Objective: to determine hypotonic liquid containing colloid on hemorrhagic dogs with celiac seawater immersion wound.
目的：观察低张胶体液对失血并腹腔海水浸泡伤的救治效果。
To observe early effect of two kinds of hypotonic liquid containing colloid on celiac seawater immersion wound in field aid.
目的观察野战环境战地两种低张胶体液对腹腔海水浸泡伤实验犬的救治作用。
Objective To observe early effect of two kinds of hypotonic colloid solution on celiac seawater immersion wound in field aid.
目的观察野战环境战地两种低张胶体液对腹腔海水浸泡伤实验犬的的救治作用。
Conclusion: Hypotonic liquid containing colloid can exert satisfactory therapeutic effects on hemorrhagic dogs with celiac seawater immersion wound.
结论：低张胶体液对失血并腹腔海水浸泡伤具有较好的救治效果。
Conclusion Open celiac seawater immersion wound could result in hypernatremia, hyperkalemia, hyperchloremia and hypertonic dehydration in dogs with hemorrhagic shock.
结论腹腔海水浸泡可导致失血性休克犬高钠血症、高钾血症、高氯血症及高渗性脱水。
Studying on the features of the combined wound with seawater immersion would help to improve the early resuscitative effect.
研究复合伤后合并海水浸泡的特点将有助于这类伤员的早期救治。
Objective to study the effect of focally applied indomethacin to firearm wound after seawater immersion on viability of the tissue.
目的探讨吲哚美辛在海水浸泡火器伤伤口局部应用对浸泡组织活力的影响。
Objective To observe the relationship between histopathology and bacteriology changes of projectile-burn combined wound in dogs with seawater immersion.
目的探讨海水浸泡烧伤复合破片伤伤后火器伤伤道组织病理学变化与细菌学变化之间的关系。
Objective To study the traumtic characteristics of projectile burn combined wound in dogs with seawater immersion.
目的研究海水浸泡对弹烧复合伤动物的致伤特点。
Objectives To observe the effect of celiac seawater immersion on the mortality in the rats with open abdominal wound and analyse the relationship between the immersion time and the mortality.
目的观察海水浸泡大鼠腹腔对大鼠急性死亡的影响，分析浸泡时间与死亡率的关系。
Objective: (1) To investigate the pathological characteristics of seawater immersion following gunshot wound of rabbit's femoral artery;
目的：（1）研究兔股动脉火器伤合并海水浸泡的病理形态学特点；
Objective To observe the effect of seawater immersion on open celiac wound in rats.
目的：观察腹腔海水浸泡对大鼠术后并发症的影响。
Conclusion Indomethacin focally applied to firearm wound during 24 hours after seawater immersion inhibits hyperinflammation and decrease secondary injury.
结论吲哚美辛应用于浸泡火器伤伤口能在浸泡后24小时内抑制伤口过度炎症反应，减轻继发损伤。
Conclusion Indomethacin focally applied to firearm wound during 24 hours after seawater immersion inhibits hyperinflammation and decrease secondary injury.
结论吲哚美辛应用于浸泡火器伤伤口能在浸泡后24小时内抑制伤口过度炎症反应，减轻继发损伤。
应用推荐