| Effects of the Long-QT-Syndrome on the mechanical deformation in a computational rabbit model |
Masterarbeit |
Robin Moss
|
Dr.-Ing. Gunnar Seemann
|
| Implementation of a fast simulation framework for the computation of vulnerability to atrial arrhythmias on a GPU |
Bachelorarbeit |
Emanuel Poremba
|
Dr.-Ing. Gunnar Seemann, Dipl.-Ing. Martin Krüger, M.Sc. Axel Loewe
|
| Modellerzeugung für die Segmentierung der linken Vorhofwand des Herzens |
Diplomarbeit |
Jan Wingerter
|
Dr.-Ing. Gunnar Seemann, Dipl.-Ing. Martin Krüger
|
| Elektrophysiologische und anatomische Auswirkungen von Ablationstherapie |
Studienarbeit |
Marieme Ly
|
Dr.-Ing. Gunnar Seemann, Dipl.-Ing. Martin Krüger
|
| Estimating intracellular conductivity tensors from fluorescent labeling, three-dimensional scanning confocal microscopy data of normal and infarcted tissue including fibroblasts |
Bachelorarbeit |
Silvio Bauer
|
Dr.-Ing. Gunnar Seemann
|
| Simulation of the chronotropic effect of voltage dependent M2 receptor agonist binding on the rabbit sinus node and atrium |
Bachelorarbeit |
Robin Moss
|
Dr.-Ing. Gunnar Seemann
|
| Specific Antiarrhythmic Therapy for Familial Atrial Fibrillation in a Numerical Model of Human Atrial Electrophysiology |
Bachelorarbeit |
Yannick Lutz |
Dr.-Ing. Gunnar Seemann, Dipl.-Ing. Mathias Wilhelms, M.Sc. Axel Loewe |
| In-silico assessment of the influence of the membrane voltage and agonist/antagonist binding dependent M2 muscarinic receptor on IKACh in the rabbit sinus node and atrium |
Diplomarbeit |
Alexander Kurz |
Dr.-Ing. Gunnar Seemann |
| Quantitative computational assessment of the electrophysiological myocyte-fibroblast interaction in normal and infarcted rabbit heart |
Diplomarbeit |
Bettina Schwab |
Dr.-Ing. Gunnar Seemann |
| Discriminating Long-QT Syndromes 1, 2 and 3 in Simulated Body Surface Potential Maps |
Diplomarbeit |
Maider Alvarez de Eulate |
Dr.-Ing. Gunnar Seemann |
| Dose dependent antiarrhythmic effects of the potassium channel blocker 4-Aminopyridine in a virtual model of chronic atrial fibrillation |
Studienarbeit |
Alexander Kurz |
Dr.-Ing. Gunnar Seemann |
| Towards a micro-structural model of cardiac tissue based on confocal microscopy |
Bachelorarbeit |
Maren Arp |
Dr.-Ing. Gunnar Seemann |
| Effects of Amiodarone on chronic atrial fibrillation: A simulation study in human cells and tissue |
Studienarbeit |
Stefan Ponto |
Dr.-Ing. Gunnar Seemann, Dipl.-Ing. Mathias Wilhelms |
| Simulating the impact of Amiodaron and Cisapride on the ECG with detailed electrophysiological modeling |
Diplomarbeit |
Christian Rombach |
Dr.-Ing. Gunnar Seemann |
| Correlation between pharmacological binding properties of IKur inhibitors and antiarrhythmic efficiency in a virtual model of cronical atrial fibrillation |
Diplomarbeit |
Paola Carrillo |
Dr.-Ing. Gunnar Seemann |
| Analysis of cardiac ischemia regarding ECG and stability in a computer model of the human ventricles |
Diplomarbeit |
Mathias Wilhelms |
Dr.-Ing. Gunnar Seemann |
| Elektromechanische Heterogenität des Herzens im Computermodell |
Diplomarbeit |
Thomas Fritz |
Dr.-Ing. Gunnar Seemann, Dipl. Ing. Oussama Jarruosse |
| Benchmarking Different Models describing Sinus Node Heterogeneity |
Studienarbeit |
Mathias Wilhelms |
Dr.-Ing. Gunnar Seemann |
| Impact of the hERG Channel Mutation N588K on Electrical Properties in the Human Atrium |
Studienarbeit |
Paola Carrillo |
Dr.-Ing. Gunnar Seemann |
| Time and Memory Efficency Implementation of the Cardiac Monodomain and Bidomain Equations |
Diplomarbeit |
Meike Karl |
Dr.-Ing. Gunnar Seemann |
| Mehrdimensionale Parameteranpassung elektrophysiologischer Zellmodelle an experimentell charakterisierte Pathologien |
Diplomarbeit |
Dipl.-Ing. Stephan Lurz |
Dipl.-Ing. David Keller
Dr.-Ing. Gunnar Seemann
Dr.-Ing. Daniel Weiß |
| Elastic Registration of Optical Images Showing Heart Muscle Contraction |
Studienarbeit |
Martin Janich |
Dr.-Ing Jörn Thiele, Dr.-Ing. Gunnar Seemann |
| Arrhythmogenic effects of familiar AF and remodeling in the human atrium |
|
Li Rong |
Dr.-Ing. Gunnar Seemann |
| Detailed Anatomical and Electrophysiological Modeling of the Human Ventricle based on Diffusion Tensor MRI Data |
Diplomarbeit |
Dipl.-Ing. David Keller |
Dr.-Ing. Gunnar Seemann
Dr.-Ing. Daniel Weiß |
| Simulated Electromechanical Heterogeneity in Human Left Ventricle |
Diplomarbeit |
Dipl.-Ing. Hao Chen |
Dr.-Ing. Daniel Weiß
Dr.-Ing. Gunnar Seemann |
| Elektrophysiologische Auswirkungen von genetischen Mutationen im menschlichen Herzen |
Diplomarbeit |
Dipl.-Ing. Joachim Buchta |
Dr.-Ing. Daniel Weiß
Dr.-Ing. Gunnar Seemann |
| Investigation of Atrial Fibrillation Induced Remodeling in Human Right Atrium: A Simulation Study |
Studienarbeit |
Hong Ying |
Dipl.-Ing. Christine Höper, Dr.-Ing. Gunnar Seemann |
| Modeling of human cardiac force development: Quantitative description from myofilament to myocardium |
Diplomarbeit |
Kraisorn Chaisaowong |
PD Dr.-Ing. habil. Frank B. Sachse, Dr.-Ing. Gunnar Seemann, Dr.-Ing. Matthias Mohr |
| Schnelle volumenbasierte Visualisierung unter Berücksichtigung von lokalen Verschiebungen |
|
Reinhold Müller |
PD Dr.-Ing. habil. Frank B. Sachse, Dr.-Ing. Gunnar Seemann |
| Modellierung der Anatomie und Elektrophysiologie des menschlichen Vorhofs |
Diplomarbeit |
Christine Höper |
PD Dr.-Ing. habil. Frank B. Sachse, Dr.-Ing. Gunnar Seemann |
| Charakterisierung der Ventrikelwand durch anatomische und elektrophysiologische Modellierung |
Diplomarbeit |
Daniel Weiß |
PD Dr.-Ing. habil. Frank B. Sachse, Dr.-Ing. Gunnar Seemann |
| Kraftentwicklung im Sarkomer unter Berücksichtigung elektromechanischer Kopplung |
Diplomarbeit |
Kerstin Glänzel |
PD Dr.-Ing. habil. Frank B. Sachse, Dr.-Ing. Gunnar Seemann |
| Hyperelastische Beschreibung der elastomechanischen Eigenschaften des Myokards: Ein neues Materialgesetz und dessen Anwendung |
Diplomarbeit |
Johannes Häfner |
PD Dr.-Ing. habil. Frank B. Sachse, Dr.-Ing. Gunnar Seemann |
| Vergleich des Verhaltens eines Elektrophysiologischen Zellmodells mit einem Zellulären Automaten bei Simulierten Atrialen Fibrillationen |
Studienarbeit |
Daniel Weiß |
PD Dr.-Ing. habil. Frank B. Sachse, Dr.-Ing. Gunnar Seemann |
| Vergleich von mikroskopischen und makroskopischen Modellen der Kraftentwicklung und Deformation im Myokard |
Diplomarbeit |
Matthias Mohr |
PD Dr.-Ing. habil. Frank B. Sachse, Dr.-Ing. Gunnar Seemann, Dr.-Ing. Christian Werner |
| Entwicklung eines schnellen Verfahrens zur Berechnung der Deformation im Herzen ausgehend von makroskopischen Modellen der Kraftentwicklung |
Diplomarbeit |
Leonhard Blümcke |
PD Dr.-Ing. habil. Frank B. Sachse, Dr.-Ing. Gunnar Seemann, Dr.-Ing. Christian Werner |
| Simulation der Katheterisierung und Radio-Frequnz-Ablation in der Kardiologie mit einem Haptischen Interface |
Diplomarbeit |
Markus Jösel |
PD Dr.-Ing. habil. Frank B. Sachse, Dr.-Ing. Christian Werner, Dr.-Ing. Gunnar Seemann |