Fragestellung: In den letzten Jahren haben die Pulsoxymetriehersteller Signalverarbeitungsalgorithmen und Sensortechnologie nachhaltig weiterentwickelt, um insbesondere die Falschalarmrate durch Bewegungsartefakte zu senken. In dieser Studie sollten ältere und neuere Pulsoxymetriemodelle hinsichtlich ihrer Leistungsfähigkeit bei Herzrhythmusstörungen (HRS) mit Alteration der Pulswellenkonturen gegenübergestellt werden.
*Department of Anesthesiology, University of Erlangen-Nuremberg, Erlangen, Germany; Fraunhofer Institute for Reliability and Microintegration
Lutter, N.; Kozma, E.; Kroeber, S.; Pauser, J.; Mell, J.; Schuettler, J. Author Information
Article MIKROFLUIDIKCHIP FÜR DAS MONITORING UND DIE KONTROLLE SEHR KLEINER DOSIERRATEN was published on January 1, 2003 in the journal Biomedical Engineering / Biomedizinische Technik (volume 48, issue s1).
Article PERSONAL HEALTH MONITORING SYSTEM MIT INNOVATIVER MIKROSYSTEMTECHNISCHER SENSORIK (STATUSBERICHT) was published on January 1, 2002 in the journal Biomedical Engineering / Biomedizinische Technik (volume 47, issue s1b).
A portable drug delivery system for small dosing rates employing the over pressure principle was developed. The over pressure is generated by a conventional spring actuation. A disposable silicon micro channel fabricated by a single mask process is used as a well defined flow resistance. A method to mount standard LUER connectors to the silicon micro channels by insert plastic moulding was developed. At a continuous dosing rate of the drug delivery system of 1 mul/min a continuous drug flow of nearly five days becomes possible with a drug volume of 6,5 ml. Pressure generation units and silicon capillaries were fabricated and tested. After sterilisation of the capillaries the drug delivery system is evaluated in vivo in clinical studies. Two medical applications were chosen to verify the advantages of the dosing principle.
European Society of Anaesthesiologists; 8th Annual Meeting with the Austrian International Congress; Vienna, Austria, 1-4 April 2000
Wilhelm Stork合作论文数Karlsruhe Institute of Technology12
E. Kozma合作论文数8
Stephan Junger合作论文数8Jurgen Schuttler合作论文数6K.-D. Müller-Glaser合作论文数5Stefanie Kroeber合作论文数5J. Schuettler合作论文数4Pauser J合作论文数3kai engelhardt合作论文数PAUL SCHERRER INST2C Günther合作论文数2A. Wagner合作论文数2Johannes Schwider合作论文数2H. P. Boll合作论文数2J. Mell合作论文数2Cristine F Kreiner合作论文数2Klaus D Mullerglaser合作论文数2Bernd Manzke合作论文数2J. Hiller合作论文数1R Muche合作论文数1M. D. Pullman合作论文数1j j ross合作论文数1J Jacobsen合作论文数1R. J. Gajraj合作论文数1P. Vollmer合作论文数1K Zurl合作论文数1thomas boehme合作论文数1N Weber合作论文数1J. Martin合作论文数1M Doi合作论文数1Rd Bauer合作论文数1M Richter合作论文数1
Martin Richter合作论文数1
Raymond C. Koehler合作论文数Department of Environmental Health Sciences, Bloomberg School of Public Health, Johns Hopkins University1
Donald Harry Shaffner合作论文数Department of Anesthesiology and Critical Care Medicine, School of Medicine, Johns Hopkins University1Keith Jonathan Ruskin合作论文数Department of Anesthesia & Critical Care, The University of Chicago1van Wickern M合作论文数1Heinrichs W合作论文数1Fischer F合作论文数1Engl H G合作论文数1Kouemou, G.合作论文数1Guttenberg U合作论文数1
Nitish V. Thakor合作论文数Department of Biomedical Engineering, School of Medicine, Johns Hopkins University;Department of Electrical and Computer Engineering, Whiting School of Engineering, Johns Hopkins University;National University of Singapore1Apin M合作论文数1
Daniel F Hanley合作论文数1Ludger Pientka合作论文数1
Vaibhava Goel合作论文数IBM T. J. Watson Research Center1M. Richter合作论文数1Michael Quintel合作论文数1N. D. Edwards合作论文数1
