The following neurons project to a specific body wall muscle cell, MDL08: AS01, AS02, DA01, DA02, DB01, DD01, SMDDL, SMDDR

We want to have:

• full multi-compartmental NeuroML2 implementations
• best guess of ion channels implemented in NeuroML2 and attached to each neuron
• verification/unit tests for all synapses (neurotransmitter identity, synaptic strengths)
• verification/unit tests for all gap junctions (identity, conductance)
• all neurons, channels, parameters are visible in the model completion dashboard
• research either qualitative or quantitative electrophysiological behaviour of this circuit to use as target for optimization
• research physiological bounds for all parameters to undergo optimization and create appropriate unit tests/SciUnit tests
• build an optimization scaffold that is capable of integrating tests to hold network components within their physiological bounds while also meeting a target behaviour for the overall network
• run multi-scale optimization across channels, synapses, gap junctions, current density and network activity to meet target
• running and visualized in Geppetto, using connectivity widget and plotting activity of channels, synapses, gap junctions and cell membranes
• designed WormSim UI additions to explore the network, including documentation and citation of paper
• full implementation in WormSim

This follows up on openworm/OpenWorm#31 and openworm/OpenWorm#124