骨小梁

由于在病理上组织成份的不同，MRI所呈现的信号特点依赖于骨小梁、细胞成份及胶原纤维的多少。

Because organizes the ingredient in the pathology the difference , MRI presents does the signal characteristic rely on bone trabecula , how many the cell ingredient and collagenous fibers .

在股骨头内，出现不同程度的骨小梁及骨髓组织坏死，是股骨头坏死的本质特征。

The essence of osteonecrosis of femoral head is the existing necrosis of bone trabecula and morrow tissue .

X射线显微CT用于大鼠骨小梁结构分析的研究

A Quantitative Trabecular Structural Analysis Using X-Ray Micro CT in Ovariectomized Rats

结果：CT很好的显示骨小梁和皮质骨侵犯，骨膜反应和基质的钙化、骨化。

Results CT best demonstrates trabecular and cortical bone involvement , periosteal reaction and matrix calcifications and ossifications .

N组大部缺损仍存在，中心部位无新生骨小梁。

In N group , most defects still existed , no new bone structure found in central district of defects .

目的探讨MRI对膝关节骨小梁损伤的诊断和临床应用价值。

Objective To investigate the value and clinical significance of MRI in diagnosis of subcortical trabecular injury in knee .

用户互动电脑直方图绘制技术使推导重复性的CT号码肌肉，脂肪，和骨小梁。

A user interactive computerized histogram plotting technique enabled the derivation of reproducible CT numbers for muscle , fat , and trabecular bone .

X射线平片指数：股骨头形态无变化，应力骨小梁清晰，坏死区明显缩小为3分；

X-ray film index : no changes in femoral head appearance , clear stress trabecular bone , and the necrosis region shorted as 3 marks ;

组织学检查：第2周实验组与对照组骨小梁密度值无显著性差异（P0.05）。

Histology examinations : At two weeks , the Trabecular Bone Density Values in the two groups presented no obvious distinction ( P0.05 ) .

CT扫描15个股骨头显示骨小梁扭曲，12个股骨头内见多种形态高密度硬化区，其中3个股骨头合并低密度区。

CT scans demonstrated distorted trabeculae in 15 femoral heads , and polymorphous high density sclerosis in 12 , and in 3 of the 12 there was also low density area .

CS患者BMD与骨小梁微结构均低于正常人和AIS患者。

Both BMD and trabecular bone microstructure in CS patients were lower than those in normal control and AIS patients .

图像分析表明：胎儿顶骨内BMP阳性的骨小梁及成骨细胞的平均灰度值（0～255，black～white）随胎龄增加而呈上升趋势。

The results of microimage analysis showed that the average grey value ( 0 ~ 255 , black ~ white ) of BMP positive osteoblasts and trabeculae of fetal parietal bones increased with the increase of gestational age .

结果OVX组大鼠较假手术组骨小梁体积百分比（TBV%）显著下降；类骨质体积百分比（OSV%）明显升高（P<0.05）；

RESULTS : The trabecular volume was significantly lower in OVX group rats than that in sham group rats , while osteoid seam was significantly higher .

方法：采用计算机自动识别，在通用PC平台上改进，使骨小梁间隙能够自动识别，在处理的过程中对人机对话进行了改进，使之能处理原始图像不够完善的情况。

METHODS : With computer automatic recognition , improved on the PC platform , bone intertrabecular space could be recognized automatically . In the process of treatment , human machine dialogue was improved , which could dispose the situation of original unflawless image .

采用配对t检验，分别对实验组和对照组的MTT、ALP、OCN和新生骨小梁面积进行统计学分析。

The results of MTT , ALP , OCN and areas of newly formed trabeculae of the experimental group and the control group were evaluated with paired t test respectively .

肾辐射组股骨干重、灰重、腰椎和股骨BMD明显降低；骨小梁体积和骨小梁宽度减少，骨小梁间距增加，MAR减小；

The dry and ash weight , BMD of femur and lumbar were significantly reduced , volume and width of bone trabecula were distinctly decreased and the space increased in model group .

牵张结束时，血管密度由骨小梁形成区带（MCF）向纤维区带（FIZ）递减；

At the end of distraction , microvessel density was decreased from microcolumn formation ( MCF ) zone to fibrous interzone ( FIZ );

目的本研究通过股骨转子间解剖标本骨小梁计数，应用DR平片来计算骨质强度，然后针对临床病例进行疗效对比，得出相应界限值，来指导以后内置物的选择。

Objective : To investigate the anatomical specimens intertrochanteric trabecular bone mineral density count ratio and plain film by DR to estimate bone strength , and then compared against the clinical efficacy of proportion , draw the corresponding threshold , to guide the choice of future implant .

Me-2D序列显示椎体局部受累病灶边缘及骨小梁结构清晰。

The margin of focal metastatic lesion within vertebral body as well as the bone trabeculae were clearly displayed on GRE Me-2D .

结果：加入sOGP后，大鼠BMSCs形态发生明显变化，随着培养时间延长，可见有致密的细胞结节和骨小梁样结构出现，电镜观察显示细胞处于功能活跃状态。

Results : After treated with sOGP , BMSCs of rats had obvious changes in morphology . The cellular nodule and the ossicle structure appeared in the cultured cells . The electromicroscope shows the activated status of the cells .

丽春红三色显微镜下观察结果显示：3个月时BG组螺钉周围骨量增多，骨小梁更密集，且对螺钉包裹紧密，螺钉-骨界面骨质情况明显优于空白组。

Ponceau staining under microscope showed that the bone mass around the screw was much more and the bone trabecular was close-packed and wrapped the screws tightly in BG group of 3 month time stamp , the bone substance of the bone-screw interface surpassed the control group .

术后30d，N-乙酰氨基葡萄糖组断端之间全部为骨小梁填充，骨髓腔骨小梁将要穿通，骨小梁周围成骨细胞排列整齐间有破骨细胞；

On postoperative day 30 , the bone defect were completely filled by bone trabecula in N-acetylglucosamine group , with the bone trabecula almost communicating with the bone marrow cavity , and the osteoblasts surrounding the bone trabecula were arranged orderly with osteoclasts seldom observed ;

是否存在超微小梁？&骨小梁微破裂及微骨痂的扫描电镜观察

Do ultra-trabeculae exist & SEM observations on bone microcracking and microcallus

此外还可见骨小梁的显微骨痂样组织。

In addition , microstructure callus-like tissue is visible of trabecular bone .

正常成年山羊下颌骨髁状突骨小梁排列方向的定量研究

A quantitative study on the orientation of condylar trabeculae in adult goat

肱骨大结节内骨小梁变化与年龄的关系

Morphological changes with age of bone trabeculae in greater tubercle of humerus

4周时钻孔区内充满新生骨小梁结构；

And then drilled holes were filled of trabeculae at 4 weeks .

别光告诉我你们研究骨小梁，

Don 't just tell me that you study trabeculae ,

大鼠去势后对颌骨和股骨骨小梁结构的影响

Effects on structure of mandibles and femurs in ovariectomized rats

骨小梁表面胶原纤维断裂、紊乱。

The collagen fibrils on trabecula surface were scrappy , thinner and breaking .