All mice were killed under aesthesia and their proximal tibia was harvested for undecalcified sections and the bone metabolism indexes were measured by automatic image-analysis system for bone histomorphometry .

实验结束麻醉后处死全部小鼠，取胫骨 上段进行 不 脱钙 骨 制片，经计算机自动图像分析系统对骨代谢相关指标进行骨组织形态计量学分析。

Undecalcified proximal tibia was used to assess the bone histomorphometry with digitizing image analysis system .

取胫骨上段 不 脱钙 骨 制片，应用 半 自动图像数字化分析仪检测各组大鼠骨组织计量学参数。

By using undecalcified bone sections accompanied by tetracycline double labeling and analysis of infrared spectrogram the bone formation mineralization and crystal feature of induced ectopic bone and self femora in rats were compared .

本文应用 不 脱钙骨切片技术，配合四环素双标记法和红外线吸收光谱分析，比较了大鼠诱导性异位成骨与自身股骨的骨质形成，矿化过程及骨盐的晶体组成。

Immunohistochemistry and in situ hybridization technique for undecalcified bone sections of human

人类 不 脱钙骨组织的免疫组化与原位杂交

Preparation of undecalcified bone section after metal prostheses implantation

带金属假体 不 脱钙骨片的制备方法

Conclusions The undecalcified bone sections of human made in the method can satisfy the need of IH and ISH .

结论 低温 塑料 包 埋方法制 备的人类 不 脱钙骨组织切片可同时进行免疫组化和原位杂交的检测观察。

All the rats were killed at 2 weeks after ovariectomy and the proximal tibial metaphyses ( PTM ) were processed by undecalcified section for quantitative bone histomorphometry .

全部大鼠于实验2周时处死， 取胫骨上段 不 脱钙骨制片后测量。

The undecalcified sections in shank bone were measured by bone histomorphometry ;

采用骨组织形态计量学的方法对大鼠 胫骨 不 脱钙 骨切片进行形态计量；

The rats were killed at 4 and 12 weeks after implant surgery and undecalcified sections with implants were examined histologically to clarify the changes of new bone around titanium implants .

种植术后4周和12周 分 两 批处死大鼠， 制作带种植体的 不 脱钙切片，行组织学及 荧光观察。

The microcirculatory obstruction in subchondral area and the mean rate of mineral apposition ( MRMA ) were also explored in undecalcified specimens .

未 脱钙标本行荧光染色观察骨内微循环并计算平均矿化沉积率。

The undecalcified longitudinal proximal tibial metaphysical sections were cut and stained for the bone histomorphometric analysis .

不 脱钙切片法 测定胫骨近端骨形态学参数。