Image details BSIP_015927_109 - Epilepsy and treatment of excitatory glutamatergic synapses and GABAergic, inhibitory. At the top, an excitable synapse. The vesicles of the presynaptic termination release glutamate (yellow) which, upon contact with the inotropic AMPA and KAR receptors (pink) of the postsynaptic neuron, triggers the release of Ca2 +, Na + and K +. Calcium, potassium and sodium channels are located on the presynaptic termination. Below, an inhibitory synapse. The presynaptic termination releases GABA (pink) which, in contact with the GABA A receptors (green) of the postsynaptic neuron, allows the passage of Cl-. A GAT channel is located on the left edge of the presynaptic terminus that recovers GABA that is converted to metabolites prior to their recombination into GABA in the vesicles.

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BSIP RM (RM) BSIP_015927_109

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Epilepsy and treatment of excitatory glutamatergic synapses and GABAergic, inhibitory. At the top, an excitable synapse. The vesicles of the presynaptic termination release glutamate (yellow) which, upon contact with the inotropic AMPA and KAR receptors (pink) of the postsynaptic neuron, triggers the release of Ca2 +, Na + and K +. Calcium, potassium and sodium channels are located on the presynaptic termination. Below, an inhibitory synapse. The presynaptic termination releases GABA (pink) which, in contact with the GABA A receptors (green) of the postsynaptic neuron, allows the passage of Cl-. A GAT channel is located on the left edge of the presynaptic terminus that recovers GABA that is converted to metabolites prior to their recombination into GABA in the vesicles.

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Dimensions: 3100 x 4541 pixels (40.3 MB)

Maximum Size at 300dpi: 262.5 x 384.5 mm, 10.3 x 15.1 inches

Maximum Size at 72dpi: 1095.4 x 1604.6 mm, 43.1 x 63.1 inches

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BSIP RM

description

Epilepsy and treatment of excitatory glutamatergic synapses and GABAergic, inhibitory. At the top, an excitable synapse. The vesicles of the presynaptic termination release glutamate (yellow) which, upon contact with the inotropic AMPA and KAR receptors (pink) of the postsynaptic neuron, triggers the release of Ca2 +, Na + and K +. Calcium, potassium and sodium channels are located on the presynaptic termination. Below, an inhibitory synapse. The presynaptic termination releases GABA (pink) which, in contact with the GABA A receptors (green) of the postsynaptic neuron, allows the passage of Cl-. A GAT channel is located on the left edge of the presynaptic terminus that recovers GABA that is converted to metabolites prior to their recombination into GABA in the vesicles.

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rights managed

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WITT-DEGUILLAUME / BSIP Search other images from this contributor

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Keywords

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