Search Results - Fallah, Ghada

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  1. 1
    TMEM16A(a)/anoctamin-1 Shares a Homodimeric Architecture with CLC Chloride Channels

    TMEM16A(a)/anoctamin-1 Shares a Homodimeric Architecture with CLC Chloride Channels by Fallah, Ghada, Römer, Thomas, Detro-Dassen, Silvia, Braam, Ursula, Markwardt, Fritz, Schmalzing, Günther

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  2. 2
    Molecular determinants of potent P2X2 antagonism identified by functional analysis, mutagenesis, and homology docking

    Molecular determinants of potent P2X2 antagonism identified by functional analysis, mutagenesis, and homology docking by Wolf, Christian, Rosefort, Christiane, Fallah, Ghada, Kassack, Matthias U, Hamacher, Alexandra, Bodnar, Mandy, Wang, Haihong, Illes, Peter, Kless, Achim, Bahrenberg, Gregor, Schmalzing, Günther, Hausmann, Ralf

    Published in Molecular pharmacology
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  3. 3
    Amino Acid Residues Constituting the Agonist Binding Site of the Human P2X3 Receptor

    Amino Acid Residues Constituting the Agonist Binding Site of the Human P2X3 Receptor by Bodnar, Mandy, Wang, Haihong, Riedel, Thomas, Hintze, Stefan, Kato, Erzsebet, Fallah, Ghada, Gröger-Arndt, Helke, Giniatullin, Rashid, Grohmann, Marcus, Hausmann, Ralf, Schmalzing, Günther, Illes, Peter, Rubini, Patrizia

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  4. 4
    Higher Order Structure of TMEM16a/Anoctamin-1 as Compared to Other Chloride-Conducting Channels

    Higher Order Structure of TMEM16a/Anoctamin-1 as Compared to Other Chloride-Conducting Channels by Fallah, Ghada, Detro-Dassen, Silvia, Braam, Ursula, Rudolph, Frederik, Markwardt, Fritz, Schmalzing, Gunther

    Published in Biophysical journal
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  5. 5
    Robust post-translocational N-glycosylation at the extreme C-terminus of membrane and secreted proteins in Xenopus laevis oocytes and HEK293 cells

    Robust post-translocational N-glycosylation at the extreme C-terminus of membrane and secreted proteins in Xenopus laevis oocytes and HEK293 cells by Pult, Frauke, Fallah, Ghada, Braam, Ursula, Detro-Dassen, Silvia, Niculescu, Cristina, Laube, Bodo, Schmalzing, Günther

    Published in Glycobiology (Oxford)
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