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509 results on '"MYSLIWIEC, MICHAL"'

12. Safety of intravenous ferric carboxymaltose versus oral iron in patients with nondialysis-dependent CKD: an analysis of the 1-year FIND-CKD trial

Author

Roger, Simon D., Gaillard, Carlo A., Bock, Andreas H., Carrera, Fernando, Eckardt, Kai-Uwe, Van Wyck, David B., Cronin, Maureen, Meier, Yvonne, Larroque, Sylvain, Macdougall, Iain C., Gilles, Alastair, Faull, Randall, Toussaint, Nigel D., McMahon, Lawrence, Suranyi, Michael, Mudge, David, Hutchison, Brian, Irish, Ashley, Kerr, Peter, Kulkarni, Hemant, Elder, Grahame, Jardine, Margaret, Lhotta, Karl, Mayer, Gert, Vanholder, Raymond, Maes, Bart Dirk, Evenepoel, Pieter, Debelle, Frédéric, Jadoul, Michel, Dratwa, Max, Macel, Igor, Dunaj, Milan, Kvapil, Milan, Bucek, Petr, Rehorova, Jitka, Hruby, Ales, Honová, Václava, Malanova, Lada, Lucak, Martin, Lecian, Dalibor, Jirovec, Martin, Vlasak, Jiri, Rychlik, Ivan, Surel, Stanislav, Kamper, Anne-Lise, Ostergaard, Ove, Steffensen, Gudrun K, Chenine, Leila, Choukroun, Gabrial, Zaoui, Philippe, Wanner, Christoph, Backs, Wolfgang, Kraatz, Uwe, Dellanna, Frank, Busch, Klaus, Marsen, Tobias, Seeger, Wolfgang, Woitas, Rainer, Obermueller, Nicholas, Haak, Thomas, Lueders, Stephan, Pistrosch, Frank, Mueller, Eckhard, Mertens, Peter R., Sutermer, Werner, Grebe, Scott-Oliver, Hafezi-Rachti, Syrus, Roeser, Silke, Tsakiris, Dimitrios, Memmos, Dimitrios, Vlachakos, Demetrios, Vargemezis, Vassilis, Stefanidis, Ioannis, Syrganis, Christos, Alivanis, Polichronis, Papadakis, Ioannis, Papagalanis, Nickolaos, Andrikos, Aimilios, Goumenos, Dimitrios, Siamopoulos, Kostas, Gouva, Charikelia, Papadakis, Gabriel, Boletis, Ioannis, Tsimnadi-Spanoudaki, Myrsini, Stamatiades, Dimitrios, Stamatelou, Kyriaki, Moutafis, Spyridon, Locatelli, Francesco, Santoro, Antonio, Quarello, Francesco, Remuzzi, Giuseppe, Coppola, Salvatore, Mortellaro, Rosella Ferraro, Icardi, Andrea, Colussi, Giacomo, Grotta, Franco Della, Lombardi, Luigi, Gallieni, Maurizio, Villa, Giuseppe, Grandaliano, Giuseppe, Gaillard, Carlo, Huisman, Sebastiaan, Barendregt, Jos, Smak Gregoor, Peter JH, Oien, Cecilia, Rutkowski, Boleslaw, Malecki, Robert, Nowicki, Michal, Rutkowski, Przemyslaw, Marczewski, Kryzsztof, Mysliwiec, Michal, Sydor, Antoni, Rysz, Jacek, Rydzewski, Andrzej, Klinger, Marian, Wnuk, Rafal, Kozminski, Piotr, Nocon, Anna, Ciechanowski, Kazimierz, Correia, Pedro, Neves, Fernando, Barata, José, Mircescu, Gabriel, Voiculescu, Mihai, Gluhovschi, Gheorghe, Mota, Eugen, De Francisco, Angel Luís Martín, Torre, Alberto, Herreros, Alba, Luño, José, Gruss, E., Martins, Judith, Vallés, Marti, Pascual, Julio, Bárány, Peter, Ambuehl, Patrice M., Erturk, Sehsuvar, Arici, Mustafa, Paydas, Saime, Soypacaci, Zeki, Camsari, Taner, Ustundag, Sedat, Thomas, Mark E., DʼSouza, Richard J., Taylor, Jo E., Pritchard, Nicholas R., Jeffery, Robin, Riley, Stephen G., Bhatnagar, Deepak, Bhandari, Sunil, Reaich, David, Stevens, Paul E., El Kossi, Mohsen, Roe, Simon, Camilleri, Brian, Ahmed, Aimun, Khwaja, Arif, Thompson, Barbara, Banerjee, Debasish, Nicholas, Johann, Hutchison, Alastair, and Borrows, Richard

Published
2017
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28. Oxidative Storm Induced by Tryptophan Metabolites: Missing Link between Atherosclerosis and Chronic Kidney Disease

Author

Kwiatkowska, Iwona, Hermanowicz, Justyna M., Mysliwiec, Michal, and Pawlak, Dariusz

Subjects
Article Subject
Abstract

Chronic kidney disease (CKD) occurrence is rising all over the world. Its presence is associated with an increased risk of premature death from cardiovascular disease (CVD). Several explanations of this link have been put forward. It is known that in renal failure, an array of metabolites cannot be excreted, and they accumulate in the organism. Among them, some are metabolites of tryptophan (TRP), such as indoxyl sulfate and kynurenine. Scientists have become interested in them in the context of inducing vascular damage in the course of chronic kidney impairment. Experimental evidence suggests the involvement of TRP metabolites in the progression of chronic kidney disease and atherosclerosis separately and point to oxidative stress generation as one of the main mechanisms that is responsible for worsening those states. Since it is known that blood levels of those metabolites increase significantly in renal failure and that they generate reactive oxygen species (ROS), which lead to endothelial injury, it is reasonable to suspect that products of TRP metabolism are the missing link in frequently occurring atherosclerosis in CKD patients. This review focuses on reports that shed a light on TRP metabolites as contributing factors to vascular damage in the progression of impaired kidney function.

Published
2020
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