Steph

eeg-fMRI @ Lewis Lab | @uchicago '18

[Steph @stephaniedwill]

excited to share our new paper! waves of csf appear spontaneously in the human brain during sleep, but is it possible to drive similar waves of csf flow during the wake state via neurovascular coupling? yes! we found that we could drive reliable macroscopic csf flow

[Dr Merel van der Thiel @MerelvdThiel]

I had a great time at ISMRM 2026 in Cape Town!🇿🇦

Presented our work on estradiol fluctuations across the menstrual cycle and BOLD-CSF coupling 💞,
and gave a power pitch on our PVS repository (https://t.co/iZSwJtASgJ) and the DoRA PVS Challenge (https://t.co/eqO2dWoXRu)!🏆

[Claire Bedbrook @clairebedbrook]

Aging may feel gradual… but what if it’s not?
In our paper out today, we tracked fish continuously from puberty until death.
This gave us a unique view of how aging unfolds across the adult lifespan.
🧵

[Nicholas Cicero @NicholasGCicero]

Check out our new preprint! 🚨

In this project we investigated how the brain suppresses light that gets through the eyelid when we sleep

https://t.co/IqtYEIoQOQ

[ninafultz @ninaelise9]

beautiful paper from the lewis lab out today on sleep deprivation dynamics! 🌊🌊🌊🌊🌊🌊🌊 https://t.co/8KUSELAelI

[Beverly @SetzersScience]

Ultrasound stimulation for non-invasive neuro-modulation 🧠✨ I started working at Nudge 3 weeks ago, and I’ve seen so much progress already! Check us out ~

[bioRxiv Neuroscience @biorxiv_neursci]

The aging human brain exhibits reduced cerebrospinal fluid flow during sleep due to both neural and vascular factors https://t.co/eoGWTyhMnf #biorxiv_neursci

[Jonathan Kipnis 🟦 @jonykipnis]

Excited to have this work finally out… it addresses many controversies in the field and the take home message - if you are imaging your mouse keeping it in a particular head position, make sure to emphasize that because your data will be different from mouse images with another head position.

[Natalie Hauglund @NatalieHauglund]

Out today in @CellCellPress !
We show that oscillations in norepinephrine and cerebral blood volume are the missing pieces that link NREM sleep to clearance of waste from the brain 🧠💤 https://t.co/cvfmkxNzJt

[Imaging Neuroscience @ImagingNeurosci]

New paper in Imaging Neuroscience by Daniel E.P. Gomez, Jonathan R. Polimeni, and Laura D. Lewis:

The temporal specificity of BOLD fMRI is systematically related to anatomical and vascular features of the human brain

https://t.co/ZyhM81447i

[Michael Giannetto @MichaelGiannet1]

Very happy to contribute to this article led by the brilliant @Peterarbork. Exciting and important modeling of osmotic gradients driving brain fluid flows. Read it now and enjoy the beautifully clear figures! Open access! https://t.co/CQ4djwOil2

[Nicholas Cicero @NicholasGCicero]

Very excited to share this new paper where we explored whether a newly developed EEG cap, the Inknet2, could enable the acquisition of a variety of anatomical and functional MRI sequences!

https://t.co/62Gi6ScglG

[University of Chicago Neuroscience Institute @UChicago_Brains]

The Dept. of Psychology is hosting the annual Marylyn C. Grabosky Lecture in Psychology and Neuroscience next week. The lecture will be presented by Laura D. Lewis, PhD from MIT. Join us!

🗓 Thursday, November 7th, 3:30 pm
📍David Rubenstein Forum

RSVP: https://t.co/Ry9vAqsvMf

[Steph @stephaniedwill]

Laura is the best phd mentor too

[MIT Picower Institute @MIT_Picower]

🎉Congratulations to Associate Professor Laura Lewis, a Picower Institute Affiliate Member, on being recognized for postdoctoral mentoring https://t.co/x71IosUJJz

[Emily Finn @esfinn]

If you're still at #sfn2024 tomorrow (Weds) am, check out @FINNLab_neuro members Clara Sava-Segal @csavasegal and Kay Liang @qiliang_kay in the nanosymposium Neural Bases of Human Social Cognition and Connection! Great speaker lineup!

[Steph @stephaniedwill]

@SetzersScience @lauradata the best team! ❤️ congratulations!!! so proud

[Laura Lewis @lauradata]

new preprint by Len Jacob! What brainwide dynamics underlie spontaneous fluctuations in EEG rhythms? We designed a computational framework to predict EEG from fast fMRI signals, and identified network structures underlying EEG rhythms across arousal states
https://t.co/qoqhZoWTIL

[Daniel Gomez @gomezdanp]

(4/4)
A showcase of the influence of anatomy on brain function that we can no longer ignore.
While I and my mentors (jonp and @lauradata) wait for colleagues to help us review our work, check out our preprint and more details here:
https://t.co/NmQW74xTR3

[bioRxiv Neuroscience @biorxiv_neursci]

Distributed fMRI dynamics predict distinct EEG rhythms across sleep and wakefulness https://t.co/VVww94FEKJ #biorxiv_neursci

[One Mind @OneMindOrg]

Congrats to 2019 One Mind Rising Star Awardee @lauradata for being a finalist in the @MIT-Royalty Pharma Prize Competition for female entrepreneurs in biotech! 🏆 We wish you the best of luck in your final pitch this spring!

Learn more: https://t.co/AeVTr925jU

[Steph @stephaniedwill]

@uglysisterfund thanks for your interest in the paper! here is an animation that shows one block of stimuli used in experiment 3

[Steph @stephaniedwill]

excited to share our new paper! waves of csf appear spontaneously in the human brain during sleep, but is it possible to drive similar waves of csf flow during the wake state via neurovascular coupling? yes! we found that we could drive reliable macroscopic csf flow