RT @EstherEKuehn: In our recent @NatRevNeurosci commentary we argue why topography layer imaging is a new tool to track neurodegenerative d…
RT @EstherEKuehn: In our recent @NatRevNeurosci commentary we argue why topography layer imaging is a new tool to track neurodegenerative d…
Check out the first publication of my PhD in @NatRevNeurosci! Many exciting things ahead using 7T MRI to track in-vivo disease spread in ALS
RT @EstherEKuehn: In our recent @NatRevNeurosci commentary we argue why topography layer imaging is a new tool to track neurodegenerative d…
RT @EstherEKuehn: In our recent @NatRevNeurosci commentary we argue why topography layer imaging is a new tool to track neurodegenerative d…
RT @EstherEKuehn: In our recent @NatRevNeurosci commentary we argue why topography layer imaging is a new tool to track neurodegenerative d…
RT @EstherEKuehn: In our recent @NatRevNeurosci commentary we argue why topography layer imaging is a new tool to track neurodegenerative d…
RT @EstherEKuehn: In our recent @NatRevNeurosci commentary we argue why topography layer imaging is a new tool to track neurodegenerative d…
RT @EstherEKuehn: In our recent @NatRevNeurosci commentary we argue why topography layer imaging is a new tool to track neurodegenerative d…
RT @EstherEKuehn: In our recent @NatRevNeurosci commentary we argue why topography layer imaging is a new tool to track neurodegenerative d…
In our recent @NatRevNeurosci commentary we argue why topography layer imaging is a new tool to track neurodegenerative disease spread in M1 Particularly relevant for ALS @AliciaNorthall M. Weber S. Schreiber S. Vielhaber https://t.co/xvIq7DSyg5