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. 2020 Oct 27;20(6):273. doi: 10.3892/etm.2020.9403

Table III.

Characteristics of studies assessing impact of VAP on outcomes of COPD.

    Sample size Mean age (years) Co-morbidities SAPS II score Past use of steroids Prior use of antibiotics    
Author (year) Study type No-VAP VAP No-VAP VAP VAP No VAP VAP No VAP VAP No VAP VAP No VAP VAP due to MDR bacteria (Refs.)
Nseir (2005) P 77 77 70±9 70±8 Cardiac failure: 16 Renal failure: 8 Neurological disease: 3 Diabetes: 10 Cardiac failure: 11 Renal failure: 6 Neurological disease: 2 Diabetes: 14 37±14 39±13 34 28 53 33a 32 (11)
Hadda (2014) R 35 118 61.1±10.7 61.1±12 Present: 16 Present: 55 48.9±12 45.9±14.5 NR NR NR NR NR (14)
Badawy (2015) P 92 60 56.1±15 59±9.5 NR NR NR NR NR NR NR NR 34 (13)
Koulenti (2015) P 79 318 68.6±11 69.4±11.1 Liver cirrhosis: 4 Cardiac disease: 33 Renal insufficiency: 20 Diabetes: 18 Liver cirrhosis: 15 Cardiac disease: 125 Renal insufficiency: 53 Diabetes: 60 45 (34-57) 46 (35-59) NR NR NR NR NR (12)

aP<0.05 vs. VAP as shown in the respective studies. ICU, intensive care unit; VAP, ventilator-associated pneumonia; NR, not reported; MDR, multi-drug resistant; P, prospective; R, retrospective; SAPS, simplified acute physiology score.