Dynamical Systems in Neuroscience:

Electrophysiology of Neurons 53+50 mV-10 mV 10 ms-40 mV-60 mV-80 mV-100 mV-20 mV Figure 2.24: Multiple voltage steps are oftenneeded to determine time constants ofinactivation; see Ex. 7.9. [M.S.] Modify the MATLAB program from Ex. 6 to handle multiple currents.10. [M.S.] Add a PDE solver to the MATLAB program from exercise 6 to simulatepoor space and voltage clamp conditions.11. [Ph.D.] Introduce numerical optimization into the dynamic clamp protocol toanalyze experimentally in real time the (in)activation parameters of membranecurrents.12. [Ph.D.] Use new classification of families of channels (Kv3,1, Na v 1.2, etc. seeHille 2001), determine the kinetics of each subgroup, and provide a completetable similar to those in Sect. 2.3.5.