Pleural effusion, ascites of destruction of bone.
胸水、腹水或骨骼破坏。
On the contrary, the destruction of bone around the joint caused by infection is one of the reasons of joint sinking.
反之，关节周围的感染所造成的骨破坏，也是关节松动下沉的一个原因。
Pleural effusion was found in 43.6%, interlobar pleural metastasis was found in 49.2%, destruction of bone was majority in distant metastasis.
腺癌极易侵犯胸膜，叶间胸膜转移49.2 % ，合并胸水43 .6% ，远处转移以骨转移较多。
Plain film findings as follows: cortical bone expanded and changed thinner, displaying unilateral monosaccate or multisaccate with divided destruction of bone.
平片见病灶处骨皮质膨胀变薄，呈偏心性单囊状或多囊分隔状骨质破坏。
By day 18, periosteal new bone formation was seen definitely, destruction of bone decreased, bone density around articular increased, and the swelling of soft tissue subsided.
第18天，可见明确的骨膜新生骨形成，骨质破坏区缩小，关节周围骨质密度增高，软组织肿胀减轻。
The authors were of the opinion that expansive destruction of bone, calcification in destructed areas, and soft tissue mass were characteristic manifestations of this disease.
膨胀性骨质破坏、转移病灶内出现钙化和软组织肿块是本病特殊改变。
CT can effectively show the characteristics of lesions. Showing the destruction of bone, expanding of bone, sclerotic margin, hemorrhages, bone septum, calcification and soft tissue …
它易于显示病变的特征，对骨质破坏、骨膨胀、硬化缘、出血、骨间隔、钙化及软组织肿块等均能很好的显示。
Results All cases image manifested as different kinds of bone destruction and soft-tissue tumor in sacrum, pelvis organ were moved.
结果所有病例均表现为骶椎不同形态的骨质破坏及大小不一软组织块影，盆腔器官受推移。
Conclusion a reliable diagnosis can be made by the shape a bone destruction, location characterization of soft-tissue tumor and the age.
结论根据骶椎骨质破坏形态及发生部位，相伴软组织块影的特点、发病年龄，可做出相对正确诊断。
There is an area of bone destruction accompanied by partial calcification, with no periosteal reactive new bone.
骨组织局部破坏并伴有钙化，没有骨膜反应性新生骨。
The bone is weaker not only because of the osseous destruction, but also because the woven bone that is initially formed in the healing process does not have the same strength as lamellar bone.
患肢骨质比较脆弱的原因不仅仅是骨质破坏，早期愈合过程中新生编织骨的强度也要弱于板层骨。
Objective To study the reason and characteristics of internal fixation apparatus destruction in long bone fractures.
目的探讨长骨骨折内固定器材破坏的特点和原因。
Findings: Relatively homogeneous ground-glass appearance and expansion of right temporal bone and greater wing of the sphenoid bone. No overt bony destruction.
影像学表现：相对均匀的毛玻璃影，右侧颞骨和蝶骨大翼膨胀性改变。没有明显的骨质破坏。
Eventual destruction and loss of alveolar bone is observed and tooth exfoliation can occur in severe cases.
观察到过终极破坏和齿槽骨的缺失，状况严重时牙齿甚至会脱落。
Results: The chief characteristics of chordoma in low field MRI were: tumor signal change, tumor shape transformation, bone destruction, the perivascular erosion , etc.
结果：脊索瘤的低场MRI的主要表现有：肿瘤信号变化，肿瘤形态改变，骨质破坏，周围血管侵蚀及肿瘤外周侵犯等。
Histopathologic features of RA encompass infiltration by macrophages and T cells synovial lining hyperplasia, neoangiogenesis, pannus formation and destruction of cartilage and bone.
其主要病理特点是滑膜细胞增生、衬里层增厚、多种炎性细胞浸润、血管翳形成，以及软骨和骨组织的破坏。
The Pattern of bone destruction and characteristic changes in. density were discussed.
本文对乳突密度变化及骨质破坏进行了讨论。
CONCLUSIONS: MRI is more sensitive than ct in detecting skull base bone destruction and retropharyngeal lymph node involvement of NPC.
结论：MRI对鼻咽癌颅底骨质破坏和咽后淋巴结的检出率高于CT。
Results: Most of the benign tumor and tumor-like diseases in maxillary bone revealed round like, well defined bony destruction with sclerotic rim, expansive growth and no surrounding soft tissue mass.
结果：上颌骨良性肿瘤和肿瘤样病变多为类圆形边界清楚的骨质溶解，有硬化边，呈膨胀性生长，无邻近软组织肿块。
Objective: to observe the restoration and healing effects of implantation of natural non organic bone (NNB) in chronic periapical bone destruction of anterior teeth or bicuspid teeth.
目的：观察前牙、双尖牙慢性根尖周病变骨质破坏时，植入天然型无机骨(NNB)的修复与愈合效果。
Objetive To evaluate therapeutic effect of Boning combined with reinforcing the kidney and promoting blood flow herbs in patients with bone destruction caused by cancer-associated osteolysis.
目的观察博宁配合中药补肾活血方对肿瘤性骨溶解性骨破坏骨痛及骨质修复的疗效。
Other CT findings include bone erosion and destruction, an enhancing soft-tissue mass, and a sharp zone of transition to normal tissue. MR imaging is optimal for depicting areas of tumor involvement.
其它的CT表现包括骨侵蚀和破坏，增强的软组织肿块、与正常组织清晰的过度带、MR对于确定肿瘤受累区域是非常有帮助的。
Results: Caseification, osteoclast hyperplasia and bone destruction were found in the location of Mt sonicate injection.
结果：观察显示，结核因子注射部位出现干酪性坏死，破骨细胞数量增加，骨质破坏明显。
Objective To analyze the image diagnosis and differential diagnosis of bone destruction with soft-tissue tumor in sacrum.
目的探讨骶椎骨质破坏伴软组织块影的影像诊断与鉴别诊断。
Objective To compare the clinical utility of CT-guided percutaneous biopsies for bone destruction.
目的比较骨骼破坏性病变在CT导引下经皮穿刺不同活检方法的临床应用。
Bone destruction is characteristic of several chronic inflammatory diseases including rheumatoid arthritis and gum disease.
骨组织破坏是一些慢性炎性疾病包括类风湿性关节炎和齿龈疾病的特性。
These failures were associated with localised areas of bone destruction and resorption (osteolysis).
这些失败伴随着局部区域的骨破坏和吸收(骨溶解)。
Results There were obvious specific manifestations on bone structure destruction, compression of spinal cord, hemorrhage and ligament injury during CT and MRI detection.
结果CT与MRI在检查颈段脊柱损伤时，骨结构破坏、脊髓受压、出血和韧带损伤，均能明确显示其特异性表现。
Angiogenesis in Rheumatoid arthritis (RA) synovial of patients is the cause of synovitis, bone and cartilage destruction, pannus growth.
类风湿关节炎(RA)患者滑膜中血管生成增加是造成滑膜炎、骨和软骨破坏、血管翳生长的原因。
Destruction of spheno-occipital bone can be found in roentgenogram. It is difficult to distinguish chondroid chord?oma from chordoma and chondrogenic tumors which occur in this region.
本病与发生于颅底的脊索瘤和软骨源性肿瘤不易鉴别，组化染色与电镜检查对鉴别诊断有帮助。
应用推荐