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. 2021 May 24;274(2):234–239. doi: 10.1097/SLA.0000000000004955

TABLE 2.

Tracheostomy Procedural Data

Time from intubation to tracheostomy, median (Q1–Q3), days 22 (18–25)
Tracheostomy timing, N (%)
 Early (0–14 days) 9 (7.6%)
 Middle (15–21 days) 48 (40.7%)
 Late (>21 days) 61 (51.7%)
Type of tracheostomy procedure, N (%)
 Percutaneous 92 (78.0%)
 Surgical or open 26 (22.0%)
Procedural team, N (%)
 Interventional pulmonary 72 (61.0%)
 General surgery 23 (19.5%)
 Thoracic surgery 8 (6.8%)
 Otorhinolaryngology 10 (8.5%)
 Neurocritical care 5 (4.2%)
Tracheostomy tube size, N (%)
 6 35 (29.7%)
 7 4 (3.4%)
 7.5 1 (0.8%)
 8 77 (65.3%)
 8.5 1 (0.8%)
Paralytic used, N (%) 118 (100%)
Ventilator pause, N (%) 118 (100%)
Ultrasound use during tracheostomy, N (%)
 Yes 56 (47.5%)
 No 62 (52.5%)
Bronchoscope, N (%)
 Disposable 105 (89.0%)
 Nondisposable 13 (11.0%)
Personal protective equipment, N (%)
 PAPR 70 (59.3%)
 CAPR 14 (11.8%)
 N95 with face-shield 54 (45.8%)
 Caps 118 (100%)
 Gowns 118 (100%)
 Gloves 118 (100%)
Location of procedure, N (%)
 Bedside 113 (95.8%)
 Operating room 5 (4.2%)
Negative pressure room, N (%) 117 (99.2%)
Medications when performing tracheostomy, N (%)
 Aspirin 15 (12.7%)
 Clopidogrel 0 (0%)
 Heparin
  Subcutaneous 8 (6.8%)
  Intravenous-held 77 (90.6%)
 Enoxaparin- held 21 (18.4%)
 Direct thrombin inhibitors-held 12 (10.3%)
 Vasopressors 43 (36.4%)

CPAR indicates controlled air-purifying respirator; PAPR, powered air-purifying respirator.

Direct thrombin inhibitors included bivalirudin and argatroban.