Add to ORKGFluorescence transients from marked neurons at 120 um and 250 um shown in Fig. 8
Networks of neurons are inherently three-dimensional in nature, whereas conventional imaging methods...
Genetically encoded fluorescence voltage sensors offer the possibility of directly visualizing neura...
Two-photon laser-scanning microscopy has revolutionized our view on vital processes by revealing mot...
<p><i>(a)</i>, <i>(b)</i> and <i>(c)</i> show widefield two-photon excited fluorescence intensities ...
Fluorescence acquisition and image display over a high dynamic range is highly desirable. However, t...
In recent years, optical sensors for tracking neural activity have been developed and offer great ut...
Networks of neurons are inherently three-dimensional in nature, whereas conventional imaging methods...
<p>(<b>A</b>) FMP fluorescence in hippocampal neurons. The image shows the basal FMP fluorescence (5...
AbstractIn recent years, optical sensors for tracking neural activity have been developed and offer ...
<p>(A, top) Cultured striatal neurons were stained with the anti-GAD65 and anti-DARPP-32 antibodies....
<p>(<i>a</i>) Single-photon and two-photon excited widefield images of live neuronal cells loaded wi...
A source localized (top) and non-source localized (bottom) image of a GFP-expressing neuron's apical...
Raw Data of Neural activities by MFIAS in Fig. 3(a)-(e) in the paper of Multifocal fluorescence vide...
<p><b>A</b>. Temporal sequence of images focused on the neuronal equator showing the slow developmen...
International audienceVoltage-sensitive fluorescence indicators enable tracking neuronal electrical ...
Networks of neurons are inherently three-dimensional in nature, whereas conventional imaging methods...
Genetically encoded fluorescence voltage sensors offer the possibility of directly visualizing neura...
Two-photon laser-scanning microscopy has revolutionized our view on vital processes by revealing mot...
<p><i>(a)</i>, <i>(b)</i> and <i>(c)</i> show widefield two-photon excited fluorescence intensities ...
Fluorescence acquisition and image display over a high dynamic range is highly desirable. However, t...
In recent years, optical sensors for tracking neural activity have been developed and offer great ut...
Networks of neurons are inherently three-dimensional in nature, whereas conventional imaging methods...
<p>(<b>A</b>) FMP fluorescence in hippocampal neurons. The image shows the basal FMP fluorescence (5...
AbstractIn recent years, optical sensors for tracking neural activity have been developed and offer ...
<p>(A, top) Cultured striatal neurons were stained with the anti-GAD65 and anti-DARPP-32 antibodies....
<p>(<i>a</i>) Single-photon and two-photon excited widefield images of live neuronal cells loaded wi...
A source localized (top) and non-source localized (bottom) image of a GFP-expressing neuron's apical...
Raw Data of Neural activities by MFIAS in Fig. 3(a)-(e) in the paper of Multifocal fluorescence vide...
<p><b>A</b>. Temporal sequence of images focused on the neuronal equator showing the slow developmen...
International audienceVoltage-sensitive fluorescence indicators enable tracking neuronal electrical ...
Networks of neurons are inherently three-dimensional in nature, whereas conventional imaging methods...
Genetically encoded fluorescence voltage sensors offer the possibility of directly visualizing neura...
Two-photon laser-scanning microscopy has revolutionized our view on vital processes by revealing mot...