Ally Dworetsky (@allydworetsky) 's Twitter Profile
Ally Dworetsky

@allydworetsky

neuroscience PhD student @WUSTL

ID: 1311027904348917761

calendar_today29-09-2020 19:39:51

21 Tweet

113 Followers

182 Following

Caterina Gratton (@grattoncaterina) 's Twitter Profile Photo

We have a new lab preprint (led by Derek Smith, Diana C Perez Alexis Porter, Ally Dworetsky) psyarxiv.com/9e28n/ on the importance of individualized fMRI approaches in cognitive control, esp to address specificity/multi-functionality of regions Let us know what you think

We have a new lab preprint (led by Derek Smith, <a href="/_DCPerez_/">Diana C Perez</a> <a href="/alexis_porter21/">Alexis Porter</a>, <a href="/allydworetsky/">Ally Dworetsky</a>) 
psyarxiv.com/9e28n/

on the importance of individualized fMRI approaches in cognitive control, esp to address specificity/multi-functionality of regions 

Let us know what you think
Caterina Gratton (@grattoncaterina) 's Twitter Profile Photo

Excited to announce that a new lab paper led by Brian Kraus is out now in NeuroImage , sciencedirect.com/science/articl… where we show that locations of individual differences show high consistency between task and rest states. A thread ... 1/n

Caterina Gratton (@grattoncaterina) 's Twitter Profile Photo

My lab Northwestern is in search of a full time Research Assistant for a new project on individual differences in #brain 🧠 organization across the adult #lifespan (newly funded by an NIMH R01 supplement, yay!). Please RT 🙏

My lab <a href="/NorthwesternU/">Northwestern</a> is in search of a full time Research Assistant for a new project on individual differences in #brain 🧠 organization across the adult #lifespan (newly funded by an NIMH R01 supplement, yay!). Please RT 🙏
Caterina Gratton (@grattoncaterina) 's Twitter Profile Photo

Are all individual differences in 🧠 systems driven by local shifts in network boundaries? A new lab preprint led by Ally Dworetsky argues no ⛔️: bit.ly/2Zksvkx We find evidence that isolated "ectopic intrusions" are also common and dissociable from border shifts.

Are all individual differences in 🧠 systems driven by local shifts in network boundaries? A new lab preprint led by <a href="/allydworetsky/">Ally Dworetsky</a> argues no ⛔️: 
bit.ly/2Zksvkx
We find evidence that isolated "ectopic intrusions" are also common and dissociable from border shifts.
David Gruskin (@davidcgruskin) 's Twitter Profile Photo

Do twins have more similar patterns of brain activity during movie-watching compared to unrelated individuals? Are BOLD time courses/functional topologies heritable?? Come find out at my SFN poster (P492.04) w/ Gaurav Patel! Discussion: 11/9 from 9:45 AM to 10:45 AM EDT. #SfN21

Caterina Gratton (@grattoncaterina) 's Twitter Profile Photo

✨ Gratton Lab #SfN2021 #SfN21 Posters Thread ✨ Check out these 3 great 🧠 posters from Diana Perez (TUES AM), Zach Ladwig (TUES AM), and Derek Smith (THURS AM) and let us know if you have any feedback or questions! 👇

Carolina Badke D'Andrea (@carolina_badke) 's Twitter Profile Photo

Check out my first, first-author paper from Dr. Deanna Greene, PhD 's lab in collab with WUNDER Lab! We looked at adding firmm to current gold-standard infant brain MRI protocols and found that it nearly doubled the high-quality fMRI data collected. biorxiv.org/content/10.110…

Check out my first, first-author paper from <a href="/DeannaJGreene/">Dr. Deanna Greene, PhD</a> 's lab in collab with <a href="/wunder_lab/">WUNDER Lab</a>! We looked at adding <a href="/firmmsoftware/">firmm</a> to current gold-standard infant brain MRI protocols and found that it nearly doubled the high-quality fMRI data collected. 

biorxiv.org/content/10.110…
Caterina Gratton (@grattoncaterina) 's Twitter Profile Photo

Are brain networks driven by discrete transient ‘events’ or constantly present? In this new lab preprint led by Zach Ladwig, we examine “events” - single moments of high BOLD cofluctuation - & how they contribute to static functional connectivity. bit.ly/3G6kBL3 🧵👇

Are brain networks driven by discrete transient ‘events’ or constantly present? 
In this new lab preprint led by <a href="/zladwig/">Zach Ladwig</a>, we examine “events” - single moments of high BOLD cofluctuation -  &amp; how they contribute to static functional connectivity. 
bit.ly/3G6kBL3
🧵👇
Scott Marek (@smarek0502) 's Twitter Profile Photo

A dream come true, now out nature w Brenden Tervo-Clemmens nature.com/articles/s4158… I started this project before knowing my wife and kid. Science can be a slog, this one was worth it. Pointing towards an exciting future for brain-behavior research. A🧵👇

A dream come true, now out <a href="/Nature/">nature</a>  w <a href="/tervoclemmensb/">Brenden Tervo-Clemmens</a> 

nature.com/articles/s4158…

I started this project before knowing my wife and kid. 

Science can be a slog, this one was worth it. 

Pointing towards an exciting future for brain-behavior research.

A🧵👇
Caterina Gratton (@grattoncaterina) 's Twitter Profile Photo

1/🧵 We know that 🧠 network organization varies across people, especially in association cortex. But to what extent does this differ across the left and right hemispheres? In a lab pre-print led by Diana C Perez, we dive into this ❓: bit.ly/3JqohsL

Diana C Perez (@_dcperez_) 's Twitter Profile Photo

Excited to present at #CNS2022! Come by poster F17 on Tuesday to hear about stability & reliability of precision rsFC measurements in older adults 🧠 As a bonus, we looked at stability & reliability of segregation indices with high amts of data. Spoiler: more data is better 😉

Excited to present at #CNS2022! Come by poster F17 on Tuesday to hear about stability &amp; reliability of precision rsFC measurements in older adults 🧠 As a bonus, we looked at stability &amp; reliability of segregation indices with high amts of data. Spoiler: more data is better 😉
Caterina Gratton (@grattoncaterina) 's Twitter Profile Photo

Want to study how 🧠 networks are changed during different tasks? Check out this lab paper in Cerebral Cortex: bit.ly/3NXovtI Alexis Porter shows that individual-level models are accurate, outperform cross-subject approaches, and reveal new brain state features

Want to study how 🧠 networks are changed during different tasks? Check out this lab paper in Cerebral Cortex:
bit.ly/3NXovtI
<a href="/alexis_porter21/">Alexis Porter</a> shows that individual-level models are accurate, outperform cross-subject approaches, and reveal new brain state features
Caterina Gratton (@grattoncaterina) 's Twitter Profile Photo

Preprint out on the ⭐️cingulo-opercular⭐️ network, a collab project co-led w/ Maital Neta + Ally Dworetsky bit.ly/3RTQQ79 We take a new 👀 at 1 of our fave 🧠 systems, after addressing indiv variation ➡️ leading us to a new proposal on its subdivision & evolution 🧵

Preprint out on the ⭐️cingulo-opercular⭐️ network,
a collab project co-led w/ <a href="/profmaitalneta/">Maital Neta</a> + <a href="/allydworetsky/">Ally Dworetsky</a>
bit.ly/3RTQQ79
We take a new 👀 at 1 of our fave 🧠 systems, after addressing indiv variation
➡️ leading us to a new proposal on its subdivision &amp; evolution
🧵
Caterina Gratton (@grattoncaterina) 's Twitter Profile Photo

I'm looking for 1-2 post-docs or research faculty to join my lab FSU Department of Psychology ☀️to work on NIH & NSF funded projects related to 🧠 precision brain networks, individual differences, and network breakdown in Parkinson's Disease. Remote work options are negotiable. Please RT 🙏

I'm looking for 1-2 post-docs or research faculty to join my lab <a href="/PsychologyFSU/">FSU Department of Psychology</a> ☀️to work on NIH &amp; NSF funded projects related to 🧠 precision brain networks, individual differences, and network breakdown in Parkinson's Disease. 
Remote work options are negotiable. Please RT 🙏
Caterina Gratton (@grattoncaterina) 's Twitter Profile Photo

I’m excited to share our new preprint – led by Hyejin J. Lee & Derek Smith – where we applied precision approaches (i.e., extensive per-participant data collection) to behavioral measures of inhibitory control. osf.io/preprints/psya… A 🧵 …

I’m excited to share our new preprint – led by <a href="/hyejinjadelee/">Hyejin J. Lee</a> &amp; Derek Smith – where we applied precision approaches (i.e., extensive per-participant data collection) to behavioral measures of inhibitory control.
osf.io/preprints/psya…
A 🧵 …
Caterina Gratton (@grattoncaterina) 's Twitter Profile Photo

Ever wonder how people's brains differ from one another? ➡️ Individual differences in 🧠 organization commonly come in 2 forms: shifts in borders & 'ectopic intrusions' far from expected locations Now out in Nature Neuroscience, led by Ally Dworetsky rdcu.be/dGeIp 🧵soon!

Ever wonder how people's brains differ from one another? 
➡️ Individual differences in 🧠 organization commonly come in 2 forms: shifts in borders &amp; 'ectopic intrusions' far from expected locations
Now out in <a href="/NatureNeuro/">Nature Neuroscience</a>, led by <a href="/allydworetsky/">Ally Dworetsky</a>
rdcu.be/dGeIp
🧵soon!