OptogeniX

OptogeniX provides new devices for optical and electrical neuronal interfacing with revolutionary versatility and minimized invasiveness.

[DEEPER_project @ProjectDeeper]

.@marcopis_ from @OptogeniX introduced the hardware/software interface they developed in the framework of workpackage 5 "Electronic and optoelectronic drivers" of @ProjectDeeper #Neurophotonics @PhotonicsEU @Photonics21 @APuigCentelles

[OptogeniX @OptogeniX]

Interested in depth-resolved #Optogenetics and #FiberPhotometry with #taperedfibers? Have a look at OptogeniX new Galvostation https://t.co/VbG7Nlkg3D and book your demo trial period! https://t.co/QrJYOv7q1K

[Cinzia Montinaro @MontinaroCinzia]

Optogenix at #FENS2022! @OptogeniX @marcopis_

[OptogeniX @OptogeniX]

If you are attending #FENS2022 meeting in Paris, we'll be glad to show you the new entry in our product line-up: the GalvoStation.

[OptogeniX @OptogeniX]

@Ferruccio_PhC @blsabatini @snpc_404 @KordingLab @Kelson_SS @mdv_67 Tapers actually allows doing many more things with depth resolution, including functional fluorescence detection! Checkout more at https://t.co/k2iQIEcrq0

[Ferruccio_PhC @Ferruccio_PhC]

And therefore far-field imaging can be used to differentiate between the two!

[Ferruccio_PhC @Ferruccio_PhC]

Interestingly autofluorescence and functional fluorescence couple differently to guided modes in the tapered fibers, probably because of the different refractive index of the medium where they are generated (the silica in one case, the brain in the other)

[OptogeniX @OptogeniX]

Tapered fibers used to measure lifetime from tissue in this work, also with depth resolution!
Contact us to learn more about our line of products to combined advanced optical techniques and minimal invasiveness for #optogenetics and #fiberphotometry https://t.co/LwYc1ok5FV

[Ferruccio_PhC @Ferruccio_PhC]

Our study on the potential of tapered fibers for depth-resolved fluorescence lifetime photometry is online! Useful data also on autofluoresce of both flat and #taperedfibers. In collaboration with @blsabatini and @mdv_67 !

https://t.co/5R575j0FWa

#optogenetics #fiberphotometry

[Filippo Pisano @oppilif_pis]

Hot off the press: a comparative study of autofluorescence in flat and tapered optical fibers for photometry in brain tissue! Congrats Marco Bianco and all authors #OSA_BOEx #neurotapers #photometry #neuroscience https://t.co/npulJhEi5K

[OptogeniX @OptogeniX]

We are proud to be part of @ProjectDeeper , and support novel tech based on #taperedfibers and other systems for optical neural interfaces!

[DEEPER_project @ProjectDeeper]

Today @ProjectDeeper was on Italian TV broadcast @RaiTre @TgrRaiPuglia . @mdv_67 @Ferruccio_PhC and @oppilif_pis
from @IITalk CBN in Lecce: new lights on the brain.
https://t.co/K3adKrwyBR

[DEEPER_project @ProjectDeeper]

Today @ProjectDeeper was on Italian TV broadcast @RaiTre @TgrRaiPuglia . @mdv_67 @Ferruccio_PhC and @oppilif_pis
from @IITalk CBN in Lecce: new lights on the brain.
https://t.co/K3adKrwyBR

[Valeria delle Cave @valeria_dcav]

What can neuroscientists do by making light interact with the brain? First, understanding neurological diseases. This is only one of the main goals of the new @ProjectDeeper funded by #EuropeanUnion #horizon2020 - Here we are at the kick-off meeting! ✨🎺 Follow us!

[Filippo Pisano @oppilif_pis]

We propose a novel experimental method towards depth-resolved in vivo Raman spectroscopy in deep brain regions using a single hair-thin tapered optical fiber. #POM21ja #POM21bio #Neurotapers @PhotonicsMeetup @IITalk @eu_nanobright @Ferruccio_PhC @LMPrida @valientelab @mdv_67

[OptogeniX @OptogeniX]

Happy Holidays and warm wishes for 2021 from the team at OptogeniX!

[Ferruccio_PhC @Ferruccio_PhC]

Would you like to contribute to a new generation of optical neural interfaces? Two post-doc positions available at the Center for Biomolecular Nanotechnologies of the IIT in #LECCE! @IITalk #neuroscience #optogenetics #brain

https://t.co/E8aEdwrgRz

https://t.co/aMNyvci9Q0

[Ferruccio_PhC @Ferruccio_PhC]

Would you like to join our lab? We are looking for post-docs with #neuroscience , #physics or #engineering backgrounds! Check the details in the calls below!

https://t.co/E8aEdwrgRz

https://t.co/aMNyvci9Q0

[OptogeniX @OptogeniX]

Amazing work from @_JaeeonLee_ and @blsabatini , exploiting our tapered fibers in the striatum!

A great example of how #taperedfibers can help answering several questions in the neuroscience word!

#neuroscience #optogenetics #brain

https://t.co/ctIR0c9ZHN

[Bernardo Sabatini @blsabatini]

1/n Very proud of this work led by @_JaeeonLee_
https://t.co/YcSeVh2XnQ
It takes a modern bend on analysis of parallel loops through the basal ganglia (building on such classic work by Peter Strick and others) to show separate action linked channels through multiple BG nuclei

[Bernardo Sabatini @blsabatini]

3/n Then exploiting my favorite technology (tapered fibers @OptogeniX ) he can compare in a single animal the effect of stimulating these separate pathways. The link between anatomy and functional effect is clear.

[OptogeniX @OptogeniX]

Wide-volume or site-selective optogenetics with simultaneous electrophysiology?! Now possible with our LambdaTrodes! Check them at https://t.co/icds3tGf1g #optogenetics #neurosciece #fibertrode