International audienceThe ability to monitor Ca(2+) signals and membrane potential simultaneously at multiple locations on the same neuron facilitates further progress in our understanding of neuronal function. In particular, this method allows correlation of electrical and chemical signals from multiple sites, including those inaccessible to microelectrodes. This protocol describes a procedure for loading cells with two indicators, a Ca(2+)-sensitive Fura dye and voltage-sensitive JPW1114, together with the equipment required for detecting and imaging the two signals. Potential problems are discussed as well as the capabilities and limitations of the technique
International audienceCombining voltage and Ca(2+) imaging allows the correlation of electrical and ...
International audienceThe present understanding of Ca2+ channel function is derived from the use of ...
Voltage imaging using fluorescent voltage-sensitive dyes can be combined with other optical measurem...
International audienceThe ability to monitor Ca(2+) signals and membrane potential simultaneously at...
International audienceThe ability to monitor Ca(2+) signals and membrane potential simultaneously at...
International audienceThe ability to monitor Ca(2+) signals and membrane potential simultaneously at...
International audienceThe combination of fluorescence measurements of membrane potential and intrace...
In the last decades, imaging membrane potential has become a fruitful approach to study neural circu...
In the last decades, imaging membrane potential has become a fruitful approach to study neural circu...
International audienceThe ability to monitor membrane potential (V(m)) and calcium (Ca(2+)) transien...
International audienceThe ability to monitor membrane potential (V(m)) and calcium (Ca(2+)) transien...
International audienceThe ability to monitor membrane potential (V(m)) and calcium (Ca(2+)) transien...
International audienceCombining voltage and Ca(2+) imaging allows the correlation of electrical and ...
International audienceCombining voltage and Ca(2+) imaging allows the correlation of electrical and ...
International audienceCombining voltage and Ca(2+) imaging allows the correlation of electrical and ...
International audienceCombining voltage and Ca(2+) imaging allows the correlation of electrical and ...
International audienceThe present understanding of Ca2+ channel function is derived from the use of ...
Voltage imaging using fluorescent voltage-sensitive dyes can be combined with other optical measurem...
International audienceThe ability to monitor Ca(2+) signals and membrane potential simultaneously at...
International audienceThe ability to monitor Ca(2+) signals and membrane potential simultaneously at...
International audienceThe ability to monitor Ca(2+) signals and membrane potential simultaneously at...
International audienceThe combination of fluorescence measurements of membrane potential and intrace...
In the last decades, imaging membrane potential has become a fruitful approach to study neural circu...
In the last decades, imaging membrane potential has become a fruitful approach to study neural circu...
International audienceThe ability to monitor membrane potential (V(m)) and calcium (Ca(2+)) transien...
International audienceThe ability to monitor membrane potential (V(m)) and calcium (Ca(2+)) transien...
International audienceThe ability to monitor membrane potential (V(m)) and calcium (Ca(2+)) transien...
International audienceCombining voltage and Ca(2+) imaging allows the correlation of electrical and ...
International audienceCombining voltage and Ca(2+) imaging allows the correlation of electrical and ...
International audienceCombining voltage and Ca(2+) imaging allows the correlation of electrical and ...
International audienceCombining voltage and Ca(2+) imaging allows the correlation of electrical and ...
International audienceThe present understanding of Ca2+ channel function is derived from the use of ...
Voltage imaging using fluorescent voltage-sensitive dyes can be combined with other optical measurem...