<p>Information about position plotted versus the number of CA3 units, from which it is decoded, with the mean number of fields in the input to each CA3 unit constant at the value . Different lines correspond to a different mean number of fields per DG input units, balanced by different mean number of input units per CA3 unit. Inset: analytical estimate of the information per CA3 unit, from numerically integrating Eq. 9.</p
Fig. S1. The number of TUNEL-positive cells in areas of DG (a), CA4 (b), and CA2 (c). The different ...
<p><b>A</b>: Firing of three typical CA3 cells across all stored patterns plotted over the environme...
<p>Observation point analysis of 2025 tiles showing the number of Actual DGB sites able to see each ...
<p>Left: Information plotted versus the number of CA3 units, different colors correspond to differen...
<p>Information plotted versus different values of connectivity between DG and CA3. Solid lines are a...
<p>The sparsity of CA3 layer vs. the threshold of CA3 units, from the numerical integration of Eq....
<p>The DG-CA3 system indicating examples of the fields attributed to DG units and of those resulting...
<p>Place field A) number; B) size; and C) spatial organization, D) proportion of active pixels.</p
<p>Slope parameter of the information curve as a function of the percentage of the DG input that CA...
<p>Comparison of the number of DGB sites (Actual, Random-1– Random-10) visible from 30-×-30-m grid c...
Ratio of detector readings for different detectors depending on the field size for 6 MV beams (top o...
A) Colony Forming Units per axis location, B) Colony Forming Units per each distance, C) Colony Form...
<p>The total numbers of circular and elliptical nanoposts employed in the simulation domain in diffe...
Ratio of detector readings for different detectors depending on the field size for 6 FFF MV beams (t...
<p>Descriptive statistics calculated for continuous variables within each experimental unit and the ...
Fig. S1. The number of TUNEL-positive cells in areas of DG (a), CA4 (b), and CA2 (c). The different ...
<p><b>A</b>: Firing of three typical CA3 cells across all stored patterns plotted over the environme...
<p>Observation point analysis of 2025 tiles showing the number of Actual DGB sites able to see each ...
<p>Left: Information plotted versus the number of CA3 units, different colors correspond to differen...
<p>Information plotted versus different values of connectivity between DG and CA3. Solid lines are a...
<p>The sparsity of CA3 layer vs. the threshold of CA3 units, from the numerical integration of Eq....
<p>The DG-CA3 system indicating examples of the fields attributed to DG units and of those resulting...
<p>Place field A) number; B) size; and C) spatial organization, D) proportion of active pixels.</p
<p>Slope parameter of the information curve as a function of the percentage of the DG input that CA...
<p>Comparison of the number of DGB sites (Actual, Random-1– Random-10) visible from 30-×-30-m grid c...
Ratio of detector readings for different detectors depending on the field size for 6 MV beams (top o...
A) Colony Forming Units per axis location, B) Colony Forming Units per each distance, C) Colony Form...
<p>The total numbers of circular and elliptical nanoposts employed in the simulation domain in diffe...
Ratio of detector readings for different detectors depending on the field size for 6 FFF MV beams (t...
<p>Descriptive statistics calculated for continuous variables within each experimental unit and the ...
Fig. S1. The number of TUNEL-positive cells in areas of DG (a), CA4 (b), and CA2 (c). The different ...
<p><b>A</b>: Firing of three typical CA3 cells across all stored patterns plotted over the environme...
<p>Observation point analysis of 2025 tiles showing the number of Actual DGB sites able to see each ...