海马体的前部是齿状回，在动物研究中，齿状回是新神经元生成的部位，我们能对这一部位做组织学检查以及染色等等。
We know that an area of the anterior hippocampus is the dentate gyrus, and that's where the new neurons are born in the animal studies. We can do the histology and the stains and so forth.
至于人类，我们所能做的稍稍有限，我们使用一种被称为高分辨率核磁共振成像的技术，其实和我们对动物做的组织学检查相比，这个也没多高分辨率。
With humans, we're somewhat limited. We do this - use this technique called high-resolution MRI, which, by the way, isn't very high resolution compared to histology that we can do with animals.
至于人类，我们所能做的稍稍有限，我们使用一种被称为高分辨率核磁共振成像的技术，其实和我们对动物做的组织学检查相比，这个也没多高分辨率。
With humans, we're somewhat limited.We do this - use this technique called high-resolution MRI, which, by the way, isn't very high resolution compared to histology that we can do with animals.
海马体的前部是齿状回，在动物研究中，齿状回是新神经元生成的部位，我们能对这一部位做组织学检查以及染色等等。
We know that an area of the anterior hippocampus is the dentate gyrus, and that's where the new neurons are born in the animal studies.We can do the histology and the stains and so forth.
目的研制一种新型镍钛形状记忆合金腰椎椎体间融合器，通过动物实验了解其生物力学和组织学性能。
Objective to design a new type of posterior lumbar interbody fusion cage made of NiTi shape-memory alloy and to evaluate its histological and biomechanical behavior through animal study.
目的：制作不同程度关节软骨损伤的动物模型，对关节软骨损伤后软骨再生修复的组织学及超微结构进行系统研究。
Objective: We set several animal models with articular injury in various degrees and studied systemically on the histology and ultra-microscopic structure of cartilaginous regeneration after injury.
综述肉用动物双肌性状的形态、生理生化、组织学、遗传机制及其对相关性状影响等方面的研究。
The studies on muscular hypertrophy in morphology, physiology, biochemistry, histology, its determents of heredity, and its effects on relative traits in meat animals are reviewed.
目的：建立软腭射频治疗的动物模型，观察软腭经射频治疗后的组织学及超微结构改变。
PURPOSE: To investigate the histological and ultrastructural variations after radiofrequency volumetric reduction of the soft palate in an animal model.
方法：通过对实验组动物进行磁电刺激，用组织学方法观察其对大脑皮层的影响，并与对照组进行比较。
Method: the effects of magnetoelectric stimulation on rabbit cerebral cortex between the experimental and the control groups were compared by histological method.
目的：制备脑干缺血动物模型并观察大鼠脑干缺血后早期组织学病理的超微结构。
Objective: to establish brainstem ischemic model and to observe earlier period ultrastructure of histology and pathology after brainstem ischemia in rats.
分别进行临床肉眼观察及X线检查，同时进行放射性核元素骨显象，实验结束后宰杀动物，取标本送组织学检查。
Naked eye observe, X-ray examination and osseous radioactive nucleon raster display were performed. After experimentation, the dogs were killed and the samples were sent to histology examination.
组织学：研究植物和动物组织与它们的专门功能相关的组成和结构的生物学分支学科。
Histology Branch of Biology concerned with the composition and structure of plant and animal tissues in relation to their specialized functions.
目的：观察蝎毒中镇痛活性较强的组分蝎毒素-A，对神经痛动物模型受损的神经组织学和功能恢复过程的影响。
AIM:To observe the effects of the further analgesic active component extracted from scorpion venom(SV-A) on the function rehabilitation and neurohistology of neuralgia animal model.
每只动物在伤后的2周内都接受自体感觉自发电位评估、每天的神经功能测定以及组织学检查。
Each animal was evaluated by somatosensory-evoked potentials, daily neurologic assessment, and histologic examination at 2 weeks following injury.
本研究系用电警棍电击实验动物（猪），观察电击部位的皮肤喷涂金属显色剂后的颜色改变、组织学改变及金属含量的改变。
The paper studies the den electric injuries by electrictruncheon. It was observed that the colour, histology and metal quantity changed after metal developed on skin.
于原位固定0，14，28，63天分别处死动物各2只，对标本进行X线摄片、大体和组织学观察。
On the 0, 14, 28, 63 day after completion of distraction the animals were sacrificed X-ray and histological observation were performed.
目的观察人工合成组织再生膜修复动物牙周骨缺损的组织学变化及临床疗效。
Objective To study the histological change in rabbits and clinical effect by using artificial membrane to repair the periodontal defect bone tissue.
方法制作化疗药物外渗的动物坏死模型，分别采用临床常用的三种处理方法进行动物实验，进行肉眼观察及组织学观察。
Method to establish the animal necrosis models of extravasation, three methods were used to observe with naked eyes and histology.
目的从动物实验方面观察睫状体平坦部滤过术降眼压效果及对眼部组织学影响。
OBJECTIVE to investigate the effects of reducing intraocular pressure by pars plana filtration technique on glaucoma model, and to further study its effects on ocular region histopathology.
组织学观察显示，实验组动物气管狭窄部位成纤维细胞增生，胶原纤维增厚。
Proliferation of fibroblasts and thickening of collagen fibers in areas of tracheal stenosis were observed by microscopic observations.
给药期和停药恢复期，观察动物的一般情况、体重增长、进食量、血液学指标、血生化指标、脏器系数及病理组织学变化等。
Some animals were treated for 4 wk with no administration. Overt behavior, body weights, food-intake, hematological and hemato-biochemical parameters, organ coefficients, were examined.
治疗组动物的器官未见病理组织学改变。
No histopathological changes were found in the organs of treated animals.
病理组织学检查显示雾化给药组动物肺脏癌变组织状况有所改善。
During the treatment there are no obvious changes in physiological state. The lung cancer tissue of aerosol delivery treatment group was recovered in pathological histology.
病理组织学检查显示雾化给药组动物肺脏癌变组织状况有所改善。
During the treatment there are no obvious changes in physiological state. The lung cancer tissue of aerosol delivery treatment group was recovered in pathological histology.
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