Posttraumatic disruption of the Blood-Spinal-Cord-Barrier is aggravated by the endothelial cell-specific knock-out of Ephrin-B2 after experimental Spinal Cord Injury by K. Kersting, L. Roolfs, L. Waldmann, L. Meyer, M. Nieminen-Kelhä, I. Kremenetskaia, A. Ghori, A. Rex, M.G. Fehlings, P. Vajkoczy, V. Hubertus

Get full text

Functional recovery in relation to the posttraumatic restitution of the Blood-Spinal-Cord-Barrier after experimental Spinal Cord Injury in the mouse by L. Meyer, L. Waldmann, N. Taheri, L. Roolfs, K. Kersting, M. Nieminen-Kelhä, I. Kremenetskaia, A. Ghori, A. Rex, M.G. Fehlings, P. Vajkoczy, V. Hubertus

Get full text

Endothelial Ephrin-B2 influences blood-spinal-cord-barrier resilience in the acute phase after experimental spinal cord injury by K. Kersting, L. Roolfs, E.J. von Bronewski, L. Waldmann, L. Meyer, M. Nieminen-Kelhä, I. Kremenetskaia, A. Ghori, A. Rex, F. Heppner, M.G. Fehlings, P. Vajkoczy, V. Hubertus

Get full text

Defining a peritraumatic regeneration zone following experimental Spinal Cord Injury by E.J. von Bronewski, B. Obermayer, C.J. Entenmann, K. Kersting, L. Meyer, L. Waldmann, L. Roolfs, M. Nieminen-Kelhä, I. Kremenetskaia, F. Heppner, M.G. Fehlings, P. Vajkoczy, V. Hubertus

Get full text