Skip to main content
. Author manuscript; available in PMC: 2015 Jun 1.
Published in final edited form as: Resuscitation. 2014 Feb 10;85(6):724–731. doi: 10.1016/j.resuscitation.2014.01.028

TABLE 4.

Pooled analysis of CPR-associated pulmonary injuries based on CPR type.

Injury* Reference Mixed Series
or
Unspecified
%(n)
Standard
CPR
%(n)
ACD-
CPR
(Suction)
%(n)
ACD-CPR
(Piston)
%(n)
Standard Followed
by ACD-CPR
(Suction)
%(n)
Total
%(n)
Aspiration 6,18 10.9 (155/1426) 10.9 (155/1426)
Pneumothorax 6,8,11 2.7 (19/705) 2.1 (9/424) 2.6 (1/38) 2.5 (29/1167)
Pneumomediastinum 5 1.4 (1/70) 1.4 (1/70)
Pleural effusion / hemothorax 6,8,10,19,20,55 0.7 (5/705) 3.9 (19/490) 6.3 (1/16) 2.1 (25/1211)
Lung contusion / hemorrhage 11,99 0 (0/47) 2.8 (2/71) 1.7 (2/118)
Pulmonary bone marrow / fat emboli 5,7,16,19,21,28,46 15.4 (18/117) 21 (52/248) 19.2 (70/365)

Active compression-decompression cardiopulmonary resuscitation (ACD-CPR)

*

Lung laceration was reported only in case reports, but not in clinical studies.

**

There were no studies identified that reported data for ACD-CPR utilizing suction cup or load distributing band technology, or standard CPR followed by ACD-CPR using either piston or load distributing band technology