骨损伤

结论骨损伤后内源性BMP、TGF-βⅢ呈阶段性分泌，且对骨损伤的修复起着重要作用。

Conclusion BMP and TGF βⅲ are released at intervals after bone injury and they play a dominant role in bone repair .

提示骨损伤后，在骨损伤修复过程中，ADSCs可能参与修复损伤。

The results suggest , after bone injury , ADSCs may be involved in repairing damage .

同样需要注意的是，这些骨损伤和软组织损伤在女孩和成年女性中比在男孩和成年男性中更加常见，部分是由于女性跑者的“三症候群”——热量消耗、骨质疏松及激素和月经变化。

Also note that in many cases , these bone and soft tissue injuries are more common in girls and women than in boys and men , due in part to the female athlete “ triad ” of calorie depletion1 , bone loss and hormonal2 and menstrual changes . Women also have a larger angle between the hips3 and ankles .

16层螺旋CT的图像后处理技术在膝关节骨损伤中的应用

Application of The 16-Slice Helical CT Postprocessing Technique on Diagnosis of Fracture of the Knee Joint

目的：探讨MRI检查中急性膝关节骨损伤与韧带损伤之间的合并关系以及临床应用价值。

Objective : To evaluate bone and ligament injury in acute knee trauma patients by MRI .

结果CAD分析显示假体与股骨平均匹配度为23.2%，骨损伤率0.033%。

Results 23.2 % hip-bone average matching rate and 0.033 % bone damage rate were presented by CAD analysis .

BMP、TGFβ1两者在骨损伤修复中相互加强，具有协同作用。

BMP and TGF - β 1 might have synergic effect in bone repair .

方法：38例急性膝部骨损伤病人，行MRI重点观察STIR序列的损伤情况。

Methods : 38 cases with acute knee trauma were imaged with MRI , especially on STIR sequence .

目的通过比较高频超声与MRI在新兵胫骨应力性损伤中的影像学特征，进一步了解高频超声对应力性骨损伤的诊断价值。

ObjectiveTo get across the diagnostic value of high-frequency ultrasonography and MRI image in recruit tibial stress injury by comparing their imaging features .

此外，活化的T细胞亦可通过分泌OPGL促进RA骨损伤。

Activated T cell may as well contribute to bone damage in RA by secreting OPGL .

目的探讨放射性骨损伤（RBI）愈合能力降低的机制。

Objective To investigate the mechanism of decrease in bone healing capacity after irradiation .

结果31例膝关节软骨损伤患者中有29例在MRI上表现异常，其中显示软骨信号异常14例，软骨信号异常伴局限性缺损13例，软骨缺损伴软骨下骨损伤14例。

Results 29 out of 31 that had cartilage injury showed signs on MRI , among them 14 displayed abnormal cartilage signal , 13 manifested abnormal cartilage signal with local defects , and 14 with injury in bone that was under cartilage .

但仅靠外源性植入，BMPs在骨损伤部位存在的时间及浓度是有限的，往往不能满足某些骨损伤修复的需要，尚不能达到牙周组织完全再生的目的。

But relying on the exogenous implantation only , the effective time and local concentration of BMPs are too limited to repair the bone injury , and to fulfill the goal of periodontal regeneration .

直接原因有牙龈撕裂、牙槽骨损伤；

The direct causes were gum laceration and alveolar bone injured .

颌骨放射性骨损伤的临床研究

A clinical study on damage of the jaws due to radiotherapy

密质骨损伤机理的实验研究

An experimental study on the damage mechanism of compact bone

佝偻病动物模型建立及骨损伤实验观察

Animal model of rickets and pathological changes in bone

儿童牙和牙槽骨损伤的固定正畸处理疗效分析

Evaluation in Efficacy Orthodontic Treatment in Children 's Teeth and Alveolar Bone Injuries

腕三角骨损伤的X线诊断（附48例报告）

X-ray Diagnosis of the Trauma of Os Trigonum ( Report of 48 Cases )

让我们来看看一些颅面部骨损伤的案例

Let 's take a look at some common traumatic bony injuries to the face

骨质疏松性骨损伤愈合过程中细胞生长因子的动态表达

The Dynamic Expression of Cell Growth Factor during Bone Healing Process in Osteoporosis Rats

84%病例的骨损伤累及胫骨。

Tibia was affected in 84 % cases .

四肢关节隐性骨损伤的影像学评价

Occult bone injury near the joint of the extremity : assessment with MR imaging

目的：探讨益气活血方防治放射性骨损伤的作用机制。

OBJECTIVE : To probe into the preventive mechanism of Recipe against radioactive bone injury .

目的探讨前牙及牙槽骨损伤治疗方法。

Objective To study the therapy method of the injury of the teeth and alveolar process .

环境镉接触人群尿金属硫蛋白排泄与镉致骨损伤效应

Excretion of urinary metallothionein and osteal damage induced by cadmium in an environmentally cadmium exposed population

骨损伤作为一种常见的创伤，可能具有相同或相似的损伤修复机制。

As a common injury , bone trauma may have the same or similar damage repair mechanisms .

硼抗氟性骨损伤的实验研究

Q & A on Sex An Experimental Study on Action of Boron upon Bones Damaged by Fluoride

染氟成纤维细胞在氟性骨损伤骨周化骨中作用的研究前景

Research Prospect on the Role of Fluoride Exposed Fibroblasts in Extraperiosteal Ossification of Bone Injury Induced by Fluoride

真空压膜牙托在前牙及牙槽骨损伤治疗中的应用

Clinical Application of the Vacuum Suction Membrane Tray In Treatment to Injury of the Teeth and Alveolar Process