the thoracic and cardiovascular surgeon
130130;140300
The Thoracic and Cardiovascular Surgeon
Category: Original Basic Science
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Issue 07/2021
Eghbalzadeh, Kaveh;
Guschlbauer, Maria;
Weber, Carolyn;
Wacker, Max Theodor;
Reinhardt, Stefanie;
Djordjevic, Ilija;
Sabashnikov, Anton;
Maul, Alexandra;
Sterner-Kock, Anja;
Wahlers, Thorsten C.W.;
Scherner, Maximilian;
Wippermann, Jens:
Experimental Studies for Small Diameter Grafts in an In Vivo Sheep Model—Techniques and Pitfalls
Issue 01/2018
Piatkowski, Tanja;
Brandenberger, Christina;
Rahmanian, Parwis;
Choi, Yeong-Hoon;
Zeriouh, Mohamed;
Sabashnikov, Anton;
Wittwer, Thorsten;
Wahlers, Thorsten C. W.;
Ochs, Matthias;
Mühlfeld, Christian:
Localization of Exogenous Mesenchymal Stem Cells in a Pig Model of Lung Transplantation
Vogt, Sebastian;
Detert, Markus;
Wagner, David;
Wessel, Jan;
Ramzan, Rabia;
Nimphius, Wilhelm;
Ramaswamy, Anette;
Guha, Subhajit;
Wenger, Christian;
Jamal, Farabi Ibne;
Eissa, Mohammed Hussein;
Schumann, Ulrich;
Schmidt, Betram;
Rose, Georg;
Dahl, Christoph;
Rolfes, Ilona;
Notzon, Gordon;
Baer, Christoph;
Musch, Thomas:
A Newly Developed mm-Wave Sensor for Detecting Plaques of Arterial Vessels
Issue 07/2013
Walther, Thomas;
Dhein, Stefan;
Ullmann, Cris;
Schneider, Katja;
Bilz, Thomas;
Rastan, Ardawan;
Garbade, Jens;
Falk, Volkmar;
Emrich, Fabian C.;
Muth, Petra;
Mohr, Friedrich W.;
Kostelka, Martin:
Cerebral Protection during Controlled Hypoperfusion in a Piglet Model: Comparison of Moderate (25°C) versus Deep (18°C) Hypothermia at Various Flow Rates Using Intraoperative Measurements and Ex vivo Investigation
Issue 04/2012
Loganathan, Sivakkanan;
Radovits, Tamás;
Korkmaz, Sevil;
Hirschberg, Kristóf;
Barnucz, Enikö;
Weymann, Alexander;
Bömicke, Timo;
Arif, Rawa;
Karck, Matthias;
Szabó, Gábor:
Enhancement of Myocardial and Vascular Function after Phosphodiesterase-5 Inhibition in a Rat Model
Issue 02/2011
Roeske, F.;
Stein, A.;
Salameh, A.;
Rastan, A.;
Ziegelhoeffer, B.;
Garbade, J.;
Misfeld, M.;
Kostelka, M.;
Mohr, F. W.;
Dhein, S.:
Activation of Cardiomyocytes Depending on Their Proximity to Human Bone Marrow Stem Cells