Search Results - "Starfinger, C."

Model-based identification and diagnosis of a porcine model of induced endotoxic shock with hemofiltration by Starfinger, C., Chase, J.G., Hann, C.E., Shaw, G.M., Lambermont, B., Ghuysen, A., Kolh, P., Dauby, P.C., Desaive, T.

“…A previously validated cardiovascular system (CVS) model and parameter identification method for cardiac and circulatory disease states are extended and…”
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Model-based cardiac diagnosis of pulmonary embolism by Starfinger, C, Hann, C.E, Chase, J.G, Desaive, T, Ghuysen, A, Shaw, G.M

“…Abstract A minimal cardiac model has been shown to accurately capture a wide range of cardiovascular system dynamics commonly seen in the intensive care unit…”
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Prediction of hemodynamic changes towards PEEP titrations at different volemic levels using a minimal cardiovascular model by Starfinger, C, Chase, J.G, Hann, C.E, Shaw, G.M, Lambert, P, Smith, B.W, Sloth, E, Larsson, A, Andreassen, S, Rees, S

“…Abstract A cardiovascular system model and parameter identification method have previously been validated for porcine experiments of induced pulmonary embolism…”
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Model-based identification of PEEP titrations during different volemic levels by Starfinger, C, Chase, J.G, Hann, C.E, Shaw, G.M, Lambert, P, Smith, B.W, Sloth, E, Larsson, A, Andreassen, S, Rees, S

“…Abstract A cardiovascular system (CVS) model has previously been validated in simulated cardiac and circulatory disease states. It has also been shown to…”
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Modelling the cardiovascular system by Shaw, Geoffrey M, Chase, J Geoffrey, Starfinger, Christina, Smith, Bram W, Hann, Christopher E, Desaive, Thomas, Ghuysen, Alexandre

“…Cardiovascular disease claims more lives than any other disease in westernised countries, affecting millions. Pinpointing cardiovascular system dysfunction is…”
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Rethinking sedation and agitation management in critical illness by Shaw, G M, Chase, J G, Rudge, A D, Starfinger, C, Lam, Z, Lee, D, Wake, G C, Greenfield, K, Dove, R

“…Objective: To examine difficulties in sedation management in the critically ill patient and explore how a semi automated sedation controller can improve…”
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Assessment of ventricular contractility and ventricular-arterial coupling with a model-based sensor by Desaive, Thomas, Lambermont, Bernard, Janssen, Nathalie, Ghuysen, Alexandre, Kolh, Philippe, Morimont, Philippe, Dauby, Pierre C, Starfinger, Christina, Shaw, Geoffrey M, Chase, J. Geoffrey

“…Highlights ► We use of a model to assess ventricular arterial coupling in septic shock. ► The model-based right ventricular elastance correlates with the…”
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Quantifying agitation in sedated ICU patients using digital imaging by Geoffrey Chase, J., Agogue, Franck, Starfinger, Christina, Lam, ZhuHui, Shaw, Geoffrey M., Rudge, Andrew D., Sirisena, Harsha

“…Agitation is a significant problem in the Intensive Care Unit (ICU), affecting 71% of sedated adult patients during 58% of ICU patient-days. Subjective scale…”
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Quantifying agitation in sedated ICU patients using heart rate and blood pressure by Chase, J Geoffrey, Starfinger, Christina, Lam, ZhuHui, Agogue, Franck, Shaw, Geoffrey M

“…Agitation is a significant problem in the intensive care unit (ICU), affecting 71% of sedated adult patients during 58% of ICU patient-days (Fraser and Riker…”
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Model-based prediction of the patient-specific response to adrenaline by Chase, J Geoffrey, Starfinger, Christina, Hann, Christopher E, Revie, James A, Stevenson, Dave, Shaw, Geoffrey M, Desaive, Thomas

“…A model for the cardiovascular and circulatory systems has previously been validated in simulated cardiac and circulatory disease states. It has also been…”
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Study of ventricular interaction during pulmonary embolism using clinical identification in a minimum cardiovascular system model by Desaive, T., Ghuysen, A., Lambermont, B., Kolh, P., Dauby, P.C., Starfinger, C., Hann, C.E., Geoffrey Chase, J., Shaw, G.M.

“…Cardiovascular disturbances are difficult to diagnose and treat because of the large range of possible underlying dysfunctions combined with regulatory reflex…”
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Assessment of ventricular-arterial coupling with a model-based sensor by Desaive, T, Lambermont, B, Ghuysen, A, Kolh, P, Morimont, P, Dauby, P.C, Starfinger, C, Hann, C.E, Shaw, G.M, Chase, J.G

“…Estimation of ventricular contractility is clinically important in diagnosing cardiac dysfunction in the critically ill. However, experimental assessment of…”
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Model-based diagnosis of acute pulmonary embolism - results from a porcine model by Desaive, Thomas, Ghuysen, Alexandre, Kolh, Philippe, Starfinger, C., Hann, C. E., Shaw, G. M., Chase, J. G.

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Patient specific model of the cardiovascular system during septic shock by Desaive, Thomas, Chase, J. G., Lambermont, Bernard, Morimont, Philippe, Ghuysen, Alexandre, Kolh, Philippe, Dauby, Pierre, Starfinger, C., Shaw, G. M., Hann, C. E.

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Model-based assessment of right ventricular arterial coupling during septic shock - Results with a procine model by Desaive, Thomas, Lambermont, Bernard, Janssen, Nathalie, Ghuysen, Alexandre, Kolh, Philippe, Dauby, Pierre, Starfinger, C., Hann, C. E., Shaw, G. M., Chase, J. G.

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