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爆炸伤     
相关语句
  blast injury
    Establishment of animal model with blast injury in maxillofacial region
    颌面部爆炸伤动物模型的建立及生物力学特性的初步研究
短句来源
    Establishment of animal model for soft tissue blast injury in pigs
    猪皮肤软组织爆炸伤动物模型的建立
短句来源
    Establishment of a new model of the blast injury to the dog brain
    新型犬颅脑爆炸伤模型的建立
短句来源
    Objective: To estabish an animal model with blast injury in maxillofacial region and to study the biomechanical property of the model.
    目的 :建立标准的颌面部爆炸伤动物模型 ,并对其生物力学特性进行初步研究。
短句来源
    Objective To establish animal model of soft tissue blast injury.
    目的建立皮肤软组织爆炸伤动物模型。
短句来源
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  explosive injury
    Establishment of model of thoracic explosive injury and analysis of early death in rabbits
    家兔胸部爆炸伤模型的建立及早期死亡原因分析
短句来源
    An animal model of maxillofacial explosive injury associated with craniocerebral injury established by a new spherical explosive
    颌面部爆炸伤合并颅脑损伤动物模型的建立
短句来源
    Development of the experimental model of the explosive injury to the dog brain
    犬颅脑爆炸伤模型的建立
短句来源
    Objective To establish the model of thoracic explosive injury for studying its mechanism and acute lung injury.
    目的建立胸部爆炸伤模型 ,深入研究胸部爆炸伤的致伤机制、急性肺损伤的发病机制。
短句来源
    Conclusion The model can be used in future studies on thoracic explosive injury.
    结论该模型可用于胸部爆炸伤的实验室研究。
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  explosion injury
    Methods The adrenal cortex and the thyroid after explosion injury were observed by light and electron microscopy.
    方法 对大鼠爆炸伤后不同时相点的肾上腺和甲状腺进行光、电镜观察。
短句来源
    Conclusion Explosion injury can lead to strong stress reaction of rats. Posttraumatic stress disorder (PTSD) is closely associated with the morphological and functional changes of stress organs.
    结论 爆炸伤后引起动物过度应激反应 ,创伤后应激性疾病 (PTSD)与应激器官的结构和功能变化过程密切相关
短句来源
  “爆炸伤”译为未确定词的双语例句
    Establishment of a model of bulbar urethral stricture in male rabbits by bombing
    爆炸伤所致尿道狭窄动物模型的建立
短句来源
    Establishment of a Model of Explosive Open Abdominal Injury and Study of Risky Factors of Early Death
    犬腹部爆炸伤后海水浸泡的实验模型建立及早期死亡原因探讨
短句来源
    Results: The overpressure of blast wave decreased exponentially according to the distance from explosive.
    结果 :该模型能稳定地模拟犬颌面部的爆炸伤 ,爆炸冲击波压力随爆距减小而急剧升高。
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  blast injury
A combination of extensive soft tissue damage caused by penetrating injuries, blast injury to the lungs and tympanic membranes, and burns are common among survivors.
      
In der von uns durchgeführten Literaturrecherche konnten wir keinen Fall ausfindig machen, in welchem ein Patient durch ein thorakoabdominales ?blast injury" vollst?ndig erblindete.
      
A burn-injured 17-year-old boy suffered from an apical pneumothorax of the right side caused either by placement of a subclavian catheter or by the blast injury.
      
Blast injury to sensory hairs: A study in the guinea pig using scanning electron microscopy
      
An unusual blast injury involving vertebral artery, phrenic nerve and cervical sympathetic chain
      
更多          
  explosion injury
Explosion injury to the intestinal tract resulting from electrocautery is a rare occurrence.
      
A 19 years old soldier suffered an explosion injury of the face.
      


By using in in situ hybridization, immunochemistry, HE staining, electron microscopy and image analysis, we studied the remote organs (the brain, the small intestine and the urinary bladder) of the rat with high energy explosive wound (HEEW) in both hind legs. The results showed: 1 Obvious pathological ultrastructure changes were observed after the HEEW. Especially, the shrinkage of endothelial cells of blood vessles in the small intestine and the urinary bladder; the neuropil edema and axon degeneration...

By using in in situ hybridization, immunochemistry, HE staining, electron microscopy and image analysis, we studied the remote organs (the brain, the small intestine and the urinary bladder) of the rat with high energy explosive wound (HEEW) in both hind legs. The results showed: 1 Obvious pathological ultrastructure changes were observed after the HEEW. Especially, the shrinkage of endothelial cells of blood vessles in the small intestine and the urinary bladder; the neuropil edema and axon degeneration appeared in hypothalamus. 2 The expression of somatostatin (SOM) and its mRNA and corticotropin releasing factor (CRF) mRNA were transiently increased in the brain, the small intestine and the urinary bladder of the rat with HEEW. 3 The SOMmRNA and CRFmRNA were not only expressed in neuroendocrine cells but also in some other cells in small intestine and urinary bladder at 1h after the HEEW. The results suggested that:1 SOM and its mRNA as well as CRFmRNA are involved in the remote effects of HEEW. 2 There are some pathological ultrastructure changes in some remote organs of the rat after the HEEW in both hind legs.

为了探讨大鼠双后肢高能爆炸伤后,远位器官(脑、小肠、膀胱)的形态学改变和这些器官中的生长抑素(SOM)和促肾上腺皮质激素释放因子(CRF)的变化,用原位杂交组织化学、免疫组织化学、常规光、电镜技术和图像分析等方法作为研究手段,结果显示:1.大鼠双后肢炸伤后,超微结构有明显变化,主要表现为小肠、膀胱中的血管内皮皱缩、胞质内吞饮小泡增多及脑内神经毡水肿和轴突退行性变。2.炸伤后,远位器官中SOM及SOMmRNA和CRFmRNA均有一过性的、应激性的变化。3.炸伤后,远位器官中不仅神经内分泌细胞SOM和CRF表达增强,而且在小肠和膀胱结缔组织中,也出现了高表达的SOMmRNA和CRFmRNA信号细胞,性质待定。本研究提示:高能爆炸伤可致远位器官损伤,SOM和CRF参与了大鼠炸伤后的创伤应激反应和远达效应的发生,为高能爆炸伤的发生机制和战伤研究提供了基础资料

Objective To establish the model of thoracic explosive injury for studying its mechanism and acute lung injury. Methods Emission of fragments in combination blast and ligation of arteriae intercostales were used to establish the model in rabbits. Then the changes of physiological parameters, blood gas, pathology and pulmonary surfactant were observed. Results The model could well imitate the thoracic explosive injury on the ground testing and was convincible and could be repeated well. Bleeding shock and...

Objective To establish the model of thoracic explosive injury for studying its mechanism and acute lung injury. Methods Emission of fragments in combination blast and ligation of arteriae intercostales were used to establish the model in rabbits. Then the changes of physiological parameters, blood gas, pathology and pulmonary surfactant were observed. Results The model could well imitate the thoracic explosive injury on the ground testing and was convincible and could be repeated well. Bleeding shock and acute respiratory derangement were found to be the major causes for early death. Conclusion The model can be used in future studies on thoracic explosive injury.

目的建立胸部爆炸伤模型 ,深入研究胸部爆炸伤的致伤机制、急性肺损伤的发病机制。方法采用破片发射复合冲击波并结扎肋间动脉方法建立模型 ,观察伤后生理参数、血气分析、病理及肺表面活性物质变化。结果建立的动物模型较好模拟现场爆炸效果 ,模型可靠 ,结果重复性好 ,失血性休克和急性呼吸功能衰竭是死亡的主要原因。结论该模型可用于胸部爆炸伤的实验室研究。

Objective To develop a practical experimental model of the explosive injury to the dog brain, which corresponds with the facts of explosive weapons. Methods Twenty dogs were randomly divided into control group (8 dogs) and experiment group (12 dogs). Simulating fragment of the explosive weapons with high speed steel spheres and considering explosive wave of electric detonator as explosive weapons' blast, an experimental model has been developed in the anesthetized dog .The physiological parameters and the...

Objective To develop a practical experimental model of the explosive injury to the dog brain, which corresponds with the facts of explosive weapons. Methods Twenty dogs were randomly divided into control group (8 dogs) and experiment group (12 dogs). Simulating fragment of the explosive weapons with high speed steel spheres and considering explosive wave of electric detonator as explosive weapons' blast, an experimental model has been developed in the anesthetized dog .The physiological parameters and the pathological changes were recorded. Results Among physiological effects observed in this model, the most prominent was respiratory arrest. In addition to apnea, hypotension and bradycardic was observed. A transient flat electroencephalogram was seen immediately after the blast injury. Increase of intra cranial pressure was observed during the early post traumatic period. Contusion area and concussion area were discernable. Sub arachnoid hemorrhage and subdural hematoma was significant and extensive. Dot bleeding was seen all over the brain. Conclusions This model is not only corresponding with the facts of explosive weapons, but also is stable and reproductive. It is easy to handle and is suitable for different environments. Prompt respiratory support can reduce the mortality of craniocerebral explosive injury. Hyper intra cranial pressure emerges early and prominently. Contusion area and concussion area are discernable with a high incidence rate of intra cranial hematoma.

目的 建立实用而与爆炸性武器致伤机制接近的犬颅脑爆炸伤模型。 方法  2 0只犬随机分为对照组 (8只 )和致伤组 (12只 )。用高速钢球模拟爆炸性武器的爆炸破片 ,以同步电雷管爆炸所产生的爆轰波模拟爆炸性武器的爆炸冲击波 ,建立颅脑爆炸伤模型。记录致伤前后生理指标的变化 ,观察其组织病理学改变。 结果 动物伤后均出现呼吸暂停、心率减慢、平均动脉压降低等脑干抑制现象 ;脑电活动消失 ,脑电图呈一直线 ;颅内压呈明显的瞬时增高后下降 ,再进行性增高的特征性改变 ;挫伤区与震荡区边界不清 ,硬膜下血肿和蛛网膜下腔出血较为明显 ,全脑有点状出血。 结论  (1)该模型的伤情与实际爆炸伤接近 ,重复性和稳定性好 ,安全而易操作 ,能在实验室内进行 ;(2 )呼吸抑制是颅脑爆炸伤动物早期死亡的主要原因 ,积极有效的辅助呼吸能减少颅脑爆炸伤动物的死亡率 ;(3)颅内高压出现早且明显 ;(4 )挫伤区与震荡区边界不清 ,颅内血肿发生率高。

 
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