Molecular Interactions of CCR5 with Major Classes of Small-Molecule Anti-HIV CCR5 Antagonists von Kondru, Rama, Zhang, Jun, Ji, Changhua, Mirzadegan, Tara, Rotstein, David, Sankuratri, Surya, Dioszegi, Marianna

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A study of the molecular mechanism of binding kinetics and long residence times of human CCR5 receptor small molecule allosteric ligands von Swinney, David C, Beavis, Paul, Chuang, Kai‐Ting, Zheng, Yue, Lee, Ina, Gee, Peter, Deval, Jerome, Rotstein, David M, Dioszegi, Marianna, Ravendran, Palani, Zhang, Jun, Sankuratri, Surya, Kondru, Rama, Vauquelin, Georges

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Development of Tetravalent, Bispecific CCR5 Antibodies with Antiviral Activity against CCR5 Monoclonal Antibody-Resistant HIV-1 Strains von Schanzer, Jürgen, Jekle, Andreas, Nezu, Junichi, Lochner, Adriane, Croasdale, Rebecca, Dioszegi, Marianna, Zhang, Jun, Hoffmann, Eike, Dormeyer, Wilma, Stracke, Jan, Schäfer, Wolfgang, Ji, Changhua, Heilek, Gabrielle, Cammack, Nick, Brandt, Michael, Umana, Pablo, Brinkmann, Ulrich

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CCR5 Small-Molecule Antagonists and Monoclonal Antibodies Exert Potent Synergistic Antiviral Effects by Cobinding to the Receptor von Ji, Changhua, Zhang, Jun, Dioszegi, Marianna, Chiu, Sophie, Rao, Eileen, Derosier, Andre, Cammack, Nick, Brandt, Michael, Sankuratri, Surya

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The Second Extracellular Loop of CCR5 Contains the Dominant Epitopes for Highly Potent Anti-Human Immunodeficiency Virus Monoclonal Antibodies von JUN ZHANG, RAO, Eileen, CHANGHUA JI, DIOSZEGI, Marianna, KONDRU, Rama, DEROSIER, Andre, CHAN, Eva, SCHWOERER, Stephan, CAMMACK, Nick, BRANDT, Michael, SANKURATRI, Surya

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Analyzing ligand and small molecule binding activity of solubilized GPCRs using biosensor technology von Navratilova, Iva, Dioszegi, Marianna, Myszka, David G.

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Increased bone density in sclerosteosis is due to the deficiency of a novel secreted protein (SOST) von BALEMANS, Wendy, EBELING, Martin, PAES-ALVES, Auristela F, HILL, Suvimol, BUENO, Manuel, RAMOS, Feliciano J, TACCONI, Paoio, DIKKERS, Frederik G, STRATAKIS, Constantine, LINDPAINTNER, Klaus, VICKERY, Brian, FOERNZLER, Dorothee, PATEL, Neela, VAN HUL, Wim, VAN HUL, Els, OLSON, Pam, DIOSZEGI, Marianna, LACZA, Charlemagne, WUYTS, Wim, VAN DEN ENDE, Jenneke, WILLEMS, Patrick

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A study of the molecular mechanism of binding kinetics and long residence times of human CCR 5 receptor small molecule allosteric ligands von Swinney, David C, Beavis, Paul, Chuang, Kai‐Ting, Zheng, Yue, Lee, Ina, Gee, Peter, Deval, Jerome, Rotstein, David M, Dioszegi, Marianna, Ravendran, Palani, Zhang, Jun, Sankuratri, Surya, Kondru, Rama, Vauquelin, Georges

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Spiropiperidine CCR5 antagonists von Rotstein, David M., Gabriel, Stephen D., Makra, Ferenc, Filonova, Lubov, Gleason, Shelley, Brotherton-Pleiss, Christine, Setti, Lina Q., Trejo-Martin, Alejandra, Lee, Eun Kyung, Sankuratri, Surya, Ji, Changhua, deRosier, Andre, Dioszegi, Marianna, Heilek, Gabrielle, Jekle, Andreas, Berry, Pamela, Weller, Paul, Mau, Cheng-I.

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Synthesis, SAR and evaluation of [1,4′]-bipiperidinyl-4-yl-imidazolidin-2-one derivatives as novel CCR5 antagonists von Rotstein, David M., Gabriel, Stephen D., Manser, Nicole, Filonova, Lubov, Padilla, Fernando, Sankuratri, Surya, Ji, Changhua, deRosier, Andre, Dioszegi, Marianna, Heilek, Gabrielle, Jekle, Andreas, Weller, Paul, Berry, Pamela

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Novel CCR5 monoclonal antibodies with potent and broad-spectrum anti-HIV activities von Ji, Changhua, Brandt, Michael, Dioszegi, Marianna, Jekle, Andreas, Schwoerer, Stephan, Challand, Steven, Zhang, Jun, Chen, Yun, Zautke, Lisa, Achhammer, Gunthar, Baehner, Monika, Kroetz, Sandra, Heilek-Snyder, Gabrielle, Schumacher, Ralf, Cammack, Nick, Sankuratri, Surya

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Novel hexahydropyrrolo[3,4- c]pyrrole CCR5 antagonists von Rotstein, David M., Melville, Chris R., Padilla, Fernando, Cournoyer, Dick, Lee, Eun K., Lemoine, Remy, Petersen, Ann C., Setti, Lina Q., Wanner, Jutta, Chen, Lijing, Filonova, Lubov, Loughhead, David G., Manka, Jason, Lin, Xiao-Fa, Gleason, Shelley, Sankuratri, Surya, Ji, Changhua, deRosier, Andre, Dioszegi, Marianna, Heilek, Gabrielle, Jekle, Andreas, Berry, Pamela, Mau, Cheng-I, Weller, Paul

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CCR5 antagonists have different conformational requirements for the transition to the most thermodynamically stable CCR5 receptor:antagonist complex von Swinney, David C., Beavis, Paul, Kondru, Rama K, Dioszegi, Marianna E, Gee, Peter, Zhang, Jun, Sankuratri, Surya, Mirzadegan, Tara

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[25] Vertebrate collagenases von Dioszegi, Marianna, Cannon, Paul, Van Wart, Harold E.

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Characterization of 58-kilodalton human neutrophil collagenase: comparison with human fibroblast collagenase von Mallya, Satish K, Mookhtiar, Kasim A, Gao, Yi, Brew, Keith, Dioszegi, Marianna, Birkedal-Hansen, Henning, Van Wart, Harold E

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Improved process for the preparation of tripeptide aldehydes von ATTILA JUHASZ, EMILIA USKERT, ERNOE ORBAN, EVA TOMORI, MARIANNA DIOSZEGI, ATTILA NAGY, GYULA HORVATH, ZSUZSANNA LANG, ERZSEBET SZELL, GYOERGY SOMOGYI, KATALIN SZILAGYI, SANDOR ELEK, ZSUZSA PESTI, LAJOS ILA, TIBOR BALOGH, KATALIN PAL, TIBOR LANG, EVA BARABAS

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PREPARATION OF TRIPEPTIDE ALDEHYDES von JUHASZ, ATTILA, SZELL, ERZSEBET, PAL, KATALIN, SOMOGYI, GYORGY, ORBAN, ERNO, LANG, TIBOR, BARABAS, EVA, DIOSZEGI, MARIANNA, PESTI, ZSUZSA, HORVATH, GYULA, ELEK, SANDOR, NAGY, ATTILA, BALOGH, TIBOR, LANG, ZSUZSANNA, SZILAGYI, KATALIN, ILA, LAJOS, TOMOR

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Preparation of tripeptide aldehydes von ATTILA JUHASZ, GYORGY SOMOGYI, EVA TOMORI, MARIANNA DIOSZEGI, ATTILA NAGY, GYULA HORVATH, ZSUZSANNA LANG, ERZSEBET SZELL, DR EMILIA USKERT, KATALIN SZILAGYI, ERNO ORBAN, SANDOR ELEK, ZSUZSA PESTI, LAJOS ILA, TIBOR BALOGH, KATALIN PAL, TIBOR LANG, EVA BARABAS

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IMPROVED PROCESS FOR THE PREPARATION OF TRIPEPTIDE ALDEHYDES von ATTILA, JUHASZ DR, ERZSEBET, SZELL, GYOERGY, SOMOGYI, EVA, BARABAS DR, LAJOS, ILA DR, ERNO, ORBAN DR, TIBOR, LANG DR, KATALIN, PAL DR, ATTILA, NAGY, MARIANNA, DIOSZEGI, ZSUZSA, PESTI, EMILIA, USKERT DR, KATALIN, SZILAGYI DR, ZSUZSANA, LANG, TIBOR, BALOGH DR, SANDOR, ELEK DR, GYULA, HORVATH DR, EVA, TOMORI DR

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Fremgangsmåte ved fremstilling av tripeptidaldehyder von JUHASZ, ATTILA, SZELL, ERZSEBET, PAL, KATALIN, SOMOGYI, GYORGY, ORBAN, ERNO, LANG, TIBOR, BARABAS, EVA, DIOSZEGI, MARIANNA, PESTI, ZSUZSA, HORVATH, GYULA, ELEK, SANDOR, NAGY, ATTILA, BALOGH, TIBOR, USKERT, EMILIA, LANG, ZSUZSANNA, SZILAGYI, KATALIN, TOMORI, EVA, ILA, LAJOS

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