Methods SD rat model of diabetes was established by intraperitoneal injection of streptozotocin (STZ).
方法链脲佐菌素(STZ)单次腹腔注射制作SD大鼠糖尿病模型。
The present study observes effects of exhaustive exercise on the energy transformation of rat liver mitochondria using treadmill run of SD rats with incremental load as the exercise model.
以SD大鼠递增负荷跑台跑为运动模型，观察了耗竭运动对大鼠肝脏线粒体能量转换功能的影响。
Objective To properly evaluate the benefits of in utero repair of cleft lip, an animal model of cleft lip was developed and the fetal scarless wound healing was observed in SD rat fetus.
目的应用胎儿外科技术，建立胎鼠宫内先天性唇裂及无瘢痕愈合的伤口模型，并与成年鼠伤口愈合过程进行组织学对照观察，为进行唇裂宫内修复的研究提供依据。
The vascular dementia model of SD rat was duplicated by clamping bilateral arteria carotis communis repeatedly and depressurization with Sodium Nitroprusside.
实验研究部分采用了反复夹闭大鼠双侧颈总动脉配合硝普钠降压法复制SD大鼠拟血管性痴呆模型。
Methods:The different severity of acute pancreatitis model of SD rat was established by retrograde injection of different concentration of sodium deoxycholate into the common bile pancreatic duct.
方法：在胰胆管共同通道内逆行注射不同浓度的脱氧胆酸钠，制备不同重症程度的急性胰腺炎模型。
Establishing the orthodontic tooth movement model in SD rat oral. The experimental side of the left maxillary arch, the right to control side.
在SD大鼠口腔内建立正畸牙齿移动模型，以左侧上颌牙弓为实验侧，右侧为对照侧。
Objective: To establish a model of spinal cord organotypic culture in vitroof Sprague Dawlay (SD) rat.
目的：通过器官培养的方法建立大鼠器官型脊髓片培养模型。
The experiment model rat with nephrosis was made by way of intravenous injection of PAN to the SD male rat. Then observation was made on therapeutic effect of Radix Rehmanniae extract.
采用SD系雄性小鼠静脉注射嘌呤霉素氨基核甙（PAN）制成肾病模型，观察了地黄水提取液的治疗作用。
Methods SD rats were stimulated by seasickness simulator. Brain stems were taken to observe the ultrastructure changes. Results rat seasickness model was successfully established.
方法晕船模拟器对SD大鼠进行模拟晕船刺激筛选晕船易感大鼠，取大鼠脑干前庭区利用透射电镜观察超微结构相对于正常对照组的改变。
Methods SD rats were stimulated by seasickness simulator. Brain stems were taken to observe the ultrastructure changes. Results rat seasickness model was successfully established.
方法晕船模拟器对SD大鼠进行模拟晕船刺激筛选晕船易感大鼠，取大鼠脑干前庭区利用透射电镜观察超微结构相对于正常对照组的改变。
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