Search Results - "Ristig, Dorothee"

Characterization of the in vitro and in vivo properties of CFZ533, a blocking and non‐depleting anti‐CD40 monoclonal antibody by Ristov, Jacinda, Espie, Pascal, Ulrich, Peter, Sickert, Denise, Flandre, Thierry, Dimitrova, Mirela, Müller‐Ristig, Dorothee, Weider, Doris, Robert, Gautier, Schmutz, Patrick, Greutmann, Barbara, Cordoba‐Castro, Francisco, Schneider, Martin A., Warncke, Max, Kolbinger, Frank, Cote, Serge, Heusser, Christoph, Bruns, Christian, Rush, James S.

“…The CD40‐CD154 costimulatory pathway is essential for T cell–dependent immune responses, development of humoral memory, and antigen presenting cell function…”
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C-Terminal Interaction Is Essential for Surface Trafficking But Not for Heteromeric Assembly of GABAB Receptors by Pagano, Adriana, Rovelli, Giorgio, Mosbacher, Johannes, Lohmann, Tania, Duthey, Beatrice, Stauffer, Daniela, Ristig, Dorothee, Schuler, Valerie, Meigel, Ingeborg, Lampert, Christina, Stein, Thomas, Prezeau, Laurent, Blahos, Jaroslav, Pin, Jean-Philippe, Froestl, Wolfgang, Kuhn, Rainer, Heid, Jakob, Kaupmann, Klemens, Bettler, Bernhard

“…Assembly of fully functional GABA B receptors requires heteromerization of the GABA B(1) and GABA B(2) subunits. It is thought that GABA B(1) and GABA B(2)…”
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Determination of the minimal functional ligand-binding domain of the GABAB(1b) receptor by DERIU, Daniela, GASSMANN, Martin, FIRBANK, Susan, RISTIG, Dorothee, LAMPERT, Christina, MOSBACHER, Johannes, FROESTL, Wolfgang, KAUPMANN, Klemens, BETTLER, Bernhard, GRÜTTER, Markus G.

“…In the mammalian central nervous system, slow inhibitory neurotransmission is largely mediated by metabotropic GABAB receptors (where GABA stands for…”
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Determination of the minimal functional ligand-binding domain of the GABA sub(B(1b)) receptor by Deriu, D, Gassmann, M, Firbank, S, Ristig, D, Lampert, C, Mosbacher, J, Froestl, W, Kaupmann, K, Bettler, B, Gruetter, M G

“…In the mammalian central nervous system, slow inhibitory neurotransmission is largely mediated by metabotropic GABA sub(B) receptors (where GABA stands for…”
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C-Terminal Interaction Is Essential for Surface Trafficking But Not for Heteromeric Assembly of GABA B Receptors by Pagano, Adriana, Rovelli, Giorgio, Mosbacher, Johannes, Lohmann, Tania, Duthey, Beatrice, Stauffer, Daniela, Ristig, Dorothee, Schuler, Valerie, Meigel, Ingeborg, Lampert, Christina, Stein, Thomas, Prézeau, Laurent, Blahos, Jaroslav, Pin, Jean-Philippe, Froestl, Wolfgang, Kuhn, Rainer, Heid, Jakob, Kaupmann, Klemens, Bettler, Bernhard

“…Assembly of fully functional GABA B receptors requires heteromerization of the GABA B(1) and GABA B(2) subunits. It is thought that GABA B(1) and GABA B(2)…”
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Determination of the minimal functional ligand-binding domain of the GABAB1b receptor by Deriu, Daniela, Gassmann, Martin, Firbank, Susan, Ristig, Dorothee, Lampert, Christina, Mosbacher, Johannes, Froestl, Wolfgang, Kaupmann, Klemens, Bettler, Bernhard, Grütter, Markus G

“…In the mammalian central nervous system, slow inhibitory neurotransmission is largely mediated by metabotropic GABA(B) receptors (where GABA stands for…”
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Conformations of synthetic β peptides in solid state and in aqueous solution: relation to toxicity in PC12 cells by Buchet, Rene, Tavitian, Elizabeth, Ristig, Dorothee, Swoboda, Robert, Stauss, Urs, Gremlich, Hans Ulrich, de La Fournière, Laurence, Staufenbiel, Matthias, Frey, Peter, Lowe, David A.

“…The secondary structures of peptides β25-35 (the active toxic fragment) and β35-25 (reverse sequence and non-toxic fragment), as well as of the amidated…”
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