%0 Journal Article %1 Vilser.1995 %A Vilser, W. %A Schack, B. %A Baresova, E. %A Senff, I. %A Bräuer-Burchardt, C. %A Münch, K. %A Strobel, J. %D 1995 %J Der Ophthalmologe : Zeitschrift der Deutschen Ophthalmologischen Gesellschaft %K Blood Computer-Assisted/*instrumentation;Video Dilution Factual;Expert Flow Flowmetry/*instrumentation;Predictive Processing, Recording/*instrumentation Simulation;Databases, Systems;Humans;Indicator Techniques/*instrumentation;Laser-Doppler Tests;Retinal Value Velocity/*physiology;Computer Vessels/*physiology;Signal WViFirst of %N 5 %P 728--734 %T Adaptive Verfahren zur Messung arterieller Blutgeschwindigkeiten mittels Indikatortechnik: Adaptive procedures for measuring arterial blood flow velocity in retinal vessels using indicator technique %V 92 %X There are highly significant differences in the measuring results of arterial blood velocity between the indicator and laser-Doppler techniques (up to 800\%). A new measuring procedure for the analysis of indicator dilution curves was developed based on indicator model and experimental results. The use of this new measuring procedure results in reduced mean systematic error between the indicator and laser-Doppler techniques to values around 10\%. With the introduction of adaptive measuring arrays for the creation of indicator dilution curves and the application of adaptive algorithms for centering and spectral normalizing of the dilution curves, improved reproducibility can be expected.

@article{Vilser.1995, abstract = {There are highly significant differences in the measuring results of arterial blood velocity between the indicator and laser-Doppler techniques (up to 800{\%}). A new measuring procedure for the analysis of indicator dilution curves was developed based on indicator model and experimental results. The use of this new measuring procedure results in reduced mean systematic error between the indicator and laser-Doppler techniques to values around 10{\%}. With the introduction of adaptive measuring arrays for the creation of indicator dilution curves and the application of adaptive algorithms for centering and spectral normalizing of the dilution curves, improved reproducibility can be expected.}, added-at = {2013-10-11T00:40:29.000+0200}, author = {Vilser, W. and Schack, B. and Baresova, E. and Senff, I. and Br{\"a}uer-Burchardt, C. and M{\"u}nch, K. and Strobel, J.}, biburl = {https://www.bibsonomy.org/bibtex/2f85a1d87771fc05b904f62eebc39bd26/imedos}, interhash = {4bcea81874a69963518cf58253fe3c61}, intrahash = {f85a1d87771fc05b904f62eebc39bd26}, issn = {0941-293X}, journal = {Der Ophthalmologe : Zeitschrift der Deutschen Ophthalmologischen Gesellschaft}, keywords = {Blood Computer-Assisted/*instrumentation;Video Dilution Factual;Expert Flow Flowmetry/*instrumentation;Predictive Processing, Recording/*instrumentation Simulation;Databases, Systems;Humans;Indicator Techniques/*instrumentation;Laser-Doppler Tests;Retinal Value Velocity/*physiology;Computer Vessels/*physiology;Signal WViFirst of}, number = 5, pages = {728--734}, timestamp = {2013-10-11T01:12:08.000+0200}, title = {Adaptive Verfahren zur Messung arterieller Blutgeschwindigkeiten mittels Indikatortechnik: [Adaptive procedures for measuring arterial blood flow velocity in retinal vessels using indicator technique]}, volume = 92, year = 1995 }