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Your search keyword '"Scacciatella, Paolo"' showing total 9 results
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9 results on '"Scacciatella, Paolo"'

2. Intravascular Lithotripsy in Acute Myocardial Infarction: Insights From a Multicenter Registry

Author

Pavani, Marco, primary, Piedimonte, Giulio, additional, Biasco, Luigi, additional, Rossi, Angelica, additional, Menozzi, Alberto, additional, Porto, Italo, additional, Patti, Giuseppe, additional, Musumeci, Giuseppe, additional, Scacciatella, Paolo, additional, Diaz, Victor Alfonso Jimenez, additional, Ferrari, Fabio, additional, Cerrato, Enrico, additional, and Varbella, Ferdinando, additional

Published
2023
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4. CRT-100.77 Intravascular Lithotripsy in Acute Myocardial Infarction: Insights From a Multicenter Registry

Author

Pavani, Marco, primary, Piedimonte, Giulio, additional, Biasco, Luigi, additional, Rossi, Angelica, additional, Menozzi, Alberto, additional, Porto, Italo, additional, Patti, Giuseppe, additional, Musumeci, Giuseppe, additional, Scacciatella, Paolo, additional, Jimenez Diaz, Victor Alfonso, additional, Ferrari, Fabio, additional, Cerrato, Enrico, additional, and Varbella, Ferdinando, additional

Published
2023
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6. Inferior Vena Cava Edge Tracking Echocardiography: A Promising Tool with Applications in Multiple Clinical Settings

Author

Albani, Stefano, primary, Mesin, Luca, additional, Roatta, Silvestro, additional, De Luca, Antonio, additional, Giannoni, Alberto, additional, Stolfo, Davide, additional, Biava, Lorenza, additional, Bonino, Caterina, additional, Contu, Laura, additional, Pelloni, Elisa, additional, Attena, Emilio, additional, Russo, Vincenzo, additional, Antonini-Canterin, Francesco, additional, Pugliese, Nicola Riccardo, additional, Gallone, Guglielmo, additional, De Ferrari, Gaetano Maria, additional, Sinagra, Gianfranco, additional, and Scacciatella, Paolo, additional

Published
2022
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7. Assessment of Phasic Changes of Vascular Size by Automated Edge Tracking-State of the Art and Clinical Perspectives

Author

Mesin, Luca, primary, Albani, Stefano, additional, Policastro, Piero, additional, Pasquero, Paolo, additional, Porta, Massimo, additional, Melchiorri, Chiara, additional, Leonardi, Gianluca, additional, Albera, Carlo, additional, Scacciatella, Paolo, additional, Pellicori, Pierpaolo, additional, Stolfo, Davide, additional, Grillo, Andrea, additional, Fabris, Bruno, additional, Bini, Roberto, additional, Giannoni, Alberto, additional, Pepe, Antonio, additional, Ermini, Leonardo, additional, Seddone, Stefano, additional, Sinagra, Gianfranco, additional, Antonini-Canterin, Francesco, additional, and Roatta, Silvestro, additional

Published
2022
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8. Assessment of Phasic Changes of Vascular Size by Automated Edge Tracking-State of the Art and Clinical Perspectives

Author

Luca Mesin, Stefano Albani, Piero Policastro, Paolo Pasquero, Massimo Porta, Chiara Melchiorri, Gianluca Leonardi, Carlo Albera, Paolo Scacciatella, Pierpaolo Pellicori, Davide Stolfo, Andrea Grillo, Bruno Fabris, Roberto Bini, Alberto Giannoni, Antonio Pepe, Leonardo Ermini, Stefano Seddone, Gianfranco Sinagra, Francesco Antonini-Canterin, Silvestro Roatta, Mesin, Luca, Albani, Stefano, Policastro, Piero, Pasquero, Paolo, Porta, Massimo, Melchiorri, Chiara, Leonardi, Gianluca, Albera, Carlo, Scacciatella, Paolo, Pellicori, Pierpaolo, Stolfo, Davide, Grillo, Andrea, Fabris, Bruno, Bini, Roberto, Giannoni, Alberto, Pepe, Antonio, Ermini, Leonardo, Seddone, Stefano, Sinagra, Gianfranco, Antonini-Canterin, Francesco, and Roatta, Silvestro

Subjects
arterial stiffness, fluid volume assessment, inferior vena cava, pulsatility, right atrial pressure, ultrasound imaging, RC666-701, arterial stiffne, Diseases of the circulatory (Cardiovascular) system, Review, Cardiovascular Medicine, Cardiology and Cardiovascular Medicine
Abstract

Assessment of vascular size and of its phasic changes by ultrasound is important for the management of many clinical conditions. For example, a dilated and stiff inferior vena cava reflects increased intravascular volume and identifies patients with heart failure at greater risk of an early death. However, lack of standardization and sub-optimal intra- and inter- operator reproducibility limit the use of these techniques. To overcome these limitations, we developed two image-processing algorithms that quantify phasic vascular deformation by tracking wall movements, either in long or in short axis. Prospective studies will verify the clinical applicability and utility of these methods in different settings, vessels and medical conditions.

Published
2022

9. Estimation of Aortic Stiffness with Bramwell–Hill Equation: A Comparative Analysis with Carotid–Femoral Pulse Wave Velocity

Author

Luca Mesin, Luca Floris, Piero Policastro, Stefano Albani, Paolo Scacciatella, Nicola Pugliese, Stefano Masi, Andrea Grillo, Bruno Fabris, Francesco Antonini-Canterin, Mesin, Luca, Floris, Luca, Policastro, Piero, Albani, Stefano, Scacciatella, Paolo, Pugliese, Nicola, Masi, Stefano, Grillo, Andrea, Fabris, Bruno, and Antonini-Canterin, Francesco

Subjects
aorta, stiffness, Bramwell–Hill equation, ultrasound, pulse wave velocity, cardiovascular system, Bioengineering, stiffne
Abstract

Aortic stiffness is an important clinical parameter for predicting cardiovascular events. Carotid–femoral pulse wave velocity (cf-PWV) has been proposed for performing this evaluation non-invasively; however, it requires dedicated equipment and experienced operators. We explored the possibility of measuring aortic stiffness using ultrasound scans of the abdominal aorta coupled with the Bramwell–Hill equation. Healthy subjects were investigated; measurements of cf-PWV were taken by arterial tonometry and aortic systo-diastolic pressure difference was estimated using a validated model. Pulsatility of an abdominal tract of aorta was assessed by automated processing of ultrasound scans. Through a Bland–Altmann analysis, we found large biases when estimating each parameter by applying the Bramwell–Hill equation to the measured values of the other two paramters (bias, ± 1.96 SD; PWV, about 2.1 ± 2.5 m/s; pulsatility, 12 ± 14%; pressure jump, 47 ± 55 mmHg). These results indicate that the two measures are not interchangeable, and that a large part of the bias is attributable to blood pressure estimation. Further studies are needed to identify the possible sources of bias between cf-PWV and aortic pulsatility.

Published
2022

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