Previous studies have documented that decompression led to endothelial dysfunction with
controversial results. This study aimed to clarify the relationship between endothelial …

Purpose Excessive reactive oxygen species (ROS) is considered a consequence of
hyperoxia and a major contributor to diving-derived vascular endothelial damage and …

Decompression sickness is a systemic pathophysiological process caused by bubbles and
endothelial microparticles (EMPs) are established markers reflecting competency of …

Decompression sickness (DCS) is a complex and poorly understood systemic disease with
wide interindividual resistance variability. We selectively bred rats with a threefold greater …

Reactive oxygen species (ROS) production is a well-known effect in individuals after an
undersea dive. This study aimed to delineate the links between ROS, endothelial …

Risk in SCUBA diving is often associated with the presence of gas bubbles in the venous
circulation formed during decompression. Although it has been demonstrated time-after-time …

Studies conducted in divers indicate that endothelium function is impaired following a dive
even without decompression sickness (DCS). Our previous experiment conducted on rat …

Decompression stress can cause endothelial injury, leading to systematic inflammation and
prothrombotic phenomena. Our previous work found that endothelial injury following …

Introduction The number of divers is rising every year, including an increasing number of
aging persons with impaired endothelial function and concomitant atherosclerosis. While …

Background Decompression sickness (DCS) in rats is commonly modelled as a binary
outcome. The present study aimed to develop a ternary model of predicting probability of …