1  rapid and accurate technique for diagnosing hemopericardium.

2 ective and safe in the stable patient with a hemopericardium after penetrating chest trauma, with no

3 ntral venous pressure measurements to detect hemopericardium and diagnostic peritoneal lavage to dete

4 uentially surveys the pericardial region for hemopericardium and then the right and left upper quadra

5  Three patients (0.4%) had cardiac tamponade/hemopericardium, and 5 patients (0.7%) had a thromboembo

6                  The subcostal view detected hemopericardium, and patients with positive examinations

7                                    A case of hemopericardium, cardiac tamponade, and death caused by

8 cations including pericardial complications (hemopericardium, cardiac tamponade, or pericardiocentesi

9   All hemodynamically stable patients with a hemopericardium confirmed at subxiphoid pericardial wind

10              The sensitivity of US to detect hemopericardium in stable patients was only 86.7%.

11 perform a sternotomy and cardiac repair if a hemopericardium is detected after penetrating chest trau

12 ect inspection after thoracotomy revealed no hemopericardium, laceration, or bleeding on catheter wit

13 ned as symptomatic intracerebral hemorrhage, hemopericardium, or other systemic bleeding resulting in

14 very 1000 procedures, there were 17 cases of hemopericardium requiring intervention, 8 cases of strok

15       Although accurate for the detection of hemopericardium, the lack of immediate availability of t

16 h a positive ultrasound (US) examination for hemopericardium underwent immediate surgery, whereas tho

17           The sensitivity of US in detecting hemopericardium was 86.7%, with a positive predictive va

18 bleeding, intracranial bleeding, spontaneous hemopericardium with cardiac tamponade, and hemarthrosis