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Decompression Sickness clinical trials

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NCT ID: NCT04791488 Recruiting - Clinical trials for Decompression Sickness

Impact of Hyperoxia and Involvement of the Immune System in Diving Accident

OXYDIVE
Start date: March 30, 2022
Phase: N/A
Study type: Interventional

The impact of oxygen therapy in many pathologies has been subject of recent work, arguing both favourable and harmful effects. Consequently, one can wonder about the influence of hyperoxic gas mixture during diving on the genesis of decompression sickness, but also about the systematic application of normobaric and hyperbaric oxygen in case of proven decompression sickness. In mammals, normoxic concentrations have been redefined at 20-100 mbars at the extracellular level and below 10 mbars in the mitochondria. Under hyperbaric conditions, most of the oxygen being dissolved in blood plasma, a state of hyperoxia is established which escapes the usual delivery and regulation system represented by red blood cells. The results of our team's previous work suggest a specific effect of diving on the levels of circulating mitochondrial DNA (mtDNA), suggesting cellular destruction linked to hyperoxia/hyperbaria. In fact, our studies, carried out on both animals and human divers, have shown that diving accident leads to an increase in mtDNA levels and an immune reaction through the mobilisation of leukocytes. The main objective of this study is to compare the influence of oxygen partial pressure levels on the evolution of clinical and biological variables during hyperbaric oxygen therapy sessions in healthy versus injured divers.

NCT ID: NCT03192956 Recruiting - Clinical trials for Decompression Sickness

Markers of Central Nervous System Injury in Decompression Sickness

DCS NEURO
Start date: May 1, 2017
Phase:
Study type: Observational

Research hypothesis - There is a correlation between the quantity of fluid markers of CNS injury in blood and DCS. - There is a correlation between quantity and kind of fluid markers of CNS injury in blood and both diving profile and severity of DCS. - There is a correlation between the quantity of inflammatory markers in blood an DCS. Objectives: - Assess whether individuals suffering decompression sickness exhibit fluid markers of central nervous system injury. - Evaluate the correlation between quantity and kind of fluid marker of CNS injury and clinical signs of neurological impairment. - Evaluate the correlation between quantity and kind of fluid marker of CNS injury and clinical outcome after 3-6 months. - Assess whether individuals suffering decompression sickness exhibit inflammatory markers in blood.