Céline Dürst

Postdoc at Department of Basic Neurosciences - University Medical Center. Holtmaat lab.

[Sami El-Boustani @elboustanilab]

If you can see it, you can feel it!
Thrilled to share our new @NatureComms paper on how mice generalize spatial rules between vision & touch, led by brilliant co-first authors @giulio_matt & @GtnMaelle.
More details in this thread 🧵 (1/7)
https://t.co/CvmDQqokiF

[Nature Methods @naturemethods]

PdCO is a switchable optogenetic tool for inhibiting synaptic transmission in neuronal terminals in vivo, as demonstrated in a variety of contexts mainly in the mouse.
@OferYizhar @JWietek @WeizmannScience

https://t.co/Txr3PEUJKS

[Céline Dürst @CelineDurst]

@ChrisGee4ce Thanks Chris!

[Céline Dürst @CelineDurst]

📢Job alert! I am starting my own research subgroup thanks to @snsf_ch #Ambizione at the Department of Basic Neurosciences of the University of Geneva @NeuroGeneva. PhD position available, co-supervised by myself and Prof. Anthony Holtmaat. See the add below and share. Thanks!

[Kaspar Podgorski @PodgorskiLab]

Our group is looking for a Research Associate interested in helping test new fluorescent indicators in vivo. Fun team. Relocation support to Seattle. Know anyone? https://t.co/uGlnwERPm4

[J. Simon Wiegert @SimWieg]

9 years ago, when I was a postdoc in @OertnerLab iGluSnFR was published. We ordered it immediately from @Addgene for @CelineDurst's PhD project where she investigated quantal synaptic events at single synapses. Almost a decade later, you can read about it https://t.co/wOS0YhqJZM

[J. Simon Wiegert @SimWieg]

If you want to learn about eOPN3, a novel optogenetic silencer for synaptic terminals, developed with @OferYizhar and @M__Mahn stay tuned-in for the presentation by @mauropulin. He will give detailed insights into the dynamics of silencing hippocampal synapses with eOPN3

[Ofer Yizhar @OferYizhar]

We have spent years trying to figure out optogenetic silencing of long-range neural projections. This preprint is the result of many years of work by many people, and I think we can finally say we have a good solution. Available very soon on @Addgene:

https://t.co/BMTQxl4Hcb

[Kaspar Podgorski @PodgorskiLab]

For the past 5 years @HHMIJanelia, my lab has worked on tools to image synaptic activity. 2021 might be the year it really comes together. Announcement 1: Our improved iGluSnFRs are great! These are minis /w TTX. Very proud of @abhi_aggarwal and team. We're sharing reagents!

[Addgene @Addgene]

New plasmids from Katalin Torok: Ultrafast glutamate sensors resolve high-frequency release at Schaffer collateral synapses. https://t.co/Gf1RAL1DkM

[Alberto Perez-Alvarez @AlbertoNeuro]

What is the endoplasmic reticulum (ER) doing in dendritic spines? It prevents runaway potentiation of excitatory synapses! Read about it in my last paper @OertnerLab.
Here 👇https://t.co/ZCOrB5GCMf Below: ER=green; cytosol=magenta (1/10)

[J. Simon Wiegert @SimWieg]

Are you looking for a potent optogenetic tool to both silence and activate a defined population of neurons in the same experiment? Then, BiPOLES, a Bidirectional Pair of Opsins for Light-induced Excitation and Silencing might be interesting for you. https://t.co/oanfa6utrv (1/11)

[Oana Constantin @OanaConstanti]

I am very excited to present my research at #FENS2020. If you are interested in cyclic nucleotide signaling in the hippocampus and modulatory optogenetic tools, check out my #FENS2020poster 👇Monday AM and Tuesday PM
@FENSorg @OertnerLab

[Alberto Perez-Alvarez @AlbertoNeuro]

Do you want to image activity at thousands of synapses and neurons simultaneously? SynTagMA's got your back. Shine violet light on it to get a frozen footprint of (sub)cellular activity across the live brain. Check it out! #SynTagMA #FENS2020 #FENS2020poster @OertnerLab @SimWieg

[J. Simon Wiegert @SimWieg]

Several variants of BiPOLES will be available on @Addgene soon. If you are interested in more detail, a preprint with all the data will come out in the next days. Stay tuned.

[Paul J. Lamothe-Molina @neuronblaze]

Are you interested in how dentate gyrus cFos ensembles are affected by time and space? Check out our #FENS2020poster @OertnerLab where we tagged, silenced and mapped cFos ensembles at different stages of the Morris water maze. #invivooptogenetics #engram

[Céline Dürst @CelineDurst]

@abhi_aggarwal1 @PodgorskiLab @HHMIJanelia I would be very interested to test your new sensor. I just sent you an e-mail.

[Addgene @Addgene]

#Glutamate dynamics may go undetected by some glutamate sensors. The Torok lab developed an ultrafast genetically encoded glutamate sensor, iGluu, which can image glutamate clearance & synaptic depression during 100-Hz spike trains. Find iGluu at Addgene! https://t.co/VK8jO0flqY

[J. Simon Wiegert @SimWieg]

Interested in imaging glutamate directly at single synapses in hippocampal slices with high spatio-temporal precision? Here is how: https://t.co/YIzq4PYGda
@CelineDurst, @OertnerLab