In a case-control study, researchers examined the risk of decompression sickness (DCS) in individual subjects with higher number of exposures. Of the 126 subjects, 42 showed one or more episodes of DCS. Examination of the exposure-DCS relationship by odds ratio showed a linear relationship. Stratification analysis showed that sex, tissue ratio, and the presence of Doppler microbubbles were cofounders of this risk. A higher number of exposures increased the risk of DCS in this analysis
Background. Acute mountain sickness (AMS) is an ever-increasing burden on the health sector. With re...
407362201995PDFTech ReportAM-400-95/2DecompressionAltitudeDiseases and medical conditionsAtmospheric...
INTRODUCTION: Pressure, oxygen (O2), and time are the pillars to effective treatment of decompressio...
In this study, we examined the association between microbubbles formed in the circulation from a fre...
INTRODUCTION: Occurrences of severe decompression sickness (DCS) in military parachutist dispatchers...
Exposure to the hypobaric environment presents numerous physiological challenges to both aviators/pi...
The effect of different rates of ascent on the incidence of altitude decompression sickness (DCS) wa...
Circulating microbubbles (CMB) are frequently detected prior to the appearance of symptoms of Decomp...
Decompression sickness (DCS) is multivariable. But we hypothesize an aerobically fit person is less ...
Various tests related to studies concerning the effects of decompression sicknesses at varying press...
The contribution of upper body exercise to altitude decompression sickness while at 4.3 psia after 3...
Acute mountain sickness (AMS) occurs when there is failure of acclimatisation to high altitude. The ...
We hypothesized that exercise would cause greater severity and incidence of acute mountain sickness ...
Acute mountain sickness (AMS) occurs when there is failure of acclimatisation to high altitude. The ...
of research, no predictive models of acute mountain sickness (AMS) exist, which identify the time co...
Background. Acute mountain sickness (AMS) is an ever-increasing burden on the health sector. With re...
407362201995PDFTech ReportAM-400-95/2DecompressionAltitudeDiseases and medical conditionsAtmospheric...
INTRODUCTION: Pressure, oxygen (O2), and time are the pillars to effective treatment of decompressio...
In this study, we examined the association between microbubbles formed in the circulation from a fre...
INTRODUCTION: Occurrences of severe decompression sickness (DCS) in military parachutist dispatchers...
Exposure to the hypobaric environment presents numerous physiological challenges to both aviators/pi...
The effect of different rates of ascent on the incidence of altitude decompression sickness (DCS) wa...
Circulating microbubbles (CMB) are frequently detected prior to the appearance of symptoms of Decomp...
Decompression sickness (DCS) is multivariable. But we hypothesize an aerobically fit person is less ...
Various tests related to studies concerning the effects of decompression sicknesses at varying press...
The contribution of upper body exercise to altitude decompression sickness while at 4.3 psia after 3...
Acute mountain sickness (AMS) occurs when there is failure of acclimatisation to high altitude. The ...
We hypothesized that exercise would cause greater severity and incidence of acute mountain sickness ...
Acute mountain sickness (AMS) occurs when there is failure of acclimatisation to high altitude. The ...
of research, no predictive models of acute mountain sickness (AMS) exist, which identify the time co...
Background. Acute mountain sickness (AMS) is an ever-increasing burden on the health sector. With re...
407362201995PDFTech ReportAM-400-95/2DecompressionAltitudeDiseases and medical conditionsAtmospheric...
INTRODUCTION: Pressure, oxygen (O2), and time are the pillars to effective treatment of decompressio...