Left to right: Yu Jin, Postdoctoral researcher; Elaina Bolinger, Undergraduate assistant; Anja Hayen, Undergraduate research student; Malte Köster, Undergraduate research student; Claus C. Hilgetag, Principal investigator

 

Marcus Kaiser, Graduate research student

<marcus kaiser home page>

<iub home page>

Markus studied biology at the Ruhr-University Bochum (Lab of Prof. K.P. Hoffmann, thesis with Prof. Markus Lappe) and computer science at the FernUni-Hagen (distance university). He is interested in complex networks, particulary in development, error-tolerance, structure, and function of biological networks. Therefore, he studies brain connectivity networks of cat and macaque as well as metabolic pathways and protein-protein interaction networks. For more information, go to: http://www.biological-networks.org/

Stoyan Kurtev, Graduate research student

<stoyan kurtev home page>

<iub home page>

Matthias Görner, Undergraduate research student

Roxana Voitcu, Undergraduate research student

 

Prof. Helen Barbas, Boston University

<helen barbas home page>

<boston university home page>

quantitative neuroanatomy, structure and connectivity of the primate prefrontal cortex

Dr. Antoni Valero-Cabre, Boston University School of Medicine

<antoni valero cabre home page>

<boston university school of medicine home page>

virtual lesions by Transcranial Magnetic Stimulation and Reversible Cooling

Prof. Dr. Manfred Fahle, Bremen University

<manfred fahle home page>

<bremen univesity home page>

virtual lesions by Transcranial Magnetic Stimulation

Dr. Simon Grant, City University London

<simon grant home page>

<city university london home page>

quantitative neuroanatomy, structure and connectivity of the cat visual cortex

Prof. Eytan Ruppin, Tel-Aviv University

<eytan ruppin home page>

<tel-aviv university home page>

Computational network lesion analysis

Dr. Jarrett Rushmore, Boston University School of Medicine

virtual lesions by Transcranial Magnetic Stimulation and Reversible Cooling

<jarrett rushmore home page>

<boston university school of medicine home page>

 

<bettina olk home page>

<iub home page>

virtual lesions by Transcranial Magnetic Stimulation, function of attentional networks
 

 

 

TMS is fun..