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. 2023 Dec 5;70(4):300–304. doi: 10.1097/MAT.0000000000002101

Table 1.

Summary of Survey Mechanical Ventilation During ECMO

General Demographics (n) n (%)
Role (48)
 Intensivist 39 (81)
 Nurse 1 (2)
 Anesthesiologist 2 (4)
 Other 6 (13)
Setting (48)
 Academic 39 (82)
 Regional 9 (19)
Continent (48)
 Europe 30 (63)
 Oceania 6 (13)
 North America 15 (31)
 Asia 1 (2)
Ventilation protocol, yes (48) 25 (52)
VV-ECMO
 Goal (43)
  Lung rest 40 (93)
  Lung-recruitment 1 (2)
  Other 2 (5)
 Initial ventilation mode (43)
  PC 26 (61)
  VC 7 (16)
  PRVC 3 (7)
  PS 3 (7)
  Nonintubated 1 (2)
  Varies on physician 2 (5)
  Other 1 (2)
 Rescue therapies (43)
  Neuromuscular blockade 40 (93)
  Prone positioning 32 (74)
  Beta-blockade 18 (42)
 Partial NMB use, yes (39) 5 (13)
 Stop sedatives (43)
  As soon as possible 4 (9)
  After 3 days 5 (12)
  Ventilator support diminishes 15 (35)
  Compliance increase 15 (35)
  Never during ECMO run 2 (5)
  Other 2 (5)
 Restart sedatives (43)
  Ventilator dyssynchrony 20 (47)
  High TV/upper DP 13 (30)
  Persistent hypoxemia 7 (16)
  Other 3 (7)
 Permanently stop sedative (43)
  When pulmonary recovery 24 (56)
  Other 19 (44)
 Tracheostomy (43) 41 (93)
 Wean, ECMO first (43) 34 (79)
VA-ECMO
 Different strategy than VV-ECMO, yes (41) 30 (73)
 Initial ventilation mode (29)
  PC 10 (35)
  VC 7 (24)
  PRVC 7 (24)
  PS 0
  Nonintubated 0
  Varies on physician 2 (7)
  Other 1 (2)
 Stop sedatives (29)
  Immediate after starting ECMO 7 (24)
  Hemodynamic stability 19 (66)
  Other 3 (10)
 Tracheostomy, yes (41) 33 (81)

DP, driving pressure; ECMO, extracorporeal membrane oxygenation; NMB, neuromuscular blockade; PC, pressure-controlled; PRVC, pressure released volume-controlled; PS, pressure support; TV, tidal volume; VA, venoarterial; VC, volume-controlled; VV, venovenous.