海水浸泡

  • 网络seawater immersion
海水浸泡海水浸泡
  1. 核因子-κB与腹部开放伤合并海水浸泡大鼠全身炎症反应综合征的关系

    Relationship of nuclear factor kappa B and systemic inflammatory response syndrome ( SIRS ) caused by open abdominal injury and seawater immersion in rats

  2. DDS在海水浸泡四肢软组织火器伤中的应用

    Local application of drug delivery system to the firearm wounds of soft tissue in rabbits with seawater immersion

  3. 海水浸泡肢体进一步加重创伤反应,MDA、IL-6值显著增高,SOD值显著降低。

    Seawater immersion can reinforce the traumatic reaction and result in obvious increase of MDA and IL-6 and significant decrease of SOD value .

  4. 海水浸泡对保存血液中2,3-DPG、ATP含量与pH值影响的实验研究

    The studies on changes of 2,3-DPG , ATP and pH in the bagged blood dipped in seawater

  5. 大鼠腹部开放伤合并海水浸泡后内毒素、TNF-α、IL-6、IL-8的变化

    The change of endotoxin , TNF - α, IL-6 and IL-8 in rats with open abdominal wound and seawater immersion

  6. 海水浸泡1h后,组织水肿,以Ⅲ型胶原纤维为主。

    The edema of tissue appeared after seawater immersion for 1 hour and the majority elements were collagen ⅲ .

  7. 实验一:10只家兔致背部切口伤60个切口,海水浸泡3h后,分3组治疗:(1)纳米敷料组;

    Wounds were immersed in seawater for 3 h , then treated with nanometer dressing for group 1 ;

  8. 目的观察经海水浸泡的血袋血液2,3-DPG、ATP与pH指标的变化规律,探索海洋环境下血液的运输和保存。

    Objective To observe the change rule of 2,3-DPG , ATP and pH in the bagged blood dipped in seawater .

  9. 目的探讨实验动物胸部开放伤后海水浸泡致多器官功能障碍(MODS)的发生率和发生特点。

    Objecitve [ WT5BZ ] To evaluate the effect of seawater immersion on multiple organ dysfunction syndrome ( MODS ) after chest trauma .

  10. 重组Shh因子对海水浸泡肺微血管内皮细胞增殖和凋亡的影响研究

    Recombinant sonic hedgehog promotes proliferation and suppresses apoptosis of pulmonary microvascular endothelial cells exposed to seawater

  11. 结论海水浸泡爆炸伤延期7d后植皮是对创面实施植皮术的最佳时机。

    Conclusions The optimal operation opportunity of the delayed skin graft for explosive wounds with seawater immersion was 7 days after injury .

  12. 结论PTX能够抑制TNF-α的产生,降低肺微血管通透性,对胸部开放伤后海水浸泡致ALI有一定的保护作用。

    Conclusions PTX may inhibit production of TNF - α, loss pulmonary microvascular permeability and prevent open trauma chest of seawater immersion from acute lung injury .

  13. 30%深Ⅱ度烧伤海水浸泡4h死亡率为50%,而同样程度烧伤死亡率为6%。

    The mortality of 30 % ⅱ degree burn was 50 % after seawater immersion for 4 hours , while it was 6 % without seawater immersion .

  14. 目的探讨己酮可可碱(PTX)对胸部开放伤海水浸泡致急性肺损伤(ALI)犬肺微血管通透性的作用。

    Objective To investigate effect of pentoxifylline on pulmonary microvascular permeability of dogs incurred acute lung injuries induced by which chests with open trauma were immersed in seawater .

  15. 结果海水浸泡大鼠晶状体Na+,K+-ATP酶的α1,α2,α3亚单位mRNA水平的表达首先代偿性增高,随后呈失代偿性降低,并随时间的延长而逐渐降低。

    Results The α _1 ,α _2 ,α _3 subunit Na ~ + , K ~ + - ATPase mRNA expression in rat lenses after seawater immersion first increased due to the compensation , and then gradually decreased with the prolongation of time .

  16. 目的:探讨人促红细胞生成素(EPO)对腹部开放伤加人工海水浸泡所致急性肾损伤大鼠的防治作用。

    Objective : To study the protection role of recombinant human erythropoietin ( rhEPO ) on the rats with acute kidney damage induced by the open abdominal wound combined with artificial seawater immersion .

  17. 实验二:15只家兔致背部切口伤90个切口,分为3组,伤口分别海水浸泡6h,自来水浸泡6h,空气中暴露6h。海水浸泡伤口用纳米敷料治疗;

    Experiment ⅱ: 90 cut wounds made on 15 rabbits back were divided into 3 groups : group 1 were immersed in seawater for 6 h , and then treated with nanometer dressing ;

  18. 结论烧冲复合伤合并海水浸泡伤后可引起全身EC急性损伤,并且这种损伤比单纯烧冲复合伤(不浸泡)更严重,更持久。

    Conclusion Seawater immersion after burn blast combined injury would cause extensive acute damage of endothelial cells . The damage of immersion and burn blast combined injury is more severe and longer than that of simple burn blast combined injury .

  19. 分别于爆炸伤后即刻、海水浸泡1h及修复后1、2、3个月时切取爆炸震击及炸断的韧带做组织学及电镜观察。

    Histological examinations and electronic microscope observations of the injured and ruptured patellar ligaments were done respectively soon after blast injury , 1 hour after seawater immersion , 1 month , 2 months and 3 months after repair .

  20. 外科处理研究:将100只大白兔随机均分为海水浸泡组(SIG,浸泡60分钟)和单一致伤组(SWG)。

    Surgical management : 100 rabbits were divided randomly into single-wounded group ( SWG ) and seawater immersion group ( SIG , immersed for 60mins ) .

  21. 血清游离脂肪酸水平:海水浸泡组、烫伤+海水浸泡1h和3h组均显著高于对照组(P分别<0.01,<0.05和<0.01);

    The serum free fatty acid was significantly higher in seawater soaked group and scalded plus seawater soaked 1 and 3 hours groups than that in the control group ( P < 0.01 , P < 0.05 and P < 0.01 , respectively ) .

  22. 同时,将丝束电极(WBE)技术和电化学阻抗谱(EIS)技术联用研究了常压海水浸泡条件下有机涂层的劣化过程。

    The deterioration processes of coatings under atmospheric pressure of seawater were studied using the wire beam electrode ( WBE ) method and electrochemical impedance spectroscopy ( EIS ) .

  23. J-71胶、J-47A胶膜湿热老化和J-71胶海水浸泡试验

    Moist Heat Aging Test on J-71 Adhesive J-47A Pliofilm and Sea-Water Immersion Test on J-71 Adhesive

  24. 目的比较标准Parkland公式复苏与改良液体复苏对弹烧复合伤后海水浸泡犬血流动力学的影响,为早期救治提供理论依据。

    Objective To compare hemodynamic effects of resuscitation with Parkland formula or with the improved protocol on projectile - burn combined wound in dogs with seawater immersion .

  25. 方法32只SD大鼠随机分为4组,即对照组、应激1h组、应激2h组、应激3h组(每组均为8只),采用开放性腹部创伤并海水浸泡方法制作应激模型。

    Methods Thirty-two SD rats were subjected to open abdominal injury followed by seawater immersion . The animals were randomly divided into four groups : control , 1h , 2h , 3h stress for 1h , 2h , and 3h groups .

  26. 海水浸泡30min时晶状体明显变混浊,晶状体上皮细胞首先受损,很快发展到皮质层,发生细胞的变性和坏死。

    At 30 min with seawater immersion , lenses were apparently cloudy . The epithelia were early damaged . Further , fiber cells in the cortex occur the degeneration and necrosis .

  27. 电镜示对照组壁细胞呈静息状态,应激组壁细胞线粒体丰富,分泌小管扩张,绒毛密集,周围囊泡基本消失,呈明显分泌状态,尤以海水浸泡伤应激3h组最明显。

    Parietal cells , which were shown to be in a resting state in control group , became active in stress groups with abundant mitochondria , numerous microvilli and vanish of vesicles , especially in rats with open abdominal injury followed by seawater immersion for 3 hours .

  28. 结果胸部开放伤合并海水浸泡平均存活时间为45min,腹部开放伤为162min。

    Results The mean survival time of the animals with open chest injury and open abdominal injury followed by seawater immersion was 45 minutes and 162 minutes , respectively .

  29. 目的建立海水浸泡伤后急性胃黏膜病变(AGML)动物模型,为开展相关研究奠定理论基础。

    Objective : To establish a new animal mode of acute gastric mucosal lesions ( AGML ) in rats with open abdominal trauma after seawater immersion , so as to provide theoretical foundation for relevant study .

  30. 实验犬多部位伤海水浸泡后血流动力学变化

    Hemodynamic changes in dogs after multiple trauma combined with seawater immersion