Kol S, Adir Y, Gordon C R, Melamed Y
Israeli Naval Hyperbaric Institute, Haifa.
Undersea Hyperb Med. 1993 Jun;20(2):147-54.
Spinal cord injury in DCS after air diving is relatively frequent and often has late sequelae. U.S. Navy oxygen tables are sometimes not satisfactory. The advantage of using helium in these cases is based theoretically on its physical properties and has been demonstrated in animal models. We have introduced the Comex-30 (CX-30) oxy-helium table as an integral part of our treatment protocol for severe spinal DCS. We summarize here our clinical experience with seven cases. A case was considered severe if clinical assessment suggested progressive neurologic injury to the spinal cord or roots. Except for one case, the initial treatment was CX-30 followed by HBO sessions as indicated. Of the seven patients treated, five made a full recovery and the remaining two were left with mild neurologic sequelae.
空气潜水后减压病(DCS)中的脊髓损伤相对常见,且常伴有晚期后遗症。美国海军的氧气表有时并不令人满意。在这些情况下使用氦气的优势理论上基于其物理特性,并且已在动物模型中得到证实。我们已引入Comex - 30(CX - 30)氧氦表作为我们治疗严重脊髓减压病治疗方案的一个组成部分。在此我们总结七例患者的临床经验。如果临床评估提示脊髓或神经根有进行性神经损伤,则该病例被视为严重病例。除一例患者外,初始治疗均采用CX - 30,随后根据需要进行高压氧治疗。在接受治疗的七名患者中,五名完全康复,其余两名留有轻度神经后遗症。