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1 ellum at multiple time points after repeated blast injury.
2 d with baseline in the eye exposed to direct blast injury.
3  traumatic brain injury had isolated primary blast injury.
4 gun to be applied to the study of sports and blast injury.
5 of Diseases 9 codes used to diagnose primary blast injury.
6 nosis, management, and screening for primary blast injury.
7          One patient presented with a direct blast injury.
8 l system in both humans and animal models of blast injury.
9 al fragmentary munitions causing significant blast injuries.
10 critical care to patients who have sustained blast injuries.
11                      Common findings include blast injury (100%) during foot patrol (92%) occurring i
12 +/- 10, P < 0.0001) and incidence of primary blast injury (12% vs. 15%, P < 0.01) increased.
13 Most injuries were the results of gunshot or blast injury (50 and 29 patients, respectively).
14                                              Blast injury also increased the levels/activation of mat
15 perations forces members often face multiple blast injuries and have a higher risk of traumatic brain
16  a thorough overview of these unique primary blast injuries and their management.
17  associated with increased risk of pulmonary blast injury and also air and fat embolism.
18 termine the incidence and outcome of primary blast injury and to identify possible changes over the c
19 n of the terms brain injury, pain, headache, blast injury, and combat (combat disorders, war, militar
20  exists, poor triage and missed diagnosis of blast injuries are substantial concerns because injuries
21 gnificant difference in incidence of primary blast injury between personnel who were killed in action
22 Tissue damage from the blast wave or primary blast injury can be an important cause of occult trauma
23       Sixty-two of 77 patients had secondary blast injuries caused by shrapnel.
24  which suggests that the unique mechanics of blast injury could potentiate vasospasm onset, accountin
25                    Although secondary ocular blast injuries due to flying debris are more common, pri
26 polytrauma (>=2 anatomical regions), complex blast injuries from high yield explosives, firearm relat
27                                              Blast injury has been identified as the signature injury
28                                              Blast injuries have always occurred both in civilian lif
29                           The high volume of blast injuries in SO scenario supports the idea that the
30 atic function that emerged 28 days following blast injury in a mouse model of repetitive blast mTBI.
31     Injury severity and incidence of primary blast injury increased during the 4-year period, whereas
32                    Modern war ballistics and blast injuries inflict devastating extremity injuries, v
33       Mechanical ventilation after pulmonary blast injury is associated with barotrauma and the use o
34  and delayed glymphatic impairment following blast injury may render the post-traumatic brain vulnera
35 ose of the present paper is to explain orbit blast injury mechanisms through finite element modeling
36                               All concussive blast injuries met the Department of Defense definition
37 led active-duty US military after concussive blast injury (n = 50) in the acute to subacute stage and
38                          Ocular repeated air blast injuries occur from low overpressure blast wave ex
39                                              Blast injury often leads to severe sepsis/systemic infla
40 ndling will be needed for those with trauma, blast injuries, or thermal burns as well as significant
41                              The most common blast injury pattern was of a secondary type in the curr
42                                      Primary blast injury (PBI) mostly affects air-filled organs, alt
43 ne the relationship between the frequency of blast injuries, persistent clinical symptoms, and relate
44                                              Blast injury resulted in increased extravasation and red
45               Infections were more common in blast injuries, soft tissue injuries, >3 wound sites, lo
46 hese findings suggest an association linking blast injury, tauopathy, and neuronal injury.
47                                              Blast injury types included 13 (33%) primary, 20 (51%) s
48  adult men exposed to repeated subconcussive blast injury using amyloid PET.
49 anglion cell responses can be detected after blast injury using noninvasive functional and structural
50                                          The blast injuries were observed in the head and neck (16/77