<p><b>A</b>. Bar plot showing the mean number of active electrodes within the lower compartment (orange bars) and within the upper compartment (blue bars) at different DIV ranges (horizontal axis). Among the four groups there is no statistically significant difference (one-way ANOVA, p>0.05). <b>B</b>. Number of Major Burst Leaders (MBL, black line) and percentage of MBLs over the total number of active electrodes (blue line) as a function of time during development. The dotted blue line represents the percentage of MBLs estimated for uniform hippocampal cultures. Data are presented as mean ±SEM. (one-way ANOVA, p>0.05 for both the black and the blue profile). <b>C</b>. Network Burst Localization parameter (NBL – vertical axis, cf. Eq. 3), ...
Abstract Background We have collected a comprehensive set of multi-unit data on dissociated cortical...
(A) Assessment of burstiness in different celltypes (binless analysis). Left: Cumulative frequency d...
Living neural networks are capable of processing information much faster than a modern computer, des...
<p><b>A</b>. 10-s raster plots of spontaneous activity of a representative uniform network, recorded...
<p>Networks consisted of 10,000 (A and B) or 50,000 neurons (C) and were wired using the field-guide...
<p><b>A</b>. Propagation maps obtained from the analysis of MEA no. 14985, showing the pattern gener...
<p>mFr's (means ± SD) are displayed for the 4 model types (dashed lines), and for experimental data,...
Understanding the neural code of cultured neuronal networks may help to forward our understanding of...
Understanding the neural code of cultured neuronal networks may help to forward our understanding of...
Uniform and modular primary hippocampal cultures from embryonic rats were grown on commercially avai...
<p>(A) Network response (PSTH) for identical stimulation of 30 different subpopulations of 250 neuro...
Introduction In our group we are aiming to demonstrate learning and memory capabilities of cultured ...
Uniform and modular primary hippocampal cultures from embryonic rats were grown on commercially avai...
We introduce an approach for the quantitative assessment of the connectivity in neuronal cultures, b...
<p>Probability distributions of burst size and duration computed according to 3 different burst defi...
Abstract Background We have collected a comprehensive set of multi-unit data on dissociated cortical...
(A) Assessment of burstiness in different celltypes (binless analysis). Left: Cumulative frequency d...
Living neural networks are capable of processing information much faster than a modern computer, des...
<p><b>A</b>. 10-s raster plots of spontaneous activity of a representative uniform network, recorded...
<p>Networks consisted of 10,000 (A and B) or 50,000 neurons (C) and were wired using the field-guide...
<p><b>A</b>. Propagation maps obtained from the analysis of MEA no. 14985, showing the pattern gener...
<p>mFr's (means ± SD) are displayed for the 4 model types (dashed lines), and for experimental data,...
Understanding the neural code of cultured neuronal networks may help to forward our understanding of...
Understanding the neural code of cultured neuronal networks may help to forward our understanding of...
Uniform and modular primary hippocampal cultures from embryonic rats were grown on commercially avai...
<p>(A) Network response (PSTH) for identical stimulation of 30 different subpopulations of 250 neuro...
Introduction In our group we are aiming to demonstrate learning and memory capabilities of cultured ...
Uniform and modular primary hippocampal cultures from embryonic rats were grown on commercially avai...
We introduce an approach for the quantitative assessment of the connectivity in neuronal cultures, b...
<p>Probability distributions of burst size and duration computed according to 3 different burst defi...
Abstract Background We have collected a comprehensive set of multi-unit data on dissociated cortical...
(A) Assessment of burstiness in different celltypes (binless analysis). Left: Cumulative frequency d...
Living neural networks are capable of processing information much faster than a modern computer, des...