The Schall Lab

Lab Schall studies the neurophysiological, neuroanatomical, electrophysiological, and computational mechanisms that guide, control, and monitor behavior.

[Amirsaman Sajad @AmirsamanSajad]

Excited to share our new paper w/ @stevenerrington (co1st author) & @LabSchall, showing laminar organization of #medialfrontalcortex #executivecontrol signals, N2/P3 #EEG complex in #macaques, and layer-specific neuronal activity describing ERP variations. https://t.co/QgFndHEB1l

[The Schall Lab @LabSchall]

Happy for everyone to see tremendous effort of @AmirsamanSajad and @stevenerrington, bringing functional architecture knowledge of frontal lobe today to where it was for visual cortex in 1970s.
https://t.co/Gv5fUIBeBR

[The Schall Lab @LabSchall]

Knowing what an ERP like the N2pc signals requires understanding where it arises. The talented synergy of @beaherrera and @jake_westerberg produced this new publication detailing how the N2pc is produced.
https://t.co/CCMlDnwPbY #neuroscience #EEG

[The Schall Lab @LabSchall]

Thank you @pgmid for the conversation on Decisions and Eye Movements https://t.co/03ZlWIw85z. The works continues at @vistayorku @CentreforVisio1

[The Schall Lab @LabSchall]

See the latest from @jake_westerberg with @E_Sigworth and @alexvmaier "Pop-out search instigates beta-gated feature selectivity enhancement across V4 layers" https://t.co/cxgEKpH3sQ
@vistayorku @CentreforVisio1

[The Schall Lab @LabSchall]

Legacy of Lance M Optican: from math to medical science and back. Enjoy this special Special Issue https://t.co/X0gB9bUAdc

[The Schall Lab @LabSchall]

@GunnarBlohm Thank you, indeed. But what makes OPNs turn off?

[The Schall Lab @LabSchall]

How does evidence accumulation trigger saccades? See the special issue of the Journal of Computational Neuroscience commemorating the career of Lance Optican. Martin Paré and I offer some ideas https://t.co/dmZFiEDqU5

[The Schall Lab @LabSchall]

Focused Ultrasound over Frontal Eye Field with great collaborators https://t.co/sd1tdDIoKi

[The Schall Lab @LabSchall]

@SfNJournals @stevenerrington A new finding bridging research domains and anticipating new insights about how the brain controls actions. Nice work @stevenerrington

[The Schall Lab @LabSchall]

@beaherreraf did tremendous work with insight and talent to accomplish this model.

[SfN Journals @SfNJournals]

#JNeurosci: @FIUbiomed & @VanderbiltU researchers developed a streamlined biophysical model of pyramidal cells in the cerebral cortex that may enable a deeper understanding of the brain waves associated with visual attention & error monitoring.

https://t.co/4t5gPU8RME

[The Schall Lab @LabSchall]

@stevenerrington shows that macaque monkeys, as humans, produce β-bursts over medial frontal cortex when actions are inhibited, but they happen too rarely to contribute to stopping. Looking in the cortex now. https://t.co/PVMohnqv45

[The Schall Lab @LabSchall]

Anyone looking for a tractable comprehensive model of L5 pyramidal cell? Check out this product of our collaboration with very smart and talented colleagues: https://t.co/piJDdsIuWi

[The Schall Lab @LabSchall]

Happy to be included in 2nd edition of Evolutionary Neuroscience edited by Jon Kaas. #FrontalEyeField

[Doug Crawford @J_D_Crawford]

Check out Amir Sajad's review of 'Spatiotemporal Transformations for Gaze Control', highlighting our recent work on tracking spatial population codes through time in the Frontal Eye Fields and Superior Colliculus: 'https://t.co/us3kTHDUnM

[The Schall Lab @LabSchall]

Congratulations to @KalebLowe18 who ably and successfully defended his dissertation to earn PhD.

[Medical Research Council @The_MRC]

One from the archive for #DNADay19: the story behind Photo 51 – Rosalind Franklin’s world-famous x-ray crystallography image of DNA: https://t.co/UB3I39xyNj @DNAday

[Physics Today @PhysicsToday]

For #DNADay, here is a profile of Rosalind Franklin and her x-ray crystallography work that led to the discovery of DNA's double-helix structure https://t.co/RJ8tz8TyNd

[clara T @ramencult]

On this fine #DNADay I’d like to share Watson’s characterization of Dr. Rosalind Franklin (who did not go by Rosy) in his memoir about “discovering” the double helix