骨髓增生异常综合症
医学
国际预后积分系统
骨髓
前体细胞
内科学
爆炸伤
总体生存率
肿瘤科
冲击波
病理
细胞
生物
急诊医学
航空航天工程
毒物控制
遗传学
工程类
冲击波
作者
Uri Greenbaum,Erel Joffe,Kalman Filanovsky,Howard S. Oster,Ilya Kirgner,Itai Levi,Pia Raanani,Irit Avivi,Esther Manor,Gili Man‐El,Moshe Mittelman
摘要
To ascertain the relevance of bone marrow cellularity (BMC) to the interpretation of blast percentage (blast%) in MDS prognostication.We compared survival prediction based on blast% adjusted to different levels of cellularity, compared to the survival based on the original IPSS-R blast% grouping.We analyzed 355 consecutive MDS patients. Cellularity, in and of itself or its interaction with blast%, was not associated with overall survival (OS). In a small subset of patients with a hypercellular marrow (15%; n = 26), dismal prognosis was observed at lower levels of blast%. For these cases OS was similar to higher IPSS-R blast groups. For example, within the Intermediate group (blast% 5%-10%), those with a hypercellular marrow and >6% blasts had an OS of 10 m similar to 16 m in the High (blast% 10%-19%) blast group. These changes did not translate into a significant improvement in overall prognostic power of a cellularity-adjusted IPSS-R (C index 0.71 vs. 0.70).Adjusting blast% to cellularity did not improve prognostication. However, within IPSS-R-defined blast groups, a small subset of patients with relatively higher blast% and hypercellularity may have a worse prognosis than expected.
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