Understanding of the cellular mechanisms underlying brain functions such as cognition and
emotions requires monitoring of membrane voltage at the cellular, circuit, and system levels …

ANNINE-6 and ANNINE-6plus are voltage-sensitive dyes that when combined with two-
photon microscopy are ideal for recording of neuronal voltages in vivo, in both bulk loaded …

Spatiotemporal maps of dendritic signalling and their relationship with somatic output is
fundamental to neuronal information processing, yet remain unexplored in awake animals …

Intraflagellar transport (IFT) underpins many of the important cellular roles of cilia and
flagella in signaling and motility [1–4]. The microtubule motors kinesin-2 and cytoplasmic …

The ability to monitor changes in membrane potential is a useful tool for studying neuronal
function, but there are only limited options available at present. Here, we have investigated …

Voltage imaging is the next generation of functional imaging in neuroscience. It promises to
resolve neuronal activity 10 to 100-times faster than calcium imaging and to report not only …

Voltage imaging is a tried and tested tool for revealing changes in neuronal membrane
voltage at high temporal and spatial resolution in vitro and in vivo. However, single-photon …

Genetically encoded voltage indicators (GEVIs) are protein-based optical sensors that allow
for measurements from genetically defined populations of neurons. Although in vivo imaging …

Background Knowledge about the distribution, strength, and direction of synaptic
connections within neuronal networks are crucial for understanding brain function …

To understand the working principles of the nervous system is key to figure out its electrical
activity and how this activity spreads along the neuronal network. It is therefore crucial to …