Biochemical effects in deep-sea divers exposed to aquatic environmental factors

Relevance . Diving equipment and diving launch techniques witness continuous improvements, which allow individuals to more effectively perform various tasks underwater. A controlled electronic closed circuit rebreather has been used in amateur our country for than 20 years. It is therefore necessary assess the biochemical effects deep-sea divers wearing deep sea ensure its safety functionality professional activities of dedicated departmental structures. The objective rebreather, with a similar level intravascular decompression gas formation under influence aquatic environment factors. Methods During study, 9 blood parameters were evaluated using Fujifilm DRI-CHEM NX500 apparatus 6 before after descents. In total, 14 descents performed depths from 60 100 m. Also, each descent, was assessed ultrasonic location constant-wave Doppler effect. Results Discussion As result these studies, significant increase values transaminases (ALT, AST) urea established, associated increased partial pressure oxygen hyperbaric environment. results analysis revealed that indicators CNS intoxication correlated K + ions concentration glucose levels; correlation between Na Cl - as well inverse relationship creatinine formation. noteworthy found intoxication, whereby an leads levels Conclusion studied did not go beyond reference had slight individual variations, confirms technology breathing at changes carbohydrate water-electrolyte metabolism body descent due action