Flab

Foust lab at @imperialcollege

[Flab @flab_lab]

We have demonstrated that it is possible to use the optimal excitation wavelength for the calcium indicator without activating or depolarising cells. Furthermore, we imaged neuronal activity from single cells in brain slices whilst optically stimulating up to 20 Hz. (3/3)

[Flab @flab_lab]

Congratulations @tweetyJeeves! Our newest paper is now online at @JPhysD - https://t.co/JqgWcNeZGo also featuring @tweeterquicke @carmelhowe @neuralengine @imperialcollege @CDTNeurotech (1/3)

[Flab @flab_lab]

Presenting the first all-optical, crosstalk-free activity readout using the calcium indicator CaSiR-1 in transgenic mouse brain slices expressing the opsin Chronos. (2/3)

[Katharina Wilmes @k47h4]

1/9 We hypothesise that inhibitory microcircuits play an instructive role in adjusting stimulus representations during learning from brief reward signals. Here's a link to the pre-print: https://t.co/sYaGOKzAHA

[Jake Rogers @nsneuro_jr]

@flab_lab and @neuralengine lab move is progressing nicely https://t.co/pYLyEPpnwA #imaging #optophysiology #engineering #bioengineering #neuroscience #optics @carmelhowe @tweeterquicke

[Flab @flab_lab]

Lab move in progress! #help