Pfützner, A., Musholt, P. B., Schipper, C., Demircik, F., Hengesbach, C., Flacke, F., . . . Forst, T. (2013). Blood Glucose Meters Employing Dynamic Electrochemistry Are Stable against Hematocrit Interference in a Laboratory Setting. Diabetes Technology Society.

Pfützner, Andreas, Petra B. Musholt, Christina Schipper, Filiz Demircik, Carina Hengesbach, Frank Flacke, Jochen Sieber, ja Thomas Forst. Blood Glucose Meters Employing Dynamic Electrochemistry Are Stable against Hematocrit Interference in a Laboratory Setting. Diabetes Technology Society, 2013.

Pfützner, Andreas, et al. Blood Glucose Meters Employing Dynamic Electrochemistry Are Stable against Hematocrit Interference in a Laboratory Setting. Diabetes Technology Society, 2013.