a severe loss of inhibitory … that sprouted mossy fibers in
epileptic mice indeed form … To unmask such an effect, we could combine electrophysiology …

… Excitatory mossy cells (MCs) in the dentate gyrus of the … mouse model of chronic TLE play
an antiepileptic role 4 , these … has a pro-convulsant effect during early epilepsy, we first tested …

… in animal models have revealed that MFS rewires the dentate gyrus (DG), creating de novo
recurrent excitatory … in the epileptic hippocampus, the causal role of sprouted mossy fibers in …