TRICIN: A Phase II Trial on the Efficacy of Topical TRIchloroacetic Acid in Patients with Cervical Intraepithelial Neoplasia von Schwameis, Richard, Ganhoer-Schimboeck, Julia, Hadjari, Victoria Laudia, Hefler, Lukas, Bergmeister, Birgit, Küssel, Tatjana, Gittler, Gunda, Steindl-Schoenhuber, Theodora, Grimm, Christoph

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Topical imiquimod compared with conization to treat cervical high-grade squamous intraepithelial lesions: Multicenter, randomized controlled trial von Polterauer, Stephan, Reich, Olaf, Widschwendter, Andreas, Hadjari, Laudia, Bogner, Gerhard, Reinthaller, Alexander, Joura, Elmar, Trutnovsky, Gerda, Ciresa-Koenig, Alexandra, Ganhoer-Schimboeck, Julia, Boehm, Ina, Berger, Regina, Langthaler, Eva, Aberle, Stephan W., Heinze, Georg, Gleiss, Andreas, Grimm, Christoph

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Abstract 1303: AI driven single cell analysis of drug action in solid tumor material: An entry point to functional precision medicine von Aranha, Valentin, Tomaz, Diogo, Perez, Irene Gutierrez, Rohrer, Florian, Van Ham, Joost, Hefler, Lukas, Hadjari, Laudia, Lafleur, Judith, Krall, Nikolaus, Sehlke, Robert, Vilagos, Bojan, Vladimer, Gregory Ian

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Abstract 2151: Identification of transcript adenosine fingerprint to enrich for A2AR and PD-1 inhibition responders von Alt, Isabella, Sehlke, Robert, Lobley, Anna, Baumgaertler, Claudia, Stulic, Maja, Hackner, Klaus, Dzurillova, Lucia, Petru, Edgar, Hadjari, Laudia, Lafleur, Judith, Singer, Josef, Krall, Nikolaus, Šufliarsky, Jozef, Hefler, Lukas, Füreder, Thorsten, Taubert, Christina, Payne, Andrew, Boudesco, Christophe, Vladimer, Gregory Ian

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Abstract 4150: Enriching for adenosine antagonist patient responses through deep learning von Alt, Isabella, Shelke, Robert, Lobley, Anna, Baumgaertler, Claudia, Stulic, Maja, Fons, Pierre, Whittaker, Mark, Hackner, Klaus, Dzurillova, Lucia, Petru, Edga, Hadjari, Laudia, Lafleur, Judith, Singer, Josef, Krall, Nikolaus, Hefler, Lukas, Füreder, Thorsten, Taubert, Christina, Boudesco, Christophe, Payne, Andrew, Ian Vladimer, Gregory

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Abstract 4956: Discovering novel targetable pathways by combining functional and multi-omic data from primary ovarian cancer samples von Gutierrez-Perez, Irene, Ergüner, Bekir, Buphamalai, Pisanu, Van Ham, Joost, Heinz, Paul, Aranha, Valentin, Okumura, Rin, Waltenberger, Elisabeth, Alt, Isabella, Baumgaertler, Claudia, Stulic, Maja, Petru, Edgar, Minichsdorfer, Christoph, Lafleur, Judith, Hefler, Lukas, Hadjari, Laudia, Dzurillova, Lucia, Sufliarsky, Jozef, Krall, Nikolaus, Füreder, Thorsten, Vladimer, Gregory Ian, Vilagos, Bojan, Sehlke, Robert

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