Red blood cells as carriers for drugs : potential therapeutic applications ; proceedings of the 2nd International Meeting on Red Blood Cells as Carriers for Drugs, Potential Therapeutic Applications, 30 March-1 April, 1987, Tours, France
著者
書誌事項
Red blood cells as carriers for drugs : potential therapeutic applications ; proceedings of the 2nd International Meeting on Red Blood Cells as Carriers for Drugs, Potential Therapeutic Applications, 30 March-1 April, 1987, Tours, France
（Advances in the biosciences, v. 67）
Pergamon Press, 1987
1st ed
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注記
Includes bibliographies
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内容説明・目次
内容説明
This book is a general survey of the present status of the encapsulation of xenobiotics in red blood cells and their potential therapeutic utilisation. The various participants have illustrated three general domains: 1) modification of autologous red blood cell oxygen transport properties; 2) encapsulation of enzymes and creation of circulating bioreactors; and 3) encapsulation of drugs, mainly for anticancer and antiparasitic therapy, and targeting on the reticulo-endothelial system.
目次
- (partial) Some unique applications of erythrocytes as carrier systems, H O Alpar & W J Irwin
- In vitro drug release from human carrier erythrocytes, H C Eichler et al. Desferrioxamine loading of red cells for transfusion, A Zanella et al. Rheological approach to human red blood cell carriers desferrioxamine encapsulation, M Jrade et al. Optimisation of desferrioxamine loading in red blood cells, C Hurel et al. Transfusion of thalassemic patients with desferrioxamine loaded standard red blood cell units, G Fiorelli et al. Approach to the optimisation of inositol hexaphosphate entrapment into human red blood cells, M C Villereal et al. The nature and kinetics of red cell membrane changes during the osmotic pulse method of incorporating xenobiotics into viable red blood cells, R Franco et al. Isolated heart as a model to study the effects of the decrease in oxygen hemoglobin affinity, J F Baron et al. P50 shifts and tissue oxygen pressure, R Woodson et al. Arginase-loaded erythrocyte carriers: their fusion to host cells with viral fusogenic proteins and subcellular localization of arginase, C A Kruse et al. Encapsulation of rhodanese by mouse carrier erythrocytes, J Way et al. Antileishmanial activity of red-cell encapsulated drugs, J D Berman. IHP dramatically reduces Babesia microti and Plasmodium falciparum Parasitemias: observations of fluorescent red cells and fluorescent vacuoles, G M Ihler & P-F Tosi.
- The use of animal models in the encapsulation of drugs in erythrocytes, D A Lewis & J Desai.
- Towards cellular drug targeting and controlled release of drugs by magnetic fields, U Sprandel.
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