Question

Construct a circuit that integrates 7 inputs to regulate a single output neuron that controls a function of the brain (of your choosing, e.g., eating as the brain function & hunger as one of 7 inputs). Your project must include a circuit that includes: • Four or fewer neurons. This includes one postsynaptic cell – which is your output neuron. It also includes three presynaptic inputs, two of which will synapse onto the head of dendritic spines and one that synapses onto the neck of a spine. • Glutamate and GABA as a wired neurotransmitter. A neuromodulator as either a wired or volume transmitter. As many volume transmitters as you wish. • Post-synaptic AMPA, NMDA, and GABA-A ionotropic receptors • Post- and Pre-synaptic GABA-B, group 1 metabotropic glutamate

          Construct a circuit that integrates 7 inputs to regulate a single output neuron that controls a function of the brain (of your choosing, e.g., eating as the brain function & hunger as one of 7 inputs). Your project must include a circuit that includes: • Four or fewer neurons. This includes one postsynaptic cell – which is your output neuron. It also includes three presynaptic inputs, two of which will synapse onto the head of dendritic spines and one that synapses onto the neck of a spine. • Glutamate and GABA as a wired neurotransmitter. A neuromodulator as either a wired or volume transmitter. As many volume transmitters as you wish. • Post-synaptic AMPA, NMDA, and GABA-A ionotropic receptors • Post- and Pre-synaptic GABA-B, group 1 metabotropic glutamate

Added by Robert H.

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