potential across a synapse is regulated). produce an effect by targeting a different part of the process by which conduction of an action

discuss the excitatory NMDA receptor, the role of the Mg++ ion, and how NMDA activation can produce Long Term Potentiation (which could underlie memory). Finally, what is the seemingly unique involvement of neighboring glia cells in helping to regulate both GABA and Glutamate neurotransmission and why might that glia cell role occur

Synaptogenesis is involved in long term memory consolidation. Describe the ways new synapses could form.

Identify the multiple mechanisms by which a drug can be pro-ergic or anti-ergic at a synapse.