Robert Schulz

neurologist and neuroscientist

[Robert Schulz @rschulzuke]

Excited to share our latest preprint exploring how neurotransmitter-specific brain network involvement influences outcomes in glioblastoma.
https://t.co/ZjHOyOlQly

#Glioblastoma #CancerResearch #NeuroOncology #Neuroscience #BrainCancer #Preprint

[Brain @Brain1878]

Listen to the latest episode of the Brain Podcast: https://t.co/O8arQoXA4f

This episode features a discussion with first author Dr Philipp J Koch of the Brain article entitled: Neurotransmitter-informed connectivity maps and their application for outcome inference after stroke

[Brain @Brain1878]

Koch & Frey et al. introduce a novel way of analysing brain organisation by integrating neurotransmitter densities with structural connections, and show that damage to dopaminergic pathways has a significant impact on stroke recovery. https://t.co/KJgy1my2U1

[Robert Schulz @rschulzuke]

I'm excited to share our new study in @Brain1878 on the importance of #neurotransmitter-informed structural #network damage in #stroke #recovery. Fantastic work led by @pepederkoch & @B_M_Frey. Link: https://t.co/BEVMn5Tfdu

[Stroke AHA/ASA @StrokeAHA_ASA]

#STROKE: First-in-human functional insights into stroke-related alterations in the functional connectivity between cortical premotor areas and the spinal cord, suggesting different premotor areas and spinal neuronal assemblies might be involved in coupling changes. #AHAJournals

[Robert Schulz @rschulzuke]

https://t.co/L1KCd80WLp

New study on simultaneous corticospinal fMRI in stroke patients. Exciting work led by @BraaHanna. Thx to all collaborators.

[Robert Schulz @rschulzuke]

Excited to share novel insights into how damage to distinct #brain #connections relate to outcome after a severe #stroke. Fantastic work led by @LFrontzkowski
https://t.co/4TdoXZn5B8

[Robert Schulz @rschulzuke]

We are excited to share our new #diffusion imaging study assessing #cortical microstructure and hemispheric specialization. Fantastic work led by @_PawelWrobel with great support from @SFB_936, TRR-169 and @EKFStiftung.
https://t.co/xJBu0tmGkg

[Stroke AHA/ASA @StrokeAHA_ASA]

#STROKE Diagnostic Imaging: The CAROTID RING SIGN on single-phased #CTA is a potent imaging marker to differentiate true occlusion from pseudo-occlusion with sensitivity and specificity of 0.70 and 0.94, respectively. #AHAJournals https://t.co/WUd1w8XOvs @jake_sui

[Stroke AHA/ASA @StrokeAHA_ASA]

#STROKE Topical Review by @a_charidimou & @VCI_EricSmith: Cerebral microbleeds #CMBs in the setting of cerebral amyloid angiopathy #CAA: bleeding risk and safety of antithrombotic management. #AHAJournals https://t.co/PYlJRYWAZu

[Robert Schulz @rschulzuke]

Excited to share our new preprint on combined cortical and #spinal cord fMRI and #connectivity data in #stroke patients: https://t.co/yRjteWdmqf
Congratulations to @BraaHanna ! @SFB_936 @HamburgNeuro

[Robert Schulz @rschulzuke]

More on structural #reserve for #stroke #recovery! Check out our new paper in @braincomms. Fantastic work led by @B_M_Frey and Liv Asmussen. @SFB_936 @HamburgNeuro https://t.co/ykBdUiRxj4

[Robert Schulz @rschulzuke]

Very happy to share new preprint data on the importance of frontoparietal #network #disconnections for outcome variability after #severe ischemic #stroke. https://t.co/xtq8FLlBan @SFB_936 @HamburgNeuro @LFrontzkowski

[Nat Rev Neurology @NatRevNeurol]

A precision functional atlas of personalized network topography and probabilities https://t.co/n30fEmKHhI

[Robert Schulz @rschulzuke]

New preprint on brain #reserve: Connecting cerebral small vessel disease (#SVD) with brain #networks to understand outcome after severe #stroke. @SFB_936 @HamburgNeuro
https://t.co/HFwgyixSeQ

[Robert Schulz @rschulzuke]

Happy to share: Efficacy and safety of transcranial direct current stimulation to the ipsilesional motor cortex in subacute stroke (NETS): a multicenter RCT #stroke #nibs #tdcs #recovery #brainstimulation
https://t.co/7jY4RDJAeq

[medRxiv @medrxivpreprint]

Cortical microstructure and hemispheric specialization - a diffusion-imaging analysis in younger and older adults https://t.co/RtozuJjE04 #medRxiv

[Philipp Koch @pepederkoch]

https://t.co/caP4Tb42Na
The preservation of the CST in acute CT perfusion imaging relates to beneficial outcome after MT - Introducing Perfusion Disconnectivity Imaging @rschulzuke @Fie0815 @UPHUMMEL_EPFL

[Robert Schulz @rschulzuke]

Interested in combined cortical and #spinal cord #fMRI? Check out our new paper: https://t.co/c2ocWLIUPT @SFB_936 @BraaHanna @chrisgerloff

[Robert Schulz @rschulzuke]

https://t.co/KUuaPslVOs
Check out our new review @braincomms - an update on posterior parietal cortices and their changes in brain activation, structure and inter-regional connectivity and how these changes relate to recovery processes after motor stroke @fannyquandt @SFB_936