<p>Simulations of membrane potential (blue curves) and habituative transmitter (red curves) traces in response to constant current injections of different amplitudes for a ventral category cell and for a dorsal category cell , which are shown in the left and right columns, respectively. The three rows provide results for different current amplitudes: (A) and (B) for ; (C) and (D) for ; and (E) and (F) for . The inset in each panel zooms in on the noisy membrane potential fluctuation between 25 s and 27 s to highlight its relative frequency content.</p
<p>The main goal of this dissertation was to study the bifurcation structure underlying families of ...
<p><b>A.</b> Current clamp recording of spontaneous membrane potential (V<sub>m</sub>) oscillations ...
<p>(A) Homogeneous network. Example profiles for two neurons with identical kernels. Vertical line r...
<p>A: At equivalent membrane potentials, the subthreshold membrane oscillations of NVmes cells expos...
Oscillatory interference models propose a mechanism by which the spatial firing pattern of grid cell...
<p>Representative results are shown for a learned theta-modulated place cell (a–c), a learned theta-...
<p><i>A) A synthetic view of the membrane potential slow oscillations and respiration-related discha...
<p>A) Intracellular recordings of 1) a cell with a positive oscillation (MPSO+), 2) a cell with a ne...
<p>Left: (Top) Raster plot of randomly chosen neurons (out of a total of neurons in the simulation...
Conductance-based models of neural activity produce large amounts of data that can be hard to visual...
During navigation, grid cells increase their spike rates in firing fields arranged on a strikingly r...
We investigated the influence of active membrane properties on the precision by which the stimulus v...
<p>The modified Nernst equation presented in the methods was used to simulate membrane potentials. T...
<p>(A) membrane potential (Vm) recording (without DC current injection), with spontaneous action pot...
The passive membrane properties of the tangential cells in the fly lobula plate (CH, HS, and VS cell...
<p>The main goal of this dissertation was to study the bifurcation structure underlying families of ...
<p><b>A.</b> Current clamp recording of spontaneous membrane potential (V<sub>m</sub>) oscillations ...
<p>(A) Homogeneous network. Example profiles for two neurons with identical kernels. Vertical line r...
<p>A: At equivalent membrane potentials, the subthreshold membrane oscillations of NVmes cells expos...
Oscillatory interference models propose a mechanism by which the spatial firing pattern of grid cell...
<p>Representative results are shown for a learned theta-modulated place cell (a–c), a learned theta-...
<p><i>A) A synthetic view of the membrane potential slow oscillations and respiration-related discha...
<p>A) Intracellular recordings of 1) a cell with a positive oscillation (MPSO+), 2) a cell with a ne...
<p>Left: (Top) Raster plot of randomly chosen neurons (out of a total of neurons in the simulation...
Conductance-based models of neural activity produce large amounts of data that can be hard to visual...
During navigation, grid cells increase their spike rates in firing fields arranged on a strikingly r...
We investigated the influence of active membrane properties on the precision by which the stimulus v...
<p>The modified Nernst equation presented in the methods was used to simulate membrane potentials. T...
<p>(A) membrane potential (Vm) recording (without DC current injection), with spontaneous action pot...
The passive membrane properties of the tangential cells in the fly lobula plate (CH, HS, and VS cell...
<p>The main goal of this dissertation was to study the bifurcation structure underlying families of ...
<p><b>A.</b> Current clamp recording of spontaneous membrane potential (V<sub>m</sub>) oscillations ...
<p>(A) Homogeneous network. Example profiles for two neurons with identical kernels. Vertical line r...