We developed a library of single neuron models for rat CA1 hippocampal neurons. The model morphologies were based on three-dimensional morphological reconstructions obtained in a previous study. Electrophysiological features of interest were extracted from experimental traces using custom code exploiting the open source Electrophysiological Feature Extraction Library (eFEL). Extracted features were then used for multi-objective model parameter optimizations performed using the open source Blue Brain Python Optimization Library (BluePyOpt). Entries for the individual models are available in the EBRAINS repository. This dataset groups the code for all models, together with all outputs from the optimization process.
Optimization of single neuron models for CA1 hippocampal neurons in rat (v4.0.5)
Luca L. BolognaPrimo
Data Curation
;Rosanna MiglioreSecondo
Formal Analysis
;Carmen A. LupascuPenultimo
Data Curation
;
2024
Abstract
We developed a library of single neuron models for rat CA1 hippocampal neurons. The model morphologies were based on three-dimensional morphological reconstructions obtained in a previous study. Electrophysiological features of interest were extracted from experimental traces using custom code exploiting the open source Electrophysiological Feature Extraction Library (eFEL). Extracted features were then used for multi-objective model parameter optimizations performed using the open source Blue Brain Python Optimization Library (BluePyOpt). Entries for the individual models are available in the EBRAINS repository. This dataset groups the code for all models, together with all outputs from the optimization process.File | Dimensione | Formato | |
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