Table 2:
Variable | n (%) |
---|---|
Complications (any) | 12 (27%) |
Cardiac arrest | 4 (9%) |
Pericardial hemorrhage | 1 (2%) |
Unable to cannulate/aborted | 1 (2%) |
Hypotension | 1 (2%) |
Cannula malposition | 5 (11%) |
Complications (due to procedure)(any) | 6 (13%) |
Pericardial hemorrhage | 1 (2%) |
Unable to cannulate/aborted | 1 (2%) |
Cannula malposition | 5 (11%) |
Clinical consequences of initial malposition (n=44) | |
Not Applicable | 39 (89%) |
Hypoxemia | 4 (9%) |
Decreased Flow | 1 (2%) |
Cannulation location | |
ICU | 40 (89%) |
Cath Lab | 1 (2%) |
Operating Room | 4 (9%) |
Imaging used for cannulation | |
TEE | 42 (93.3%) |
TTE + Fluoroscopy | 2 (4.4%) |
TEE + Fluoroscopy | 1 (2.2%) |
Clinical consequences of malposition later during ECMO course | |
None | 27 (61%) |
Hypoxemia | 13 (30%) |
Decreased Flow | 3 (7%) |
Insufficient documentation | 1 (2%) |
Cannula adjusted during ECMO run | 21 (47%) |
Survived to successful decannulation | 30 (67%) |
Disposition among those successfully decannulated from ECMO (n=30) | |
Home | 11 (37%) |
Long-Term Acute Care | 7 (23%) |
Acute Rehabilitation | 9 (30%) |
Transfer to another hospital | 1 (3%) |
Died before discharge | 2 (7%) |
Cause of death on ECMO (n=15) | |
Multi-system organ failure | 5 (33%) |
Transition to palliative care | 3 (20%) |
Neurologic injury | 5 (33%) |
Other | 2 (13%) |
Cause of in-hospital death after ECMO (n=2) | |
Hypoxemia/hypercarbia | 1 (50%) |
Cardiogenic shock | 1 (50%) |
Missing values by group: Complications (due to procedure)=1/6; Clinical consequences of initial malposition=1/44; Clinical consequences of malposition later during ECMO course=1/44; Disposition among those successfully decannulated from ECLS=1/30