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3. 染色体研究在白血病分类及治疗中的价值。

3. The value of chromosome studies in the classification and management of the leukemias.

作者信息

Garson O M

出版信息

Pathology. 1982 Jul;14(3):291-4. doi: 10.3109/00313028209061379.

Abstract

Chromosome identification techniques have shown the non-random nature of cytogenetic changes in leukemia. In addition, they have identified structural chromosome abnormalities occurring in specific types of acute leukemia as classified by the FAB criteria. Such cytogenetic sub groups are associated with differing prognoses. In acute lymphocytic leukemia, even the ploidy of the leukemic cells appears important in predicting prognosis. Identification of the Philadelphia (Ph1) chromosome has diagnostic significance in chronic granulocytic leukemia. This makes possible the classification of patients into Ph1 + and Ph1 - varieties which have different responses to therapy. Similar variations are found between the 2 groups of patients who do or do not develop additional abnormalities with blastic transformation. The implication of these findings in both acute and chronic leukemia may influence choice of therapy in the future.

摘要

染色体识别技术已表明白血病细胞遗传学改变具有非随机性质。此外,这些技术还识别出了根据FAB标准分类的特定类型急性白血病中出现的染色体结构异常。此类细胞遗传学亚组与不同的预后相关。在急性淋巴细胞白血病中,白血病细胞的倍性在预测预后方面似乎也很重要。费城(Ph1)染色体的识别对慢性粒细胞白血病具有诊断意义。这使得将患者分为Ph1 +和Ph1 - 亚型成为可能,这两种亚型对治疗的反应不同。在发生或未发生 blast 转化时出现其他异常的两组患者之间也发现了类似差异。这些在急性和慢性白血病中的发现可能会影响未来治疗方案的选择。

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