VP Neuroimaging Research Lab

Brain Imaging research center, housed @UWiscRadiology, using novel neuroimaging modalities for basic, clinical and translational research. RT≠endorsement

[VP Neuroimaging Research Lab @NeuroimagingVp]

Newly NIH funded study seeking stroke patient volunteers. Please spread the message.

[VP Neuroimaging Research Lab @NeuroimagingVp]

Newly NIH funded study seeking interested healthy volunteers. Please spread the message.

[Anastasia Yendiki @nastasiayendiki]

1\ Preprint from the IronTract Challenge!💉🧠 A 2-year effort in the tractography community to find optimal data analysis strategies for HCP-style, multi-shell dMRI & beyond: https://t.co/IbXtT9qH75

Major undertaking by @chiaramff @Haber_Lab @QMENTA_Inc & all-⭐️ challenge teams:

[VP Neuroimaging Research Lab @NeuroimagingVp]

For our most recent publication, we looked at the relationship between lesion-activation distance to language centers in the brain – using fMRI – and verbal measures in brain tumor patients. Find it here: https://t.co/r1OyNc7yxI
@VeenaANair1 @vivekp73

[VP Neuroimaging Research Lab @NeuroimagingVp]

@UWiscRadiology @DavidBluemke Congrats, @vivekp73!

[UW Radiology @UWiscRadiology]

#Congratulations Dr. Prabhakaran and Dr. @DavidBluemke for individually receiving The Academy’s 2020 Distinguished Investigator Award. 🏆

It’s wonderful to see our faculty being recognized for their impressive and eminent contributions to the field of medical imaging. 🔬

[University of Wisconsin Neuroradiology @UWiscNeuroRad]

Why Wisconsin Neuroradiology for Fellowship?

Great people of course! Amazing faculty, great clinical colleagues & fantastic residents.

ERAS opens for programs 12/1. #RadRes 1 more week to get your applications in. We can't wait to meet you.

https://t.co/yXbsUe3tmj

[VP Neuroimaging Research Lab @NeuroimagingVp]

Our PI, @vivekp73, received a 2020 ICTR Pilot Award in collaboration with Dr. Raheel Ahmed to study neural network dysfunction underlying refractory epilepsy in children. Congrats, Dr. Ahmed and Dr. Prabhakaran!

[VP Neuroimaging Research Lab @NeuroimagingVp]

Learn more about Cole's work using effective connectivity measures here (3/3): https://t.co/7aCAPEmqlD

[VP Neuroimaging Research Lab @NeuroimagingVp]

Cole Cook led our lab meeting today presenting his research on the effects of neuroimaging preprocessing steps on Spectral Dynamic Causal Modeling (spDCM). spDCM is a measure of effective connectivity, which he applies to study brain connectivity in the presence of a tumor. (1/3)

[VP Neuroimaging Research Lab @NeuroimagingVp]

Cole's research aims to understand the influence of neuroimaging preprocessing steps such as slice timing and temporal filtering on the accuracy of effective connectivity measures. (2/3)

[Charlene N. Rivera Bonet @charlenerbonet]

I just realized our paper's figure is on the cover of this month's issue of @EpilepsyBehavi1 and I'm very excited about it! @NeuroimagingVp

[VP Neuroimaging Research Lab @NeuroimagingVp]

Work from our Epilepsy Connectome Project looking at resting state functional connectivity in relation to neuroticism in temporal lobe epilepsy.

[Epilepsy & Behavior @EpilepsyBehavi1]

Neuroticism in temporal lobe epilepsy is associated with altered limbic-frontal lobe resting-state functional connectivity https://t.co/3rciqMX2XU @StruckAF #epilepsy

[VP Neuroimaging Research Lab @NeuroimagingVp]

Take a look at @ArmanKulkarni ‘s conference paper on heritability across resting state brain networks using Topological Data Analysis! 🧠

[VP Neuroimaging Research Lab @NeuroimagingVp]

Diffusion data from the Alzheimer's Disease Connectome Project (ADCP) shows longer path length between all major lobes of the brain, suggesting reduced network efficiency in AD vs cognitively unimpaired or MCI. @NAdluru @VeenaANair1 @WisconsinADRC

[VP Neuroimaging Research Lab @NeuroimagingVp]

🔎Find a list of our lab's publications here:

https://t.co/HwVnSMefee

[VP Neuroimaging Research Lab @NeuroimagingVp]

Check out our latest publication about cognitive phenotypes in temporal lobe epilepsy!

https://t.co/wH4xPaMDUX

[VP Neuroimaging Research Lab @NeuroimagingVp]

We are so excited to join #ScienceTwitter! Our lab at @UWMadison develops #neuroimaging methods and tools to study the characterization and treatment of brain lesions such as stroke, tumors, seizure pathology, among others.