Neural activity in the leech studied by a new voltage sensitive dye - Moshtagh Khorasani, Majid
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By using the newly developed voltage sensitive dye VF2.1.Cl invented by Miller and colleagues, I monitored simultaneously the spontaneous electrical activity of approximately 80 neurons in a leech ganglion, representing around 20% of the entire neuronal population. I was able to obtain long optical recordings for several minutes. I studied, also, the evoked response of nervous system by stimulating mechanosensory neurons. This work paves the way for further studies of multicellular networks using the new voltage sensitive dye.

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Produktbeschreibung
By using the newly developed voltage sensitive dye VF2.1.Cl invented by Miller and colleagues, I monitored simultaneously the spontaneous electrical activity of approximately 80 neurons in a leech ganglion, representing around 20% of the entire neuronal population. I was able to obtain long optical recordings for several minutes. I studied, also, the evoked response of nervous system by stimulating mechanosensory neurons. This work paves the way for further studies of multicellular networks using the new voltage sensitive dye.
Autorenporträt
After I finished Master degree in Biomedical engineering with my project in artificial intelligence I decided to get my PhD in an experimental field of study.This book is the result of my PhD project in which I devised a technique for improving the imaging with voltage sensitive dyes to monitor the electrical activity of the population of neurons.