A.RInput from actual synapse locations measured by PSD-95-GFP puncta in adult born periglomerular neurons of the olfactory bulb [30] in comparison with RBP (left) and RTP (right) in the corresponding trees. Dendritic morphologies with synaptic puncta (green) are shown (modified from [15]). The results are shown for the actual dendritic reconstructions (black dots) and for MSTs grown using the synapse locations as target points (grey dots). B. RBP vs. RInput in the complete dataset from a previously published connectome of neighboring fly medulla columns [31] in green and RTP in red. Averages are shown as a larger black dot and histograms are collapsed onto each axis for the respective measures. C. Similar presentation as in B but for the fl...
How does the sensory environment shape circuit organization in higher brain centers? Here we have ad...
Dendrite morphology, a neuron's anatomical fingerprint, is a neuroscientist's asset in unveiling org...
<p>A. Representative spatial arrangements from a ‘no persistent’ (black) and a ‘persistent’ (red) tr...
<p>(<b>A</b>) (Left) MIP of an ON-S A-type RGC labeled by biolistic transfection of tdTomato and PSD...
Dendritic territories are determined by convolving a 10 μm diameter disk centered at every pixel of ...
Global dendritic and puncta densities for bistratified and P5 RGCs. ON arbors are shown in green. OF...
nature neurOSCIenCe advance online publication a r t I C l e S The olfactory system of Drosophila is...
A. Top row: 100 points (grey) distributed in a square (left, 2D) and cubic (right, 3D) area with dif...
<p>Biolistic transfection of individual ganglion cells in <i>Thy1-YFPγ2</i> retinas with a cell labe...
The fly visual system offers a unique opportunity to explore computations performed by single neuron...
<p>(A) The plot of the PSD95 puncta numbers as a function of distance from the soma for eight differ...
<p>A,B, The correlation between the number of synapses required for a global NMDA-spike generation i...
<p><strong>A.</strong> Schematic diagram of the simple connectivity of the <em>Drosophila</em> larva...
How does the sensory environment shape circuit organization in higher brain centers? Here we have ad...
A fascinating question in neuroscience is how ensembles of neurons, originating from different locat...
How does the sensory environment shape circuit organization in higher brain centers? Here we have ad...
Dendrite morphology, a neuron's anatomical fingerprint, is a neuroscientist's asset in unveiling org...
<p>A. Representative spatial arrangements from a ‘no persistent’ (black) and a ‘persistent’ (red) tr...
<p>(<b>A</b>) (Left) MIP of an ON-S A-type RGC labeled by biolistic transfection of tdTomato and PSD...
Dendritic territories are determined by convolving a 10 μm diameter disk centered at every pixel of ...
Global dendritic and puncta densities for bistratified and P5 RGCs. ON arbors are shown in green. OF...
nature neurOSCIenCe advance online publication a r t I C l e S The olfactory system of Drosophila is...
A. Top row: 100 points (grey) distributed in a square (left, 2D) and cubic (right, 3D) area with dif...
<p>Biolistic transfection of individual ganglion cells in <i>Thy1-YFPγ2</i> retinas with a cell labe...
The fly visual system offers a unique opportunity to explore computations performed by single neuron...
<p>(A) The plot of the PSD95 puncta numbers as a function of distance from the soma for eight differ...
<p>A,B, The correlation between the number of synapses required for a global NMDA-spike generation i...
<p><strong>A.</strong> Schematic diagram of the simple connectivity of the <em>Drosophila</em> larva...
How does the sensory environment shape circuit organization in higher brain centers? Here we have ad...
A fascinating question in neuroscience is how ensembles of neurons, originating from different locat...
How does the sensory environment shape circuit organization in higher brain centers? Here we have ad...
Dendrite morphology, a neuron's anatomical fingerprint, is a neuroscientist's asset in unveiling org...
<p>A. Representative spatial arrangements from a ‘no persistent’ (black) and a ‘persistent’ (red) tr...