Assertion: coronary sinus | /r/HasProperty | cs
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Source sentences:
text: Knowledge of the anatomy of the coronary sinus (CS) and cardiac venous drainage is important because of its relevance in electrophysiologic procedures and cardiac surgeries.
text: The coronary sinus (SC) is the main end of the cardiac veins, being the principal vein of the heart, draining all its blood, except that driven by the anterior cardiac veins and the minimum cardiac veins.
text: The coronary sinus (CS) is the largest cardiac venous structure and is commonly cannulated during electrophysiologic and interventional procedures.
text: The coronary sinus (CS) has also been used in electrophysiological studies for ablation of the postero-septal and left-sided accessory pathways.
text: The coronary sinus (CS) has been used in electrophysiological studies for ablation of the postero-septal and left-sided accessory pathways.
text: N2 - Cardiac electrophysiologists' use of the coronary sinus (CS) to map and ablate accessory pathways and implant left ventricular leads has emphasized the need for understanding CS anatomy.
text: AB - Cardiac electrophysiologists' use of the coronary sinus (CS) to map and ablate accessory pathways and implant left ventricular leads has emphasized the need for understanding CS anatomy.
text: Background Left ventricular lead implantation for cardiac resynchronization therapy (CRT) usually requires a pre- or intraprocedural occlusion contrast venography of the coronary sinus (CS) in order to identify tributaries to the lateral wall.
text: We report the case of a 68-year-old man who was found to have a coronary venous aneurysm at the confluence of the great cardiac vein (GCV) and coronary sinus (CS) during coronary artery bypass grafting.
text: Tilted apical view showing the drainage of pulmonary venous confluence connected to coronary sinus (CS) into the right atrium through the secundum defect.
text: Incision of anterior margin is extended to the junction with the coronary sinus (CS), and that of posterior margin is extended to the junction with posterior wall.
text: Tilted apical view showing the drainage of pulmonary venous confluence connected to coronary sinus (CS) into the right atrium through the secundum defect.
text: The left hepatic vein (LHV) anomalous drainage into the coronary sinus (CS) is an extremely rare congenital vascular abnormality.
text: Obstruction of the pulmonary veins in total anomalous pulmonary venous connections (TAPVC) to the coronary sinus (CS) is rare.
text: coronary sinus (CS).
text: (LHV) connected with the coronary sinus (CS).
text: Knowledge of the anatomy of the coronary sinus (CS) and cardiac venous drainage is important because of its relevance in electrophysiologic procedures and cardiac surgeries.
text: The coronary sinus (CS) is the largest cardiac venous structure and is commonly cannulated during electrophysiologic and interventional procedures.
text: Note the anterior course of the LSVC and its drainage into the coronary sinus (CS).
text: Iaizzo, 2013 ) are commonly used therapeutic methods that utilize coronary sinus (CS)
text: In conclusion, further investigations revealed a communication between the coronary sinus (CS) and left atrium (LA).
text: The coronary sinus (CS), great cardiac vein (GCV), anterior interventricular vein (AIV), and posterior interventricular vein (PIV) were visualized in all 78 individuals.
text: A, Left coronary angiography in Case 1—ostial atresia of the coronary sinus (CS) and a dilated small cardiac vein drawing into the right atrium on the lateral tricuspid annulus are visible.
text: Arrows indicate coronary sinus (CS; 1) and left atrium (LA;
text: mm wide that extends from coronary sinus (CS) below to left atrial (LA) myocardium above.
text: The coronary venous system includes the coronary sinus (CS) and its branches and has a highly variable anatomy,3 leading to lead courses that can vary considerably.
text: The coronary sinus (CS) is the largest cardiac
text: four‐chamber cross‐sectional views adjacent to each other demonstrating the confluent vein (compare with (c)) abnormally connected to the coronary sinus (CS) and leading to its dilation as shown in (a).
text: The left circumflex coronary artery (LCX) fistula draining into the coronary sinus (CS) is a less common form, and most cases described in the literature were adult cases.
text: Improved implant success and expanded indications in heart failure patients for left ventricular (LV) pacing electrodes via the coronary sinus (CS) and its branches have resulted in unique interactions among the leads, venous system, and epicardial heart that are not typically seen with traditional endocardial right heart cardiac electrodes.
text: Modified left lower parasternal view with colour compare of the image showing hemiazygous vein coursing anteriorly and draining in to LSVC, which eventually is draining into coronary sinus (CS).
text: The mean size of the coronary sinus (CS) was 14.2 mm (range 5.5–24 mm) and 11 patients (73.3%) showed CS dilatation (diameter ≥12 mm).
text: In this manuscript, we report our findings from gross anatomic observations on 620 hearts detailing the regional anatomy of the coronary sinus (CS) and the epicardial coronary veins that is of relevance to electrophysiologists.
text: (a–c) Posterior volume-rendered and (d–f) four-chamber (4ch) images through the long axis of the coronary sinus (CS).
text: (a–c) Posterior volume-rendered and (d–f) four-chamber (4ch) images through the long axis of the coronary sinus (CS).
text: (a–c) Posterior volume-rendered and (d–f) four-chamber (4ch) images through the long axis of the coronary sinus (CS).
text: Figure 2d: (a–c) Posterior volume-rendered and (d–f) four-chamber (4ch) images through the long axis of the coronary sinus (CS).
text: (a–c) Posterior volume-rendered and (d–f) four-chamber (4ch) images through the long axis of the coronary sinus (CS).
text: Figure 2f: (a–c) Posterior volume-rendered and (d–f) four-chamber (4ch) images through the long axis of the coronary sinus (CS).
text: Background Left ventricular lead implantation for cardiac resynchronization therapy (CRT) usually requires a pre- or intraprocedural occlusion contrast venography of the coronary sinus (CS) in order to identify tributaries to the lateral wall.
text: Anatomic studies have demonstrated that the right atrial myocardium surrounds and extends into the coronary sinus (CS) for a variable distance from its ostium and is connected distally to the left atrial myocardium.
text: Constant rate pacing of the coronary sinus (CS) (left panel) or the posterior left atrium (right panel) by decrementing the current output to near diastolic capture threshold to demonstrate isolation of the CS from the left atrium.
text: After cardioversion of atrial fibrillation (AF), ectopy (*) originating from the coronary sinus (CS) has the same ECG morphology as seen during AF and is quite atypical for ectopy of CS origin.
text: Cross-sectional diameters of normal and aneurysmal segments of the posterior interventricular vein, great cardiac vein, and coronary sinus (CS) were measured at mid-diastole, late systole, and atrial systole.
text: The coronary venous system consists of a series of tributaries overlying the myocardium, including the coronary sinus (CS), the great cardiac vein (GCV), the anterior interventricular vein, and the posterior interventricular vein (PIV)
text: Figure 8 Tilted apical view showing the drainage of pulmonary venous confluence connected to coronary sinus (CS) into the right atrium through the secundum defect
text: N2 - Knowledge of the anatomy of the coronary sinus (CS) and cardiac venous drainage is important because of its relevance in electrophysiologic procedures and cardiac surgeries.
text: AB - Knowledge of the anatomy of the coronary sinus (CS) and cardiac venous drainage is important because of its relevance in electrophysiologic procedures and cardiac surgeries.
text: Coronary sinus (CS) is the venous drainage system of the heart.
text: If the coronary sinus (CS) could not be accessed, then left coronary arteriography was performed during the same procedure.
text: The most widely used approach (transvenous) requires delivery of leads into the tributaries of the coronary sinus (CS) for pacing of the LV.
text: We present a case of a fistula or bridging vein originating from the left atrium (LA) and inserting into the coronary sinus (CS) which courses posteriorly to the right atrium and inserts near the superior vena cava, essentially serving as a left to right shunt in a 64-year-old woman presenting with chest pain.
text: Obstructed pulmonary venous drainage is generally considered extremely rare with total anomalous pulmonary venous connection (TAPVC) to the coronary sinus (CS).
text: We measured the size of the LMCA, coronary sinus (CS) and aorta (A) and calculated the LMCA/CS, LMCA/A and LMCA/CS/A ratios.
text: traveling to and lodging in the coronary sinus (CS).