Primary underwater explosions are particularly dangerous because of the water properties relative to air, and the resulting pathologies presents difficulty in determining their etiologies. The whole body is affected by the blast wave and the survivor is considered a trauma patient. The exact mechanism of injury is not well understood. In the literature, there are inconsistencies between the explosive and the resulting outcome of the experimental animals. Primary lung blast injuries is the leading cause of mortality in underwater explosions and this explores the different pathologies, symptoms, and treatments that are currently available
In many parts of the world, civilians and peacekeepers are exposed to potentially serious injury fro...
<p>The potential mechanism by which the blast shock wave causes noncontact, remote damage to the und...
Under a blast or impact load, rapid movement of the thoracic wall generates stress in lung, a foam-l...
Primary underwater explosions are particularly dangerous because of the water properties relative to...
<div><p>Underwater blasts propagate further and injure more readily than equivalent air blasts. Deve...
Because the characteristics of blast waves in water are different from those in air and because kine...
BACKGROUND: Because the characteristics of blast waves in water are different from those in air and ...
Scuba diving is associated with risks of drowning, lung barotrauma and decompression sickness. In ca...
<p>Underwater blasts travel further and injury more easily than blasts in air. However, because of a...
The pattern of lung injuries has gradually changed globally in last two decades from penetrating che...
The purpose of this study was to explore the damage effects and injury mechanism of free-field explo...
Introduction: Pulmonary barotrauma consists in the damage of pulmonary tissues resulting from pressu...
As the risk of terrorist attacks increases in the U.S., disaster response personnel must understand ...
Primary blast lung injury is the most important component of a multisystem syndrome of injury result...
Primary blast lung injury (PBLI), caused by exposure to high-intensity pressure waves from explosion...
In many parts of the world, civilians and peacekeepers are exposed to potentially serious injury fro...
<p>The potential mechanism by which the blast shock wave causes noncontact, remote damage to the und...
Under a blast or impact load, rapid movement of the thoracic wall generates stress in lung, a foam-l...
Primary underwater explosions are particularly dangerous because of the water properties relative to...
<div><p>Underwater blasts propagate further and injure more readily than equivalent air blasts. Deve...
Because the characteristics of blast waves in water are different from those in air and because kine...
BACKGROUND: Because the characteristics of blast waves in water are different from those in air and ...
Scuba diving is associated with risks of drowning, lung barotrauma and decompression sickness. In ca...
<p>Underwater blasts travel further and injury more easily than blasts in air. However, because of a...
The pattern of lung injuries has gradually changed globally in last two decades from penetrating che...
The purpose of this study was to explore the damage effects and injury mechanism of free-field explo...
Introduction: Pulmonary barotrauma consists in the damage of pulmonary tissues resulting from pressu...
As the risk of terrorist attacks increases in the U.S., disaster response personnel must understand ...
Primary blast lung injury is the most important component of a multisystem syndrome of injury result...
Primary blast lung injury (PBLI), caused by exposure to high-intensity pressure waves from explosion...
In many parts of the world, civilians and peacekeepers are exposed to potentially serious injury fro...
<p>The potential mechanism by which the blast shock wave causes noncontact, remote damage to the und...
Under a blast or impact load, rapid movement of the thoracic wall generates stress in lung, a foam-l...