Slutzky Lab

Neuroprosthetics Lab - Brain machine interfaces & myoelectric interfaces for neurorehabilitation.

[Slutzky Lab @SlutzkyLab]

Thrilled and grateful to share our paper out today in @Nature
(https://t.co/T5LadXqCTq). We used a brain machine interface (brain computer interface, #BCI) to causally test the origin of the high-gamma band of local field potentials #LFP. See explanation by @TH_Alec_Lei below

[Tianhao Lei @TH_Alec_Lei]

🎉 Excited to share our new paper in Nature: “Active Dissociation of Intracortical Spiking and High Gamma Activity.” 🧠

Huge thanks to my advisors first: @SlutzkyLab @joshuaiglaser

Paper link: https://t.co/awTJn2uLTf
Here are some digests that walk you through the results 👇🏼

[Slutzky Lab @SlutzkyLab]

We're hiring for a new project! If you are excited to work at the forefront of brain-computer interfaces, we would love to hear from you! #BCI https://t.co/GZaBWtD2Wx @joshuaiglaser

[Slutzky Lab @SlutzkyLab]

@BciSociety

[Slutzky Lab @SlutzkyLab]

Our paper is now in print in @Nature . If you're interested in local field potentials, especially #high-gamma activity, and/or #spikes, check it out! TL;DR: High gamma is not mainly filtered spikes, but mainly summed nearby PSPs.
https://t.co/7r4UGzMclb

[Slutzky Lab @SlutzkyLab]

Our paper is now in print in @Nature . If you're interested in local field potentials, especially #high-gamma activity, and/or #spikes, check it out! TL;DR: High gamma is not mainly filtered spikes, but mainly summed nearby PSPs.
https://t.co/7r4UGzMclb

[Slutzky Lab @SlutzkyLab]

News coverage of our MINT RCT:
https://t.co/sCxnScnHpq

https://t.co/L6hTeTOT0W

[Slutzky Lab @SlutzkyLab]

(3/n) Grateful for the many lab members and collaborators who made this work (esp Abed Khorasani, Cynthia Gorski, Prashanth Prakash, Nathan Hung, Vivek Paul, Goran Tomic, Richard Harvey, and Jinsook Roh) and our participants.
Also thanks #NIH #NINDS for supporting this research.

[Slutzky Lab @SlutzkyLab]

Excited that our RCT on myoelectric interface for #neurorehabilitation (MINT) conditioning is published in Neurorehab & Neural Repair!
In 59 chronic stroke survivors, #MINT improved arm movement more than control and by a clinically sig amt.
https://t.co/c2YkbFp7iv

(1/n)

[Slutzky Lab @SlutzkyLab]

(2/n) Participants kept improving 1 mo later. They performed 315 reps/day, >10x a typical therapy session. It's incredibly fulfilling to hear feedback from participants who experienced improved arm movement from the intervention.

[Slutzky Lab @SlutzkyLab]

@BciSociety members- don't forget to vote by Monday for your board members.

[BCI Society @BciSociety]

Board elections are more than a formality—they shape our community’s future.
BCI Society voting is now open.
Make your voice count.
#BCI #Neuroscience
https://t.co/bSQRYGBgdP

[Slutzky Lab @SlutzkyLab]

@BciSociety members- don't forget to vote by Monday for your board members. #BCI

[BCI Society @BciSociety]

Board elections are more than a formality—they shape our community’s future.
BCI Society voting is now open.
Make your voice count.
#BCI #Neuroscience
https://t.co/bSQRYGBgdP

[Slutzky Lab @SlutzkyLab]

Also finally out: Research Briefing in Nature Magazine
https://t.co/FkcaCYGZao
describing our research article (@TH_Alec_Lei) a broader audience. Also describes the "story behind the paper".
https://t.co/MPnAdcyIUH
@NMNeurology

[Slutzky Lab @SlutzkyLab]

Thrilled and grateful to share our paper out today in @Nature
(https://t.co/T5LadXqCTq). We used a brain machine interface (brain computer interface, #BCI) to causally test the origin of the high-gamma band of local field potentials #LFP. See explanation by @TH_Alec_Lei below

[ChangLabUCSF @ChangLabUcsf]

New work from our lab showing the human frontal lobe receives fast, low-level speech information in parallel with early speech areas!

https://t.co/GX329SQECB

[Slutzky Lab @SlutzkyLab]

@RodBraga @rementurus Congrats @RodBraga !

[Slutzky Lab @SlutzkyLab]

Thrilled and grateful to share our paper out today in @Nature
(https://t.co/T5LadXqCTq). We used a brain machine interface (brain computer interface, #BCI) to causally test the origin of the high-gamma band of local field potentials #LFP. See explanation by @TH_Alec_Lei below

[Jay Van Bavel, PhD @jayvanbavel]

NEWS: Massive budget cuts for US science proposed again by Trump administration

"It's an extinction-level event for science".

The US government is proposing massive cuts to almost every branch of science, from NASA to the National Institutes of Health. NSF would completely eliminate the social, economic and behavioral sciences directorate.

This would decimate the world's leading scientific system.
https://t.co/QtRa7L7Vo4

[Slutzky Lab @SlutzkyLab]

@koweiss @Nature @TH_Alec_Lei thanks @koweiss

[Slutzky Lab @SlutzkyLab]

Thrilled and grateful to share our paper out today in @Nature
(https://t.co/T5LadXqCTq). We used a brain machine interface (brain computer interface, #BCI) to causally test the origin of the high-gamma band of local field potentials #LFP. See explanation by @TH_Alec_Lei below

[Tianhao Lei @TH_Alec_Lei]

🎉 Excited to share our new paper in Nature: “Active Dissociation of Intracortical Spiking and High Gamma Activity.” 🧠

Huge thanks to my advisors first: @SlutzkyLab @joshuaiglaser

Paper link: https://t.co/awTJn2uLTf
Here are some digests that walk you through the results 👇🏼

[Slutzky Lab @SlutzkyLab]

@SergeyStavisky Thanks @SergeyStavisky. Look fwd to discussing next month!

[Slutzky Lab @SlutzkyLab]

@adeenflinker @Nature @TH_Alec_Lei thanks @adeenflinker

[Slutzky Lab @SlutzkyLab]

@Neuroscience_NU @NMNeurology

[Slutzky Lab @SlutzkyLab]

Thrilled and grateful to share our paper out today in @Nature
(https://t.co/T5LadXqCTq). We used a brain machine interface (brain computer interface, #BCI) to causally test the origin of the high-gamma band of local field potentials #LFP. See explanation by @TH_Alec_Lei below