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Table 1 Factors associated with OHCA caused by PE

From: Improving identification of pulmonary embolism-related out-of-hospital cardiac arrest to optimize thrombolytic therapy during resuscitation

 

PE-related OHCA (n = 260)

Other etiologies (n = 10,142)

Chi2 Pearson p

Multivariate logistic regression adjusted odds ratio [95% CI]

p

Female, n (%)

139 (53.5)

3204 (31.6)

< 0.001

2.0 [1.5–2.5]

< 0.001

Age < 50 y, n (%)

67 (25.8)

2101 (20.7)

0.048

1.5 [1.1–2.0]

0.01

Absence of known heart disease, n (%)

170 (65.4)

5790 (57.1)

0.008

1.3 [1.0–1.7]

0.05

History of respiratory disease, n (%)

35 (13.4)

1350 (13.3)

0.94

  

History of diabetes, n (%)

34 (13.1)

1407 (13.9)

0.71

  

Absence of known comorbidities, n (%)

43 (16.5)

1431 (14.1)

0.27

  

History of thromboembolism, n (%)

8 (3.1)

41 (0.4)

< 0.001a

6.4 [2.7–13.5]

< 0.001

History of cancer, n (%)

25 (9.6)

535 (5.3)

0.002

1.6 [1.0–2.3]

0.04

Initial nonshockable, No. (%)

245 (94.2)

5947 (58.6)

< 0.001

10.4 [6.4–18.4]

< 0.001

  1. aFisher’s exact test
  2. PE pulmonary embolism, OHCA out-of-hospital cardiac arrest