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. Author manuscript; available in PMC: 2020 Sep 1.
Published in final edited form as: J Cardiothorac Vasc Anesth. 2019 Oct 18;34(3):698–705. doi: 10.1053/j.jvca.2019.10.024

Table 2:

Cannula position and complications (n=45 patients)

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