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Translocation t(5;18)(q35;q21) as a Rare Nonrandom Abnormality in Acute Myeloid Leukemia

机译:易位t(5; 18)(q35; q21)作为急性髓样白血病的罕见非随机异常

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Cytogenetic abnormalities play an important role in diagnosis, classification and prognosis in acute myeloid leukemia (AML). Nevertheless, several chromosome abnormalities have not been completely determined, and their prognostic significance is currently unknown due to their low incidence and the sporadic limited data. We report a case of AML-IVI2 with a novel, nonrandom translocation t(5;18)(q35;q21) in order to clarify the clinical features and outcome of these patients which could be advisable for prognostic and therapeutic purposes. This translocation has been reported only once in AML. Our patient received intensive chemotherapy, but he achieved a complete remission only initially. Eighteen months post diagnosis, t(3;12)(p23;p13) was detectedas a secondary abnormality to t(5;18)(q35;q21) in the progression of the disease. FISH studies confirmed the reciprocal t(5;18)(q35;q21) and demonstrated a rearrangement of ETV6 gene as a consequence of t(3;12)(p23;pl 3). The patient died a few days later. In conclusion, t(5;18)(q35;q21) is a rare but nonrandom abnormality in AML, found in FAB M2 subtype, possibly associated with a rather poor prognosis, while t(3; 12)(p23;p13) seems to contribute to the progression of thedisease. The publication of rare, nonrandom chromosome abnormalities such as t(5;18)(q35;q21) contribute to the identification of the whole spectrum of cytogenetic abnormalities in AML and their prognostic significance.
机译:细胞遗传学异常在急性髓细胞性白血病(AML)的诊断,分类和预后中起着重要作用。然而,一些染色体异常尚未完全确定,由于其低发生率和零星的有限数据,目前尚不清楚其预后意义。我们报告了一例具有新型非随机移位t(5; 18)(q35; q21)的AML-IVI2,以阐明这些患者的临床特征和预后,可能对预后和治疗目的是可取的。在AML中仅报告了一次这种移位。我们的患者接受了强化化疗,但他只是在最初获得了完全缓解。诊断后的18个月,在疾病发展过程中,将t(3; 12)(p23; p13)检测为继发于t(5; 18)(q35; q21)的异常。 FISH研究证实了互为倒数的t(5; 18)(q35; q21),并证明了由于t(3; 12)(p23; pl 3)而导致的ETV6基因重排。病人几天后死亡。总之,t(5; 18)(q35; q21)是AML中罕见但非随机的异常,在FAB M2亚型中发现,可能与预后不良有关,而t(3; 12)(p23; p13)似乎有助于疾病的发展。罕见的非随机染色体异常(例如t(5; 18)(q35; q21))的发布有助于鉴定AML中细胞遗传学异常的整个范围及其预后意义。

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