<unk> s are axon<unk> s given off by CA3 pyramidal cells in the hippocampus. These<unk> s project to area CA1 of the hippocampus and are an integral part of memory formation and the emotional network of the Papez circuit, and of the hippocampal trisynaptic loop. It is one of the most studied synapses in the world and named after the Hungarian anatomist-neurologist Károly<unk> haffer. As a part of the hippocampal structures,<unk> s develop the limbic system, which plays a critical role in the aspects of learning and memory. The signals of information from the contralateral CA3 region leave via the<unk>  pathways for the CA1 pyramidal neurons. Mature synapses contain fewer<unk>  branches than those synapses that are not fully developed. Many<unk> ientists try to use the<unk>  synapse as a sample synapse, a typical excitatory glutamatergic synapse in the cortex that has very well been studied in order to try to identify the rules of both the patterns of stimulation in electrical rules and the chemical mechanisms by which synapses get persistently stronger and which synapses get persistently weaker as well and to develop medication and treatment to cure the chronic diseases, such as dementia and Alzheimer's disease. Moreover, they believe that studying the<unk>  can provide a whole range of understanding how<unk> s allow us to intervene with drug-treatments and with electrical-stimulation so that the quality of human experience can be improved.
Schaffer collateral
Lottery
Abbott's artery
Neurovascular bundle
Woodruff's plexus
Commissural fiber
Intrascleral plexus
Caliber persistent artery