Author

Michael Quante

Analysis of stem cell biology in gastrointestinal carcinogenesis

Michael Quante

SHORTENING OF TELOMERES ACCELERATES CARCINOGENESIS IN A MOUSE MODEL FOR BARRETT´S ESOPHAGUS AND EMERGES AS A BIOMARKER FOR PROGRESSION TO ESOPHAGEAL ADENOCARCINOMA

Vincenz Sahm, Carlo Maurer, Akanksha Anand, Timothy C. Wang, Roland M. Schmid, Michael Quante

THE GENESIS STUDY: GENETIC BIOPSY FOR PREDICTION OF SURVEILLANCE INTERVALS AFTER ENDOSCOPIC RESECTION OF COLONIC POLYPS

Andreas W. Berger, Katja Raedler, Cord Langner, Leopold Ludwig, N. Dikopoulos, Karl Friedrich Becker, Julia Slotta-Huspenina, Michael Quante, Daniel Schwerdel, Lukas Perkhofer, Alexander Kleger, Eugen Zizer, Franz Oswald, Thomas Seufferlein, Alexander Meining

THE GUT MICROBIOME INFLUENCES PROGRESSION FROM METAPLASIA TO DYSPLASIA IN THE IL-1β MOUSE MODEL OF BARRETT OESOPHAGUS

Jonas Ingermann, Natasha Stephens Münch, Hsin-Yu Fang, Sama Islam Sayin, Dirk Haller, Thomas Clavel, Sureshkumar Muthupalani, Mark T Whary, James Gordon Fox, Timothy Cragin Wang, Michael Quante

ELIMINATION OF NFKB SIGNALLING IN VIMENTIN+ STROMAL CELLS ATTENUATES ESOPHAGEAL CARCINOGENESIS IN A MOUSE MODEL OF BARRETT'S ESOPHAGUS

Akanksha Anand, Hsin-Yu Fang, Jonas Ingermann, Theresa Baumeister, Julia Knörndel, Roland M. Schmid, Timothy C. Wang, Michael Quante

FLUORESCENT ENDOSCOPY DURING ESOPHAGEAL CARCINOGENESIS IN A MOUSE MODEL

Hsin-Yu Fang, Dimitris Gorpas, Jonas Ingermann, Frederik Wein, Stefan Stangl, Vasilis Ntziachristos, Gabriele Multhoff, Margret Schottelius, Michael Quante

FARNESOID-X-RECEPTOR EXPRESSION HAS A PROTECTIVE FUNCTION AND EMERGES AS POTENTIAL TARGET TO PREVENT PROGRESSION FROM BARRETT ESOPHAGUS TO ADENOCARCINOMA

Theresa Baumeister, Sama Islam Sayin, Jonas Ingermann, Andreas Nuber, Hsin-Yu Fang, Natasha Stephens-Muench, Dirk Haller, Roland M. Schmid, Timothy C. Wang, Michael Quante

NOTCH SIGNALING PROMOTES PROGRESSION FROM BARRETT ESOPHAGUS TO ADENOCARCINOMA THROUGH NFKB SIGNALING

Frederik Wein, Bettina Kunze, Hsin-Yu Fang, Akanksha Anand, Theresa Baumeister, Jonas Ingermann, Timothy C. Wang, Julian A. Abrams, Michael Quante

Novel insights into the pathogenesis of Barrett's

Michael Quante

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