Items where Author is "Esteve-Codina, Anna"

Article

Amengual, Josep and Gonzalez-Sanchez, Ester and Yanez-Bartolome, Mariana and Sererols-Vinas, Laura and Ravichandra, Aashreya and Guiton, Celia and Fuste, Noel P. and Alay, Ania and Hijazo-Pechero, Sara and Martin-Mur, Beatriz and Gut, Marta and Esteve-Codina, Anna and Cantos-Cortes, Ana and Espinosa-Sotelo, Rut and Ramos, Emilio and Serrano, Teresa and Calvo, Mariona and Laquente, Berta and Ferrer, Joana and Pons, Gabriel and Mendez-Lucas, Andres and Dooley, Steven and Ilyas, Sumera I. and Vallette, Marie and Aoudjehane, Lynda and Lequoy, Marie and Fouassier, Laura and Coulouarn, Cedric and Affo, Silvia and Scheiter, Alexander and Calvisi, Diego F. and Tian, Tian V. and Fabregat, Isabel and Vaquero, Javier (2025) NADPH oxidase 1/4 dual inhibition impairs transforming growth factor-beta protumorigenic effects in cholangiocarcinoma cancer-associated fibroblasts. SIGNAL TRANSDUCTION AND TARGETED THERAPY, 10 (1): 257. ISSN 2095-9907, 2059-3635

Esteve-Codina, Anna and Hofer, Thomas P. and Burggraf, Dorothe and Heiss-Neumann, Marion S. and Gesierich, Wolfgang and Boland, Anne and Olaso, Robert and Bihoreau, Marie-Therese and Deleuze, Jean-Francois and Moeller, Winfried and Schmid, Otmar and Artigas, Maria Soler and Renner, Kathrin and Hohlfeld, Jens M. and Welte, Tobias and Fuehner, Thomas and Jerrentrup, Lukas and Koczulla, Andreas Rembert and Greulich, Timm and Prasse, Antje and Mueller-Quernheim, Joachim and Gupta, Sumit and Brightling, Christopher and Subramanian, Deepak R. and Parr, David G. and Kolsum, Umme and Gupta, Vandana and Barta, Imre and Dome, Balazs and Strausz, Janos and Stendardo, Mariarita and Piattella, Marco and Boschetto, Piera and Korzybski, Damian and Gorecka, Dorota and Nowinski, Adam and Dabad, Marc and Fernandez-Callejo, Marcos and Endesfelder, David and zu Castell, Wolfgang and Hiemstra, Pieter S. and Venge, Per and Noessner, Elfriede and Griebel, Thasso and Heath, Simon and Singh, Dave and Gut, Ivo and Ziegler-Heitbrock, Loems (2021) Gender specific airway gene expression in COPD sub-phenotypes supports a role of mitochondria and of different types of leukocytes. SCIENTIFIC REPORTS, 11 (1): 12848. ISSN 2045-2322