Christian Rodemund

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This paper gives a work-in-progress report on our research project BurnCase, a virtual environment for modelling human burn injuries. The goal of the project is to simplify and improve the diagnosis and medical treatment of burns. Due to the lack of electronic and computational support for current diagnosis methods, enormous variations regarding the(More)
Understanding burns means knowing what is necessary for the successful treatment of burns. Nobody in science, economics, or quality control can comprehend this issue's complexity without thorough documentation of the work involved. BurnCase 3D is a non-profit research project whose aim, achieved through software of the same name, is a thorough and accurate(More)
This paper presents the results of the research project BurnCase in the field of realistic and anatomically correct deformations of 3D models of the human body. The project goal is to develop a software system named BurnCase 3D, which supports and enhances the documentation and diagnosis of human burn injuries. The medical treatment of burn victims strongly(More)
Fersenbeinfrakturen haben nach offener Reposition ein erhöhtes Risiko für Wundheilungsstörungen. Minimal-invasive Verfahren mit kleinen Inzisionen reduzieren Komplikationen. Frakturen mit intraartikulärer Stufenbildung des Subtalargelenks von 1–2 mm; Fersenbeinfehlstellung mit Verbreiterung, Varusstellung und Verkürzung; Notfallindikation bei offenen(More)
The Trauma Index (TI) of Kirkpatrick and Youmans modified by Schreinlechner and Eber performed better than the Injury Severity Score (ISS) in predicting case fatality of 234 patients with major trauma treated during the years 1985 through 1987. Logistic regression was used for determining the cut-points: Death was considered as predicted by ISS if it was(More)
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