New Hyperekplexia Mutations Provide Insight into Glycine Receptor Assembly, Trafficking, and Activation Mechanisms by Bode, Anna, Wood, Sian-Elin, Mullins, Jonathan G.L., Keramidas, Angelo, Cushion, Thomas D., Thomas, Rhys H., Pickrell, William O., Drew, Cheney J.G., Masri, Amira, Jones, Elizabeth A., Vassallo, Grace, Born, Alfred P., Alehan, Fusun, Aharoni, Sharon, Bannasch, Gerald, Bartsch, Marius, Kara, Bulent, Krause, Amanda, Karam, Elie G., Matta, Stephanie, Jain, Vivek, Mandel, Hanna, Freilinger, Michael, Graham, Gail E., Hobson, Emma, Chatfield, Sue, Vincent-Delorme, Catherine, Rahme, Jubran E., Afawi, Zaid, Berkovic, Samuel F., Howell, Owain W., Vanbellinghen, Jean-François, Rees, Mark I., Chung, Seo-Kyung, Lynch, Joseph W.

Get full text

Time separation technique: Accurate solution for 4D C‐Arm‐CT perfusion imaging using a temporal decomposition model by Bannasch, Sebastian, Frysch, Robert, Pfeiffer, Tim, Warnecke, Gerald, Rose, Georg

Get full text

Dynamische Perfusionsbildgebung mit C-Arm-System by Bannasch, Sebastian, Warnecke, Gerald, Rose, Georg

Get full text

Time Separation Technique: Accurate Solution for 4-D C-Arm-CT Perfusion Imaging Using a Temporal Decomposition Model by Bannasch, Sebastian, Frysch, Robert, Pfeiffer, Tim, Warnecke, Gerald, Rose, Georg

Get full text

Noise Reduction in Perfusion Imaging using Data-driven Prior Knowledge by Bannasch, Sebastian, Eckel, Christina, Frysch, Robert, Beuing, Oliver, Warnecke, Gerald, Rose, Georg

Get full text