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12. Preface

Author

Mauser, H., primary, Gauglitz, G., additional, and Gauglitz, Günter, additional

Published
1998
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22. Stoffbeschreibung

Author

Schwarze, P., primary, Lommer, C.-M., additional, Beyer, C., additional, Schenk, D., additional, Dittgen, M., additional, Wolff, A., additional, Redeker, T., additional, Bertram, J., additional, Baumann, W., additional, Buschmann, N., additional, Bersier, P. M., additional, Gauglitz, G., additional, Kovar, K.-A., additional, Pachaly, P., additional, Dammertz, W., additional, Raezke, K.-P., additional, Heers, W., additional, Unterhalt, B., additional, Lahl, H., additional, Lamparter, E., additional, Benes, I., additional, Passlack, M., additional, Kämpchen, Th., additional, Förster, H.-J., additional, Westermeier, R., additional, Henninger, W., additional, Surmann, P., additional, Reyer, B., additional, Ploschke, J., additional, Kubeczka, K.-H., additional, Votteler, C., additional, and Rüdiger, H., additional

Published
1991
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30. Burn Causes Prolonged Insulin Resistance and Hyperglycemia.

Author

Gauglitz, G. G. and Jeschke, M. G.

Abstract

More than 500,000 burn injuries occur annually in the United States [1]. Although most of these burn injuries are minor, approximately 40,000 to 60,000 burn patients require admission to a hospital or major burn center for appropriate treatment [2]. Advances in therapeutic strategies, based on improved understanding of resuscitation, enhanced wound coverage, improved treatment of inhalation injury, more appropriate infection control, and better support of the hypermetabolic response to injury, have significantly improved the clinical outcome of this unique patient population over the past years [3]. However, severe burns remain a devastating injury affecting nearly every organ system and leading to significant morbidity and mortality [4]. One of the main contributors to adverse outcome of this patient population is the profound metabolic changes associated with insulin resistance and hyperglycemia [4]. [ABSTRACT FROM AUTHOR]

Published
2009
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31. Interaction Behaviour of the Ultramicroporous Polymer Makrolon ® by Spectroscopic Methods.

Author

Grundke, Karina, Stamm, Manfred, Adler, Hans-Jürgen, Busche, S., Kasper, M., Mutschler, T., Leopold, N., and Gauglitz, G.

Abstract

Makrolon ®, a commercially available polycarbonate with a glassy ultramicroporous structure (mean pore-volume 0.1 nm3), was often employed as sensitive layer for optical sensors in recent years. Due to the definite pore volume-distribution, it can be used as a size-selective sensitive layer. The interaction behaviour of Makrolon of different layer-thicknesses under the influence of methanol, ethanol and 1-propanol is characterized by Spectral Ellipsometry (SE), Surface Plasmon Resonance Spectroscopy (SPR) and Reflectometric Interference Spectroscopy (RIfS). Sorption into the polymer layer follows a superposition of Henry- and Langmuir-type behaviour; this was discussed depending on the size of the respective analyte. An adequate layer-thickness for the sensor methods RIfS and SPR is proposed. [ABSTRACT FROM AUTHOR]

Published
2006
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