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Yinyun Li on Muck Rack

Yinyun Li

As seen in: PLOS, BioRxiv, JNeurosci
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Articles

Investigate channel rectifications and neural dynamics by an electrodiffusive Gauss-Nernst-Planck approach

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By Zichao Liu, Beijing Normal, Yinyun Li
| PLOS
The simulations shown in Fig 7 indicate that our GNP model can capture the dynamic evolution of ion concentrations and membrane potential during neural activities. During pathological conditions like seizures and cortical spreading depression (CSD), the ion concentration distribution would exhibit significant alterations due to the sustained neural firing [40].
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Investigate Channel Rectifications and Neural Dynamics by An Electrodiffusive Gauss-Nernst-Planck Approach

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By Zichao Liu, Yinyun Li, Beijing Normal
| BioRxiv
Abstract Electrodiffusion plays a crucial role in modulating ion channel conductivity and neural firing dynamics within the nervous system. However, its influence on neural function remains underexplored. In this work, we introduce a novel Gauss-Nernst-Planck (GNP) approach to investigate how electrodiffusive dynamics influence ion channel rectification and neural activity.
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Local Acceleration of Neurofilament Transport at Nodes of Ranvier

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By Cynthia Walker, Atsuko Uchida, Yinyun Li, Niraj Trivedi
| JNeurosci Verified
Research Articles, Cellular/Molecular Cynthia L. Walker, Atsuko Uchida, Yinyun Li, Niraj Trivedi, J. Daniel Fenn, Paula C. Monsma, Roxanne C. Lariviére, Jean-Pierre Julien, Peter Jung and Anthony Brown Journal of Neuroscience 23 January 2019, 39 (4) 663-677; DOI: https://doi.org/10.1523/JNEUROSCI.2272-18.2018 Abstract Myelinated axons are constricted at nodes of Ranvier.
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