A fast and sensitive high-throughput assay to assess polysorbate-degrading hydrolytic activity in biopharmaceuticals von Gupta, Sanjay K., Graf, Tobias, Edelmann, Franziska T., Seelmann, Helen, Reintinger, Markus, Hillringhaus, Lars, Bergmann, Frank, Wiedmann, Michael, Falkenstein, Roberto, Wegele, Harald, Yuk, Inn H., Leiss, Michael

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Of social molecules: The interactive assembly of ASH1 mRNA-transport complexes in yeast von Niedner, Annika, Edelmann, Franziska T, Niessing, Dierk

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The lid domain of Caenorhabditis elegans Hsc70 influences ATP turnover, cofactor binding and protein folding activity von Sun, Li, Edelmann, Franziska T, Kaiser, Christoph J O, Papsdorf, Katharina, Gaiser, Andreas M, Richter, Klaus

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In vitro reconstitution of an mRNA-transport complex reveals mechanisms of assembly and motor activation von Heym, Roland G, Zimmermann, Dennis, Edelmann, Franziska T, Israel, Lars, Ökten, Zeynep, Kovar, David R, Niessing, Dierk

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ASH1 mRNP-core factors form stable complexes in absence of cargo RNA at physiological conditions von Edelmann, Franziska T, Niedner, Annika, Niessing, Dierk

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Production of pure and functional RNA for in vitro reconstitution experiments von Edelmann, Franziska Theresia, Niedner, Annika, Niessing, Dierk

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Identification and Characterization of Polysorbate-Degrading Enzymes in a Monoclonal Antibody Formulation von Graf, Tobias, Tomlinson, Anthony, Yuk, Inn H., Kufer, Regina, Spensberger, Bernhard, Falkenstein, Roberto, Shen, Amy, Li, Hong, Duan, Dana, Liu, Wenqiang, Wohlrab, Stefanie, Edelmann, Franziska, Leiss, Michael

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Molecular architecture and dynamics of ASH1 mRNA recognition by its mRNA-transport complex von Edelmann, Franziska Theresia, Schlundt, Andreas, Heym, Roland Gerhard, Jenner, Andreas, Niedner-Boblenz, Annika, Syed, Muhammad Ibrahim, Paillart, Jean-Christophe, Stehle, Ralf, Janowski, Robert, Sattler, Michael, Jansen, Ralf-Peter, Niessing, Dierk

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METHOD FOR PRODUCING PROTEIN COMPOSITIONS von LEISS, Michael, FALKENSTEIN, Roberto, REMPT, Martin, EDELMANN, Franziska, WEDEKIND, Frank, GRAF, Tobias

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METHOD FOR THE DETERMINATION OF HYDROLYTIC ACTIVITY von MEIER, Thomas, WIEDMANN, Michael, HILLRINGHAUS, Lars, LEISS, Michael, GUPTA, Sanjay, FALKENSTEIN, Roberto, EDELMANN, Franziska, KHAN, Tarik, GRAF, Tobias

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METHOD FOR PRODUCING PROTEIN COMPOSITIONS von LEISS, Michael, FALKENSTEIN, Roberto, REMPT, Martin, EDELMANN, Franziska, WEDEKIND, Frank, GRAF, Tobias

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METHOD FOR THE DETERMINATION OF HYDROLYTIC ACTIVITY von MEIER, Thomas, KHAN, Tarik Ali, WIEDMANN, Michael, HILLRINGHAUS, Lars, LEISS, Michael, GUPTA, Sanjay, FALKENSTEIN, Roberto, EDELMANN, Franziska, GRAF, Tobias

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METHOD FOR THE DETERMINATION OF HYDROLYTIC ACTIVITY von MEIER, Thomas, WIEDMANN, Michael, HILLRINGHAUS, Lars, LEISS, Michael, GUPTA, Sanjay, FALKENSTEIN, Roberto, EDELMANN, Franziska, KHAN, Tarik, GRAF, Tobias

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METHOD FOR PRODUCING PROTEIN COMPOSITIONS von LEISS, Michael, FALKENSTEIN, Roberto, REMPT, Martin, EDELMANN, Franziska, WEDEKIND, Frank, GRAF, Tobias

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METHODS OF REDUCING THE ENZYMATIC HYDROLYSIS ACTIVITY RATE IN A COMPOSITION OBTAINED FROM A PURIFICATION PLATFORM von Falkenstein, Roberto, Edelmann, Franziska, LEISS, Michael, Yigzaw, Yinges, Gu, Jie, Meyer, Christian, Spensberger, Bernhard, Morris, Alexandra Thomas, Graf, Tobias, Prabhakar, Jeevan

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METHODS OF REDUCING THE ENZYMATIC HYDROLYSIS ACTIVITY RATE IN A COMPOSITION OBTAINED FROM A PURIFICATION PLATFORM von GU, Jie, SPENSBERGER, Bernhard, LEISS, Michael, FALKENSTEIN, Roberto, MEYER, Christian, PRABHAKAR, Jeevan, EDELMANN, Franziska, GRAF, Tobias, MORRIS, Alexandra Thomas, YIGZAW, Yinges

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METHODS OF REDUCING THE ENZYMATIC HYDROLYSIS ACTIVITY RATE IN A COMPOSITION OBTAINED FROM A PURIFICATION PLATFORM von GU, Jie, SPENSBERGER, Bernhard, LEISS, Michael, FALKENSTEIN, Roberto, MEYER, Christian, PRABHAKAR, Jeevan, EDELMANN, Franziska, GRAF, Tobias, MORRIS, Alexandra Thomas, YIGZAW, Yinges

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METHODS OF REDUCING THE ENZYMATIC HYDROLYSIS ACTIVITY RATE IN A COMPOSITION OBTAINED FROM A PURIFICATION PLATFORM von GU, Jie, SPENSBERGER, Bernhard, LEISS, Michael, FALKENSTEIN, Roberto, MEYER, Christian, PRABHAKAR, Jeevan, EDELMANN, Franziska, GRAF, Tobias, MORRIS, Alexandra Thomas, YIGZAW, Yinges

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Methods of reducing the enzymatic hydrolysis activity rate in a composition obtained from a purification platform von GU, Jie, SPENSBERGER, Bernhard, LEISS, Michael, FALKENSTEIN, Roberto, MEYER, Christian, PRABHAKAR, Jeevan, EDELMANN, Franziska, GRAF, Tobias, MORRIS, Alexandra Thomas, YIGZAW, Yinges

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Methods of reducing the enzymatic hydrolysis activity rate in a composition obtained from a purification platform von GU, Jie, SPENSBERGER, Bernhard, LEISS, Michael, FALKENSTEIN, Roberto, MEYER, Christian, PRABHAKAR, Jeevan, EDELMANN, Franziska, GRAF, Tobias, MORRIS, Alexandra Thomas, YIGZAW, Yinges

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