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Table 3 Parameters associated with ECMO treatment and outcome

From: Extracorporeal membrane oxygenation (ECMO) in patients with tuberculosis: systematic review and meta-analysis of 43 cases

 

n

data available

[%]

Respiratory and circulatory parameters

 ARDS

30

36

83.4

 Horovitz (mean, range)

68.1 (30.0–131.0)

16

 

 Cardiac failure

9

34

26.5

 Catecholamine treatment

15

16

93.8

Course of ECMO treatment

 VV V-Va

31

37

83.7

 VA V-Aa

9

37

24.3

 VVA VA-Va

2

37

5.4

 VVA VV-A a

1

37

2.7

 LFPPV-ECCO2R

2

37

5.4

 Implantation after diagnosis (days, median, IQR)

5 (1–12)

9

 

 Implantation after installation of TB treatment (days, median, IQR)

9 (2.5–63)

7

 

 Duration of ECMO therapy (days, median, IQR)

10.0 (7.0–28.0)

33

 

 Time of ventilation (days, median, IQR)

33 (11.5–57.0)

19

 

 Time in ICU (days, mean, range)

45.1 (12–114.0)

10

 

 Total observation time (days, median, IQR)

46.0 (10.8–250.9)

33

 

Outcome

 Complications of ECMO therapy

17

35

48.6

  Alveolar haemorrhage

4

17

23.5

  Pneumothorax

2

17

11.7

  Intracranial haemorrhage

2

17

11.7

  Disconnection/Failure of pump

3

17

17.6

  Thrombocytopenia

4

17

23.5

  Bleeding other

5

17

29.4

 Long term ventilation after ECMO necessary

2

28

7.1

 Deceased

8

43

18.6

 Deceased under ECMO therapy

7

43

16.3

 Time to death (mean, IQR)

21.2 (12–39)

5

 
  1. ARDS acute respiratory distress syndrome, IQR interquartile range, ECMO extracorporeal membrane oxygenation, VV V-V venovenous ECMO, VA V-A venoarterial ECMO, VVA VA-V venoarterialvenous ECMO; VVA VV-A venovenoarterial ECMO, LFPPV-ECCO2R extracorporeal carbon dioxide removal, TB tuberculosis, ICU intensive care unit
  2. aIn four cases type of ECMO was changed during the treatment process