减压病

目的观察实验性急性重症减压病过程中兔血液细胞计数的变化，比较存活组与死亡组动物各项指标的异同，分析重症减压病的致死机制。

Objective To observe the changes of blood cell counts of rabbits during experimental severe decompression sickness ( DCS ) and to compare each parameter between survival group and dead group in order to analyze the mechanism of severe DCS .

维生素E预防家兔减压病的研究

Prevention of experimental decompression sickness with vitamin E in rabbits

山羊减压病时血液血栓素B2及6酮前列腺素F（1α）的变化

Changes of txb_2 and 6-keto-pgf_ ( 1 α) in blood of the goats suffering from decompression sickness

维生素E对减压病家兔循环血小板内5-羟色胺释放的影响

Effect of Vitamin E on Serotonin Release of Circulating Platelets in Rabbits Suffering from Decompression Sickness

方法将18只实验兔随机分为对照组、减压病3h组和减压病3d组。

Methods 18 rabbits were put into the hyperbaric chamber .

目的探明减压病（DCS）病因，阐明发病机理。

Objective To explain the etiology of decompression sickness ( DCS ) and to elucidate its pathogenic mechanism .

结论减压病脊髓损伤后bFGF表达增加；

Conclusions Results Conclusions The bFGF expression in rabbit spinal cord would increase after DCS .

SEP变化与减压病（DCS）发生有关。

It was observed that occurence of acute decompression sickness ( DCS ) was related with changes of SEP.

本文报道了减压病山羊纤维蛋白原（FG）结构变化及减压病（DCS）气-血界面活性引起凝血反应的作用。

In this paper , blood coagulation resulting from the structural changes in fibrinogen ( FG ) and gas-blood interface action of goat in decompression sickness was reported .

目的探讨血小板膜糖蛋白CD31、CD61和CD62p表达在减压病发病机制中的作用。

Objective To investigate the role of expression of platelet membrane glycoprotein CD31 , CD61 and CD62p in the pathogenesis of decompression sickness .

目的观察脊髓型减压病（DCS）的神经损伤变化过程，探讨DCS致神经损伤的机制，并观察外源性神经生长因子（NGF）对DCS脊髓神经损伤的效用。

Objective To explore the mechanism of nerve injury induced by decompression sickness ( DCS ) through observing the course of nerve injury of spinal cord , and to study the therapeutic effects of extrinsic nerve growth factor ( NGF ) .

结果在减压病动物模型中分别检测到～级气泡（按Spencer分级标准），气泡数量6～113个/3s内不等；

Results ( 1 ) Spencer grade ⅰ~ⅲ bubble signals were detected in rabbit diving decompression sickness model . The number of decompression bubbles in blood are 6 to 113 per 3 seconds ;

结论PFO是神经型减压病发生的易发因素之一，但其确切作用还有待进一步研究。

Conclusions PFO is one of the susceptible factors to the occurrence of neurological ADS. But its exact way of action needs further research .

高压氧（HBO）作为一种临床常用的治疗手段，已广泛地应用于缺血性脑、脊髓损伤，一氧化碳中毒、动脉气体栓塞、减压病等缺血缺氧性疾病的治疗。

Hyperbaric oxygen ( HBO ) has been used widely as a primary therapy in patients with carbon monoxide poisoning , decompression sickness , and arterial gas embolism , and as an adjunctive therapy for the treatment of various diseases accompanied by impaired oxygen delivery .

目的观察大鼠脊髓减压病后脊髓组织内神经生长因子（NGF）及其受体酪氨酸激酶A（TrkA）蛋白表达随疾病进程的变化过程，探讨减压病脊髓损伤后自身的神经保护机制。

Objective To study the time course change of nerve growth factor ( NGF ) and its receptor tyrosine kinase A ( Trk A ) in a rat model of spinal cord decompression sickness , and explore to the auto nerve protective mechanism .

实验结果表明，当山羊患急性减压病时，其血液中TXB2明显升高而6-keto-PGF（1α）明显降低。

The results showed that the average values of blood TXB2 were rose and the average values of blood 6-keto-PGF1 α were reduced respectively in goats suffering from decompression sickness while both of them in the control group were rose .

低压舱高空耐力检查时发生减压病一例

A pilot case of decompression sickness occurred during altitude tolerance test

无减压病症状发生，多普勒超声气泡检测未听到气泡音。

No decompression sickness occurred and all divers were bubble free .

自适应噪声相消法提取减压病气泡信号

Extraction of the Bends Bubble Signals by Adaptive Noise Cancellation Method

加压锻炼致轻型减压病1例分析

The Analysis of a slight decompression sickness caused by compression training

减压病小鼠血小板膜糖蛋白的表达

Study of platelet membrane glycoprotein expression in mice with decompression sickness

大鼠脊髓减压病模型的探索研究

Trial to establish a rat model of spinal cord decompression sickness

大鼠急性减压病时脊髓诱发电位的变化

Changes of spinal evoked potentials in acute decompression sickness of rats

运动和一氧化氮对减压病的预防作用

Preventive Effect of Sports and Nitric Oxide on Decompression Sickness

乙醇治疗急性减压病的适宜剂量探讨

Appropriate Dose of Alcohol in Treatment of Acute Decompression Sickness

实验性减压病时肺微循环变化的研究

Changes of Microcirculation of Lungs during the Experimental Decompression Sickness

家兔实验性减压病时血浆中血拴素A2及前列环素含量的变化

Changes of thromboxane a_2 and prostacyclin in rabbits suffering from decompression sickness

减压病自愈性及其病理学基础

Spontaneous Cure of Decompression Sickness and Its Pathological Basis

内耳减压病豚鼠听力和耳蜗组织的病理变化

Hearing and cochlear histopathological changes in guinea pigs with inner ear decompression sickness

脊髓减压病大鼠神经细胞凋亡及神经生长因子的保护作用

Protection effect of NGF against neuron apoptosis in rat spinal cord decompression sickness