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. Bridging Micro- and Macro-Analyses of the EU Sugar Program: Methods and Insights2. Studying How E-Markets Evaluation Can Enhance Trust in Virtual Business Communities
3. A MARKOVIAN APPROXIMATED SOLUTION TO A PORTFOLIO MANAGEMENT PROBLEM
4. Endogenous Determination of FDI Growth and Economic Growth:The OECD Case
5. Stable Distributions
6. AN IMPROVED 2D OPTICAL FLOW SENSOR FOR MOTION SEGMENTATION
7. Spectral density bandwith choice and prewightening in the estimation of heteroskadasticity and autocorrelation consistent covariance matrices in panel data models
8. Experience, Innovation and Productivity - Empirical Evidence from Italy's Slowdown
9. The name is absent
10. EU Preferential Partners in Search of New Policy Strategies for Agriculture: The Case of Citrus Sector in Trinidad and Tobago