Berlin
Charité Universitätsmedizin Berlin
Posttraumatic disruption of the blood-spinal-cord-barrier in the acute phase is aggravated by the endothelial cell-specific knock-out of Ephrin-B2 signaling after experimental spinal cord injury.
Global Prospective Study on Different Training Opportunities for Medical Students Attending Neurosurgical Congresses Dependent on Socioeconomic Factors
The Role of Students in Neurosurgical Research - Results of a German-wide Analysis and Potential Strategies to Facilitate Student Participation in Research
Longitudinal in vivo 2-Photon microscopy via an implanted spinal window chamber is feasible up to the chronic phase following experimental spinal cord injury in the mouse.
The partial recovery of the integrity of the neurovascular unit is associated with functional recovery after experimental spinal cord injury in the mouse.
Posttraumatic disruption of the blood-spinal-cord-barrier in the acute phase is aggravated by the endothelial cell-specific knock-out of Ephrin-B2 signaling after experimental spinal cord injury.