脊柱结核的CT表现为：斑片、斑点状、洞穴状或蜂窝状骨质破坏。
The CT manifestations of spinal tuberculosis were: mottling, patchy, caved or faveolate bone destructions.
在这些病例中，骨质破坏是明显的。
局部骨质破坏，日光放射样改变。
骨质改变以骨质破坏多见。
本文对乳突密度变化及骨质破坏进行了讨论。
The Pattern of bone destruction and characteristic changes in. density were discussed.
脂肪肉瘤肿块密度不均匀和溶骨性骨质破坏。
The Liposarco-rna always showed inhomogeneous density mass accompanied with lytic bone destruction.
磁共振征象包括：骨质破坏（30／34）；
窦壁骨质增生硬化与局限性骨质破坏同时存在；
Localized bone proliferation cirrhosis and destruction in sinus wall.
该病的常见症状是鼻阻塞，严重者可引起骨质破坏。
The common symptoms of the disease include nasal obstruction and bone erosion in severe case.
三叉神经瘤表现为特征性哑铃形伴岩骨尖骨质破坏。
The characteristic trigeminoma appeared as dumb bell with erosion of petrous bone.
这些病变经常在晚期才确诊，这时往往有广泛的骨质破坏。
These lesions also tend to be diagnosed at an advanced stage and may be associated with extensive bone destruction.
而在改善实验室指标及防止骨质破坏方面两者无显著差异。
Others aspect of improving laboratory index and holistic function and antidestruction of bone, two groups are no distinctness.
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 analyze the image diagnosis and differential diagnosis of bone destruction with soft-tissue tumor in sacrum.
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。
CONCLUSIONS: MRI is more sensitive than ct in detecting skull base bone destruction and retropharyngeal lymph node involvement of NPC.
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。
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.
结果颅骨6例，表现为圆形、类圆形骨质破坏伴颅板内外软组织肿块；
Results Of 18 cases, the lesion was located in skull in 6, presenting as round or oval osteolytic destruction with soft tissue mass at inner and outer table.
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。
Plain film findings as follows: cortical bone expanded and changed thinner, displaying unilateral monosaccate or multisaccate with divided destruction of bone.
临床上主要表现为：快速生长或生长突然加速的包块，溃疡，骨质破坏和神经侵犯。
The main clinical findings included the rapid and sudden growth, ulceration, bone destruction and nerve infiltration.
根据最近的研究证明，长期的非甾体类抗炎药治疗可以改善本病患者脊柱的骨质破坏。
According to the most recent findings, long-term administration of NSA can affect also X-ray progression.
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。
Results All cases image manifested as different kinds of bone destruction and soft-tissue tumor in sacrum, pelvis organ were moved.
对于肿块骨质结构改变，良性肿块病变组：正常51例，骨质吸收2例，骨质破坏7例；
The change of the adjacent bone structure, benign mass group: normal 51 cases, bone absorbed 2 cases, bone destructed 7 cases;
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。
Results: Caseification, osteoclast hyperplasia and bone destruction were found in the location of Mt sonicate injection.
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。
Findings: Relatively homogeneous ground-glass appearance and expansion of right temporal bone and greater wing of the sphenoid bone. No overt bony destruction.
结论中线恶性肉芽肿在鼻腔及鼻窦的病变具有明确的CT特征，即弥漫浸润病灶伴骨质破坏。
Conclusion nasal or paranasal diffuse infiltrative lesion with bone destruction is typical ct findings in midline malignant granulomatosis.
结论：TGP联合lef治疗RA能稳定病情，对关节滑膜及骨质破坏起到较好的保护作用。
Conclusions: TGP combined with LEF can delay the progression of RA and provide protection for sclerotin and synovium of joint.
结果脊柱结核的CT表现为：①斑片、斑点状、洞穴状或蜂窝状骨质破坏（43/43例）；
Results The CT manifestations of spinal tuberculosis were: 1mottling, patchy, caved or faveolate bone destructions (43/43 cases);
临床上主要表现为快速生长或生长突然加速的局部包块，可有溃疡形成、骨质破坏和神经侵犯。
Common clinical features included sudden and rapid tumor growth, superficial ulceration, bony destruction and nerve infiltration.
结果原发鼻腔非霍奇金淋巴瘤CT表现为鼻腔肿物，鼻甲骨质破坏，上颌窦内侧壁破坏等表现。
Result: N-NHL display of CT: Tumour on the nasal cavity, bone destroy on the nosepiece, and the same display on the border upon frame.
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。
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。
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.
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