Oscar Plogmark,Kristian Soltesz,Carl Hjelte et al.
Oscar Plogmark et al.
Introduction: Quantifying inert gas uptake and washout is critical for understanding decompression sickness (DCS). However, the limited amount of data has made it difficult to integrate inert gas kinetics into risk models...
Technical diving accidents in France: a 15-year retrospective study reporting a high prevalence of musculoskeletal decompression sickness [0.03%]
法国技术潜水事故的回顾性研究：报告高发肌肉骨骼型减压病
Emmanuel Gouin,Anaïs Caillard,Colin Veses et al.
Emmanuel Gouin et al.
Introduction: Technical diving, involving rebreathers and/or helium-based gas mixtures for deeper and longer dives, may influence risk and clinical presentation of injuries due to helium's properties, equipment constraint...
Effect of a prior hypercapnia experience on recognition of hypercapnia in divers: a randomised controlled study [0.03%]
高压环境对潜水员识别体内高碳酸血症影响的随机对照研究
Thalia Babbage,Hanna van Waart,Charlotte Jw Connell et al.
Thalia Babbage et al.
Introduction: Rebreather diving carries an increased risk of hypercapnia. Hypercapnia can cause impaired cognition, breathlessness, and increase the risk of oxygen toxicity. We investigated whether a prior unblinded hyper...
Randomized Controlled Trial
Diving and hyperbaric medicine. 2026 Jun 30;56(2):115-124. DOI:10.28920/dhm56.2.115-124 2026
Reply to comment by Peter T Wilmhurst and Christopher Edge [0.03%]
对Peter T Wilmhurst和Christopher Edge评论的回复
Laura J Tuominen,Anne K Räisänen-Sokolowski,Richard V Lundell
Laura J Tuominen
Comment on 'Effects of fluid loss on the physiology of closed-circuit rebreather divers after 100- and 45-metre dives by Tuominen, et al.' [0.03%]
对Tuominen等人的“封闭回路潜水器重复抛射物在100和45米潜水后液体丢失的生理效应”的评论
Peter T Wilmshurst,Christopher Edge
Peter T Wilmshurst
Andrew George Watson,Tiong Yeng Lim
Andrew George Watson
Dual rebreathers in practice: example experiences from the Wetmules and COBRA Divers [0.03%]
双闭路潜水呼吸器的实践：Wetmules和COBRA潜水员的经验分享
Daniel Lee,Craig Challen,Gareth Lock
Daniel Lee
Closed-circuit rebreathers have opened new frontiers in technical diving, but rebreathers are not invulnerable and therefore a 'bailout' gas supply is required. For extreme dives, open-circuit bailout is logistically impossible. This has le...
Efficacy and safety of potential irrigation diluents following 'caustic cocktail' ingestion [0.03%]
强酸中毒后“酷刑鸡尾酒”潜在冲洗稀释剂的疗效和安全性评估研究
Adam Lee,Catherine Moore,Adam Griffiths
Adam Lee
Closed circuit rebreather (CCR) diving sets use soda lime, a sodium hydroxide-based 'scrubber' substance to remove CO2 from exhaled breathing gas thus prolonging dive time and efficiency. Inadvertent water ingress into the set may result in...
Outcomes in the treatment of inner ear decompression sickness with hyperbaric oxygen therapy, a systematic review [0.03%]
高压氧治疗内耳减压病的疗效系统评价
Rosanna J Stokes,Jonathan Marsden,Doug Watts et al.
Rosanna J Stokes et al.
Introduction: The primary objective of this review was to evaluate the effectiveness of hyperbaric oxygen therapy (HBOT) in the treatment of inner ear decompression sickness (IEDCS). Secondary objectives were to summarise...
Transgender people and occupational diving: a new challenge for diving physicians? [0.03%]
变性人与职业潜水：对潜水医生的新挑战吗？
Pieter-Jan Am van Ooij,Annemarije R Bek,Robert A van Hulst
Pieter-Jan Am van Ooij
The gender identity of transgender people is not fully aligned with their sex assigned at birth. It has been estimated that approximately 355 of 100,000 people in the general population consider themselves transgender. Transgender people ar...