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JOANNEUM RESEARCH

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MitarbeiterInnen

Telefon: +43 316 876-2122
Fax: +43 316 8769-2122
franz.feichtner@joanneum.at

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Publikationen A novel automated discontinuous venous blood monitoring system for ex vivo glucose determination in humans A novel automated discontinuous venous blood monitoring system for ex vivo glucose determination in humans. A novel minimally-invasive approach for investigations into skin barrier function and percutaneous drug penetration A stepwise approach toward closed-loop blood glucose control for intensive care unit patients: results from a feasibility study in type 1 diabetic subjects using vascular microdialysis with infrared spectrometry and a model predictive control algorithm. An Automated Discontinious Venous Blood Sampling System for Ex Vivo Glucose Determination in Humans An automated discontinuous venous blood sampling system for ex vivo glucose determination in humans. Carbon dioxide, oxygen and pH detection in animal adipose tissue by means of extracorporeal microdialysis Clinical applicability of dOFM devices for dermal sampling Continuous glucose monitoring for intensive care patients using whole blood microdialysis Continuous pH monitoring in the adipose tissue by microdialysis Dermal PK/PD of a lipophilic topical drug in psoriatic patients by continuous intradermal membrane-free sampling Device for analyzing a fluidic sample by microdialysis and method of monitoring a parameter of a fluidic sample Glukosemessung und Insulin-Infusionsgeräte In-vivo characterization of a microdialysis-based pH sensor Kontinuierliches Glukosemonitoring bei Intensivpatienten mit Hilfe der Mikrodialyse in Vollblut Manuelle Blutentnahme bei klinischen Studien in der Diabetesforschung: Ist die herkömmliche Referenzmethode zuverlässig? Microdialysis - a versatile technology to perform metabolic monitoring in diabetes and critically ill patients. Microdialysis based device for continuous extravascular monitoring of blood glucose. Microdialysis based monitoring of subcutaneous interstitial and venous blood glucose in Type 1 diabetic subjects by mid-infrared spectrometry for intensive insulin therapy Non-esterified fatty acids induce a systematic inflammatory and prothrombotic state and depress anti-inflammatory response in adipose tissue of healthy volunteers System for automated discontinuous venous blood withdrawal for glucose determination of patients at the ICU The effect of lipid-heparin infusion on systematic inflammation and locally stimulated inflammation in subcutaneous tissue of healthy volunteers

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