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骨髓穿刺和活检是证明骨髓有恶性肿瘤生长的现行方法。由于肿瘤在骨髓内生长有局灶性的特点,这些方法可能找不到转移的特定部位。而全身的骨髓扫描则可避免这一缺点。本文观察了56个儿童的86次扫描结果,并与X线检查、骨扫描、~(67)Ga扫描及骨髓穿刺做了比较。作者认为,全身骨髓扫描对于观察骨髓的分布,以及监视由年龄、放疗或化疗的影响疾病的状态引起骨髓生长的变化提供了方便而又灵敏的方法。在正常及大多数病理情况下生成网状内皮细胞的骨髓与生成红细胞的骨髓是平行分布的。作者认为,在网状内皮系统的显影剂中Tc-SC(硫化锝胶体)对
Bone marrow biopsy and biopsy are the current methods of demonstrating the growth of malignant tumors in the bone marrow. Due to the focal nature of tumor growth in the bone marrow, these methods may not find a specific site of metastasis. The whole body’s bone marrow scan can avoid this shortcoming. This article examined the results of 86 scans of 56 children and compared them with X-rays, bone scans, ~(67)Ga scans, and bone marrow punctures. The authors believe that whole body bone marrow scans provide a convenient and sensitive method for observing the distribution of bone marrow and monitoring changes in bone marrow growth caused by age, radiotherapy, or chemotherapy-affected disease states. In normal and most pathological conditions, the bone marrow that produces reticuloendothelial cells is distributed in parallel with the bone marrow that produces red blood cells. The authors believe that Tc-SC (Strontium Sulfide Colloids) is in the developer of the reticuloendothelial system.