1) Bone and Bones/radionuclide imaging
骨放射性核素显像
2) radionuclide bone scan
放射性核素骨显像
1.
Objective It is to study the relationship of the radionuclide bone scan with the levels of serum cytokine interleukin-1β,interleukin-6,tumor necrosis factorα and transforming growth factor-α in patients with osseous metastases tumors.
目的研究肿瘤患者放射性核素骨显像结果与血清多种细胞因子水平的关系。
2.
Objective To explore the correlationship between SPECT radionuclide bone scan and serum levels of three tumor markers as well as three cytokines in patients with breast cancer.
目的:评价乳腺癌患者放射性核素骨显像与血清肿瘤指标和细胞因子水平测定的价值。
3) Radionuclide bone imaging
放射性核素骨显像
1.
Clinical significance about soft tissue abnormal uptake skeletal imaging agent in radionuclide bone imaging;
放射性核素骨显像中软组织异常摄取骨显像剂的临床意义
2.
The experimental study on radionuclide bone imaging in repairing bone defect;
放射性核素骨显像在骨缺损修复实验中的研究
3.
Methods Radionuclide bone imaging was performed after 2～4 hours in intravenously injecting 740～110MBq(20~30 mCi)99Tcm-MDP.
目的研究放射性核素骨显像在诊断骨良性病变方面的价值。
4) radionuclide skeletal three-phase imaging
放射性核素骨三相显像
5) bone neoplasms/radionuclide imaging
骨肿瘤/放射性核素显像
6) osteosarcoma/radionuclide imaging
骨肉瘤/放射性核素显像
补充资料：放射性核素骨显像
放射性核素骨显像
如99mTc、113mIn
将能被骨和关节浓聚的放射性核素或标记的化合物(如99mTc、113mIn)引入体内，使骨和关节显像。其敏感性高，比X线早发现病变。假阴性小于3%，假阳性小于5%。目前最常用是发射性计算机断层摄影(ECT)法，主要用于早期发现骨肿瘤和转移灶。判断骨血供及骨坏死，骨、关节炎症变化，微小骨折及不明原因的疼痛鉴别。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条