We introduce a novel all-optical assay for functional studies of biological neural networks in vitro. We created a novel optogenetics construct named OptoCaMP which is a combination of a channelrhodopsin variant (CheRiff) and a red genetically encoded calcium indicator (jRCamp1b). It enables simultaneous optical stimulation and recording from large population of neurons with single-cell readout. We also developed a spatio-temporal all-optical assay to simultaneously stimulate a sub-section of a neural network and record evoked calcium activity, in both stimulated and non-stimulated neurons, thus allowing the investigation of the spread of excitation through an interconnected network. Finally, we demonstrate the sensitivity of this assay to ...
<p>The ability to precisely monitor and manipulate neural circuits is essential to understand the br...
The causal analysis of neuronal network function requires a selective manipulation of genetically de...
Our ability to investigate the brain is limited by available technologies that can record biological...
We introduce a novel all-optical assay for functional studies of biological neural networks in vitro...
<p>We introduce a novel all-optical assay for functional studies of biological neural networks in vi...
<p>We introduce a novel all-optical assay for functional studies of biological neural networks in vi...
Accurate visualization of structures and events at subcellular level is one of the major challenges ...
In this paper we report the combination of microfluidics, optogenetics and calcium imaging as a chea...
All-optical electrophysiology—spatially resolved simultaneous optical perturbation and measurement o...
The development of optogenetics and calcium imaging have enabled light-activated manipulation and mo...
The advent of optogenetics and genetically-encoded photosensors has provided neuroscience researcher...
Optical imaging approaches have revolutionized our ability to monitor neural network dynamics, but b...
As life span increases, neurodegenerative diseases such as dementia, Parkinson’s disease, Huntingt...
Optical imaging approaches have revolutionized our ability to monitor neural network dynamics, but b...
To study the impact of neural activity on cellular physiology, one would like to combine precise con...
<p>The ability to precisely monitor and manipulate neural circuits is essential to understand the br...
The causal analysis of neuronal network function requires a selective manipulation of genetically de...
Our ability to investigate the brain is limited by available technologies that can record biological...
We introduce a novel all-optical assay for functional studies of biological neural networks in vitro...
<p>We introduce a novel all-optical assay for functional studies of biological neural networks in vi...
<p>We introduce a novel all-optical assay for functional studies of biological neural networks in vi...
Accurate visualization of structures and events at subcellular level is one of the major challenges ...
In this paper we report the combination of microfluidics, optogenetics and calcium imaging as a chea...
All-optical electrophysiology—spatially resolved simultaneous optical perturbation and measurement o...
The development of optogenetics and calcium imaging have enabled light-activated manipulation and mo...
The advent of optogenetics and genetically-encoded photosensors has provided neuroscience researcher...
Optical imaging approaches have revolutionized our ability to monitor neural network dynamics, but b...
As life span increases, neurodegenerative diseases such as dementia, Parkinson’s disease, Huntingt...
Optical imaging approaches have revolutionized our ability to monitor neural network dynamics, but b...
To study the impact of neural activity on cellular physiology, one would like to combine precise con...
<p>The ability to precisely monitor and manipulate neural circuits is essential to understand the br...
The causal analysis of neuronal network function requires a selective manipulation of genetically de...
Our ability to investigate the brain is limited by available technologies that can record biological...