1 s; pnemothorax; hemothorax; chylothorax; and fat embolism.

2 k of pulmonary blast injury and also air and fat embolism.

3     Among the specific causes were pulmonary fat embolism and 27 different infectious pathogens.

4 e chest syndrome is commonly precipitated by fat embolism and infection, especially community-acquire

5 ear-old patient in the placebo group died of fat embolism, and another patient in the placebo group w

6 nostic techniques suggest that infection and fat embolism are underdiagnosed in patients with the syn

7             This may lead to the syndrome of fat embolism, associated with the generation of free fat

8 ly unlikely included infectious disease, gas/fat embolism, boat strike, by-catch, predator attack, fo

9 to better understand the etiopathogenesis of fat embolism by comparing the lipid composition of lungs

10      Recent reports suggest that bone marrow fat embolism can be detected in many cases of severe ACS

11 infection associated with this syndrome, and fat embolism from necrotic marrow is the etiologic facto

12 lts often have severe disease, and pulmonary fat embolism is frequently a component of severe ACS.

13  outcome was safety, indicated by absence of fat embolism, MB escape, abscess wall damage, and need f

14                                   Concerning fat embolism, non-significant differences could be estab

15 mmonly with atypical bacteria, and pulmonary fat embolism (PFE); the cause is often obscure and may b

16                                          The fat embolism syndrome is clinically characterized by dys

17 responsible for the acute lung injury of the fat embolism syndrome.

18 d microembolic signals to the development of fat embolism syndrome.

19 s may help explain the etiology of so-called fat embolism wherein trauma-induced release of fatty mat

20                  One of these pathologies is fat embolism, which has been described histologically in