AMPAR-mediated and NMDAR-mediated EPSCs as a function of the distance from the release site at diffusion coefficients = 0.1 μm2/ms-1 and 1 μm2/ms-1.
收藏Figshare2015-12-03 更新2026-04-29 收录
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https://figshare.com/articles/dataset/_Synaptic_Efficacy_as_a_Function_of_Ionotropic_Receptor_Distribution_A_Computational_Study_/1579780
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(A)AMPAR-mediated EPSCs to a single pulse at a diffusion co-efficient of 0.1 um2ms-1. (B)AMPAR-mediated EPSCs to a single pulse at a diffusion co-efficient of 1 um2ms-1. (C)NMDAR-mediated EPSCs to a single pulse at a diffusion co-efficient of 0.1 um2ms-1. (D)NMDAR-mediated EPSCs to a single pulse at a diffusion co-efficient of 1 um2ms-1. For a higher diffusion coefficient AMPAR mediated EPSCs scaling as a function of receptor locations was noticeably more significant than with a diffusion coefficient = 0.1 um2ms-1. However NMDAR mediated EPSCs scaling as a function of receptor location was only observed at a higher diffusion coefficient 1 um2ms-1. (PDF)
创建时间:
2015-12-03



