Resultados de investigación

(A) Input current responses in various drift directions normalized to the input current responses to horizontal drift (0° direction). (B) Distribution of preferred visual flow frequency of dVf (turquoise) and hVf (orange) neurons, and horizontal drift vertical gratings., Peer reviewed

Top: Raster plot of the spike response of LGN units to full-field flash. Bottom: Laminar raster plot of the spike response of V1 neurons to full-field flash. The colors of the spikes represent the different populations of neurons, following the same palette as in Fig 1. Vertical dashed lines indicate the period of full-field flash., Peer reviewed

Mean values for the different PSC sources during the static gratings (baseline) and drifting gratings (visual flow) periods. In some populations, a classification of the belonging neuron’s response to the drifting gratings was made (see Methods for details). The SEM on the sample population and realizations is taken as the error. The total current considers the contributions of the recurrent, bottom-up, ASC and BKG currents., Peer reviewed

Connections with other V1 neurons (recurrent), thalamus (LGN), and noisy background sources (BKG) are considered. The SEM for each variable is taken as the error., Peer reviewed

Weighted in/out-degrees, i.e. the number of incoming/outgoing connections multiplied by the synaptic weight, with other V1 neurons (recurrent), thalamus (LGN), and noisy background sources (BKG) are considered. The SEM for each variable is taken as the error., Peer reviewed

The table presents the statistical significance testing results, providing insights into the microcircuitry differences between dVf and hVf neurons. Welch’s t-test were performed, with the low p-values attributed to the large number of neurons within both dVf and hVf classes., Peer reviewed

The table presents the statistical significance testing results, providing insights into the microcircuitry differences between dVf and hVf neurons. Welch’s t-test were performed, with the low p-values attributed to the large number of neurons within both dVf and hVf classes., Peer reviewed

Peer reviewed

Peer reviewed

Peer reviewed