Selected article for: "body surface area and echocardiographic evaluation"
Title: Research Communications of the 24th ECVIM-CA Congress
  • Document date: 2015_1_10
    • ID: r59usk02_106
    Snippet: Twenty-five dogs of different breeds, age and weight were prospectively recruited and a complete echocardiographic evaluation was performed before and 24 hours after PDA closure. End diastolic and systolic diameters indexed for body surface area (EDVI/ESVI) both derived by M-mode and B-mode views, allometric scaling derived AlloD and AlloS, Sphericity Index (SI) and pulmonary to systemic flow ratio (Qp/Qs) were assessed both pre and postoperative.....
    Document: Twenty-five dogs of different breeds, age and weight were prospectively recruited and a complete echocardiographic evaluation was performed before and 24 hours after PDA closure. End diastolic and systolic diameters indexed for body surface area (EDVI/ESVI) both derived by M-mode and B-mode views, allometric scaling derived AlloD and AlloS, Sphericity Index (SI) and pulmonary to systemic flow ratio (Qp/Qs) were assessed both pre and postoperatively. STE derived parameters assessed were longitudinal, radial and circumferential strain and strain rate. A statistically significant difference was found in all standard parameters of cardiac function before and after PDA closure (p < 0.002), with a general decrease in values 24 hours postoperatively. STE derived parameters of cardiac function showed a trend toward a decrease back to normal values, which was statistically significant (p < 0.01) for circumferential and radial strain and strain rate, while longitudinal strain and strain rate did not reach statistically significance.

    Search related documents:
    Co phrase search for related documents
    • allometric scaling and body surface area: 1, 2
    • allometric scaling and circumferential radial longitudinal strain: 1
    • allometric scaling and longitudinal strain: 1, 2
    • body surface and cardiac function: 1, 2
    • body surface and circumferential radial longitudinal strain: 1
    • body surface and echocardiographic evaluation: 1
    • body surface and EDVI ESVI body surface area: 1
    • body surface area and cardiac function: 1, 2
    • body surface area and circumferential radial longitudinal strain: 1
    • body surface area and echocardiographic evaluation: 1
    • body surface area and EDVI ESVI body surface area: 1
    • cardiac function and circumferential radial longitudinal strain: 1, 2, 3
    • cardiac function and echocardiographic evaluation: 1, 2, 3
    • cardiac function and end systolic diastolic diameter: 1
    • cardiac function parameter and circumferential radial longitudinal strain: 1
    • cardiac function standard parameter and circumferential radial longitudinal strain: 1
    • complete echocardiographic evaluation and echocardiographic evaluation: 1
    • echocardiographic evaluation and flow ratio: 1