๐ค Bertram, Stephanie
Keywords
Articles (10)
-
TMPRSS2 activates the human coronavirus 229E for cathepsin-independent host cell entry and is expressed in viral target cells in the respiratory epithelium
๐ค Bertram, Stephanie ๐ค Dijkman, Ronald ๐ค Habjan, Matthias ๐ค Heurich, Adeline ๐ค Gierer, Stefanie ๐ค Glowacka, Ilona ๐ค Welsch, Kathrin ๐ค Winkler, Michael ๐ค Schneider, Heike ๐ค Hofmann-Winkler, Heike ๐ค Volker Thiel, None ๐ค Pรถhlmann, Stefan โฐ 2013 ๐ Journal of Virology
-
Cleavage and activation of the severe acute respiratory syndrome coronavirus spike protein by human airway trypsin-like protease
๐ค Bertram, Stephanie ๐ค Glowacka, Ilona ๐ค Mรผller, Marcel A. ๐ค Lavender, Hayley ๐ค Gnirss, Kerstin ๐ค Nehlmeier, Inga ๐ค Niemeyer, Daniela ๐ค He, Yuxian ๐ค Simmons, Graham ๐ค Drosten, Christian ๐ค Soilleux, Elizabeth J. ๐ค Jahn, Olaf ๐ค Steffen, Imke ๐ค Pรถhlmann, Stefan โฐ 2011 ๐ Journal of Virology
-
Influenza and SARS-coronavirus activating proteases TMPRSS2 and HAT are expressed at multiple sites in human respiratory and gastrointestinal tracts
๐ค Bertram, Stephanie ๐ค Heurich, Adeline ๐ค Lavender, Hayley ๐ค Gierer, Stefanie ๐ค Danisch, Simon ๐ค Perin, Paula ๐ค Lucas, Jared M. ๐ค Nelson, Peter S. ๐ค Pรถhlmann, Stefan ๐ค Soilleux, Elizabeth J. โฐ 2012 ๐ PLoS ONE
-
The spike protein of the emerging betacoronavirus EMC uses a novel coronavirus receptor for entry, can be activated by TMPRSS2, and is targeted by neutralizing antibodies
๐ค Gierer, Stefanie ๐ค Bertram, Stephanie ๐ค Kaup, Franziska ๐ค Wrensch, Florian ๐ค Heurich, Adeline ๐ค Krรคmer-Kรผhl, Annika ๐ค Welsch, Kathrin ๐ค Winkler, Michael ๐ค Meyer, Benjamin ๐ค Drosten, Christian ๐ค Dittmer, Ulf ๐ค von Hahn, Thomas ๐ค Simmons, Graham ๐ค Hofmann, Heike ๐ค Pรถhlmann, Stefan โฐ 2013 ๐ Journal of Virology
-
Lack of MERS coronavirus neutralizing antibodies in humans, Eastern Province, Saudi Arabia
๐ค Gierer, Stefanie ๐ค Hofmann-Winkler, Heike ๐ค Albuali, Waleed H. ๐ค Bertram, Stephanie ๐ค Al-Rubaish, Abdullah M. ๐ค Yousef, Abdullah A. ๐ค Al-Nafaie, Awatif N. ๐ค Al-Ali, Amein K. ๐ค Obeid, Obeid E. ๐ค Alkharsah, Khaled R. ๐ค Pรถhlmann, Stefan โฐ 2013 ๐ Emerging Infectious Diseases
-
Differential downregulation of ACE2 by the spike proteins of severe acute respiratory syndrome coronavirus and human coronavirus NL63
๐ค Glowacka, Ilona ๐ค Bertram, Stephanie ๐ค Herzog, Petra ๐ค Pfefferle, Susanne ๐ค Steffen, Imke ๐ค Muench, Marcus O. ๐ค Simmons, Graham ๐ค Hofmann, Heike ๐ค Kuri, Thomas ๐ค Weber, Friedemann ๐ค Eichler, Jutta ๐ค Drosten, Christian ๐ค Pรถhlmann, Stefan โฐ 2010 ๐ Journal of Virology
-
Evidence that TMPRSS2 activates the severe acute respiratory syndrome coronavirus spike protein for membrane fusion and reduces viral control by the humoral immune response
๐ค Glowacka, Ilona ๐ค Bertram, Stephanie ๐ค Mรผller, Marcel A. ๐ค Allen, Paul ๐ค Soilleux, Elizabeth ๐ค Pfefferle, Susanne ๐ค Steffen, Imke ๐ค Tsegaye, Theodros Solomon ๐ค He, Yuxian ๐ค Gnirss, Kerstin ๐ค Niemeyer, Daniela ๐ค Schneider, Heike ๐ค Drosten, Christian ๐ค Pรถhlmann, Stefan โฐ 2011 ๐ Journal of Virology
-
Different host cell proteases activate the SARS-coronavirus spike-protein for cell-cell and virus-cell fusion
๐ค Simmons, Graham ๐ค Bertram, Stephanie ๐ค Glowacka, Ilona ๐ค Steffen, Imke ๐ค Chaipan, Chawaree ๐ค Agudelo, Juliet ๐ค Lu, Kai ๐ค Rennekamp, Andrew J. ๐ค Hofmann, Heike ๐ค Bates, Paul ๐ค Pรถhlmann, Stefan โฐ 2011 ๐ Virology
-
A single asparagine-linked glycosylation site of the severe acute respiratory syndrome coronavirus spike glycoprotein facilitates inhibition by mannose-binding lectin through multiple mechanisms
๐ค Zhou, Yanchen ๐ค Lu, Kai ๐ค Pfefferle, Susanne ๐ค Bertram, Stephanie ๐ค Glowacka, Ilona ๐ค Drosten, Christian ๐ค Pรถhlmann, Stefan ๐ค Simmons, Graham โฐ 2010 ๐ Journal of Virology
-
DESC1 and MSPL activate influenza a viruses and emerging coronaviruses for host cell entry
๐ค Zmora, Pawel ๐ค Blazejewska, Paulina ๐ค Moldenhauer, Anna Sophie ๐ค Welsch, Kathrin ๐ค Nehlmeier, Inga ๐ค Wu, Qingyu ๐ค Schneider, Heike ๐ค Pรถhlmann, Stefan ๐ค Bertram, Stephanie โฐ 2014 ๐ Journal of Virology