Cone voltage response
Figure 4.5 : Simulation of feedback from horizontal cell to cone. A step of light is applied to
the cone at t=l, and at t=2, a feedback signal that shifts the voltage activation curve of the
calcium current 10 mV to the left is applied. (A) The inhibitory depolarization is depen-
dent on both the activity of the calcium activation curve and a calcium activated chloride
conductance. (B) Shows the calcium current as a function of time. (C) Shows the calcium
concentration in the cell, modeled with a first order buffering system. (D) Shows the calcium
activated chloride current, which is the end effector causing depolarization in the cone.
More intriguing information
1. The Cost of Food Safety Technologies in the Meat and Poultry Industries.2. The name is absent
3. The Employment Impact of Differences in Dmand and Production
4. PEER-REVIEWED FINAL EDITED VERSION OF ARTICLE PRIOR TO PUBLICATION
5. The name is absent
6. The Interest Rate-Exchange Rate Link in the Mexican Float
7. Public infrastructure capital, scale economies and returns to variety
8. Political Rents, Promotion Incentives, and Support for a Non-Democratic Regime
9. ISSUES AND PROBLEMS OF IMMEDIATE CONCERN
10. A model-free approach to delta hedging