除正常组外，各组均通过切断并结扎左后肢股动脉，建立大鼠后肢缺血模型。
In addition to the normal group, the other groups were cut the femoral artery ligation of the left hind limb, built rat hind limb ischemia model.
首先采用STZ成功造模糖尿病大鼠，然后结扎大鼠左后肢髂外动脉，造成大鼠dlaso模型。
First successfully use of STZ diabetic rat model, and then use ligation of the left hind limb iliac artery get the DLASO rat model.
方法：犬左后肢炸伤后，对比3天、7天、14天三个时间点创面病理学特点和细菌含量及性质变化。
Methods After the limb blasted, to compare the pathologic and bacteriologic change on wound in 3d, 7d and 14d respectively, and define the optimal timing of wound closure.
治疗组和对照组均采用改良的“重物自由落体打击法”，选取大鼠左后肢小腿三头肌，建立骨骼肌急性挫伤模型。
To set up the model of skeletal muscle contusion in treatment group and control group by the improved device of weight-dropping.
C57BL小鼠10只，注射B16单细胞悬液于小鼠腹腔（腹腔组）和左后肢（后肢组），构建小鼠黑色素瘤生物力学模型；
The biomechanical animal model was built by injecting the B16F10 melanoma cell suspension into the abdominal cavity and left skeletal muscles in 10 C57BL mice.
C57BL小鼠10只，注射B16单细胞悬液于小鼠腹腔（腹腔组）和左后肢（后肢组），构建小鼠黑色素瘤生物力学模型；
The biomechanical animal model was built by injecting the B16F10 melanoma cell suspension into the abdominal cavity and left skeletal muscles in 10 C57BL mice.
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