Thrilled to share our new Adesnik lab paper! Using holography in excitatory & inhibitory neurons, we reveal how a single cortical circuit can both complete and cancel predictable sensory activity, sharpening representations 📄 https://t.co/x2wZ6hL86O 🧵

Extraordinary work bringing all-optical, cellular resolution experiments to the MESOSCOPIC level! Now you can probe the neural code across brain regions! Spectacular work by @LamiaeAdm ,@shinehyeyoung and @neurosophy with @AdesnikHillel developing this truly enabling technology

Happy to see our new @AdesnikHillel paper out in Neuron! Which opsin should you use for your experiments and why? Hope you can find some answers in this neuro-resource! congrats to all the authors! @savithasridhar @ukiitm https://t.co/dROTEEi2DY

Felicitaciones Congratulation 🎉🎉🎉@MoraOgando1 @amarinburgin and the whole team on their new paper: Cholinergic modulation of dentate gyrus processing through dynamic reconfiguration of inhibitory circuits

Our new pre-print is out! New strong and fast opsins for more powerful experiments to address the neural code! It was a pleasure to work with the amazing Adesnik team even in pandemic times! Special congrats to our opsin alchemist Savitha Sridharan who generated this new tools :)

Cholinergic modulation of dentate gyrus processing through dynamic reconfiguration of inhibitory circuits https://t.co/Lx5jZntQ5P #bioRxiv

Cholinergic modulation of dentate gyrus processing through dynamic reconfiguration of inhibitory circuits https://t.co/sb1BtxQMVz #biorxiv_neursci