By Bruce P. Graham (auth.), Péter Érdi, Anna Esposito, Maria Marinaro, Silvia Scarpetta (eds.)
This publication provides completely revised instructional papers in line with lectures given via top researchers on the eighth foreign summer season college on Neural Networks in Erice, Italy, in October/November 2003.
The 8 instructional papers awarded offer powerfuble insurance of the sector of cortical dynamics, consolidating contemporary theoretical and experimental effects at the processing, transmission, and imprinting of knowledge within the mind in addition to on vital features of the cortical quarter, corresponding to cortical rhythms, cortical neural plasticity, and their structural foundation and practical value. The e-book is split in topical sections on basics of cortical dynamics and mathematical types of cortical dynamics.
Read or Download Computational Neuroscience: Cortical Dynamics: 8th International Summer School on Neural Nets, Erice, Italy, October 31-November 6, 2003, Revised Lectures PDF
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Additional info for Computational Neuroscience: Cortical Dynamics: 8th International Summer School on Neural Nets, Erice, Italy, October 31-November 6, 2003, Revised Lectures
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7:5–15, 1999. 59. M. M. Shepherd. Emerging rules for the distributions of active dendritic conductances. Nat. Rev. , 3:362–370, 2002. 60. J. L. Recce. Phase relationship between hippocampal place units and the EEG theta rhythm. Hippocampus, 3:317–330, 1993. ´ 61. G. Orb´ an, T. Kiss, M. Lengyel, and P. Erdi. Hippocampal rhythm generation: gamma-related theta-frequency resonance in CA3 interneurons. Biol. , 84:123–132, 2001. 62. O. I. Moser. A model of hippocampal memory encoding and retrieval: GABAergic control of synaptic plasticity.
For this type of networks it is possible to further distinguish (see Fig. 2): – Horizontal Molecular Networks (HMNs): these are molecular circuits made by molecules embedded and/or associated with the plasma membrane that carry out complex functions of basic importance for informational exchange between the cell and the extracellular environment (L0 level). Hence, HMNs represent the main target of electrotonic and chemical signals present at local circuit level. It should be mentioned that extra cellular chemical signals are usually recognized and decoded by receptors.
Molecular Networks (MN) are assemblies of Ms, single Ns and Cs. A signal is a coded information transmitted along a C. It is possible to distinguish: 40 Luigi Francesco Agnati et al. Fig. 8. , of GPCRs devoid of their own ligand that can interact with GPCR with or without the potential to bind and activate G proteins themselves. For further details, see text. 1. VT-signals. These are diffusible signals (usually small molecules) that move along Cs. 2. WT-signals. , a set of Ns assembled into a M.