OXY-HELIUM TREATMENT OF SEVERE SPINAL DECOMPRESSION-SICKNESS AFTER AIR DIVING

被引:0
作者
KOL, S
ADIR, Y
GORDON, CR
MELAMED, Y
机构
关键词
DECOMPRESSION SICKNESS; SPINAL; OXYGEN; HELIUM; COMPRESSED AIR DIVING; SCUBA DIVING;
D O I
暂无
中图分类号
Q17 [水生生物学];
学科分类号
071004 ;
摘要
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.
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页码:147 / 154
页数:8
相关论文
共 18 条
  • [1] CATRON PW, 1987, UNDERSEA BIOMED RES, V14, P101
  • [2] DOUGLAS JDM, 1988, UNDERSEA BIOMED RES, V15, P315
  • [3] Francis TJR, 1991, DESCRIBING DECOMPRES
  • [4] HILLS BA, 1981, P S DECOMPRESSION SI, P143
  • [5] HYLDEGAARD O, 1989, UNDERSEA BIOMED RES, V16, P185
  • [6] HYLDEGAARD O, 1991, UNDERSEA BIOMED RES, V18, P361
  • [7] HYLDEGAARD O, 1989, DIVING HYPERBARIC ME, P49
  • [8] HYLDEGAARD O, 1990, 16TH P ANN M EUR UND, P131
  • [9] JAMES PB, 1988, UNDERSEA BIOMED RES, V15, P321
  • [10] JAMES PB, 1981, P S DECOMPRESSION SI, P127