Daneshbod Yahya, Dehghani Seyed J, Daneshbod Khosrow
Department of Hematopathology and Cytopathology, Dr. Daneshbod Pathology Laboratory, Ordibehesht Avenue, No. 23, Shiraz 71347, Iran.
Acta Cytol. 2010 Jan-Feb;54(1):12-24. doi: 10.1159/000324961.
To describe the bone marrow aspiration cytologic findings in visceral leishmaniasis.
Bone marrow aspiration of 204 documented cases of kala-azar were reviewed in order to find aspiration clues other than typical intrahistiocytic and free Leishman-Donovan bodies. Aspiration findings were divided into different groups of common, uncommon as well as atypical/unusual findings.
Common findings were granulomas, intrahistiocytic and free typical organisms, plasma cells with or without inclusions, eosinophilia, free floating cytoplasmic bodies with or without Leishman bodies, granular bodies and erythroid hyperplasia. Uncommon findings were: intracellular (non-histiocytic) organisms, hemophagocytosis, plasma cells with abnormal crystalline inclusions, leukemic blasts and necrosis. Atypical/unusual findings were: spore-like organisms, regular or irregular shape of aggregates of organisms (flower-like, ball-like, rosette-like, doughnut-like and platelet-like), intracytoplasmic granule-like organisms (kinetoplast only), pseudo-Pelger Huet, increased vessels, fibroblasts, Reed-Sternberg-like cells, multinucleated giant cells, tart cells and foamy cells.
Knowledge of common, uncommon and unusual/atypical bone marrow aspiration findings of kala-azar may help arrive at a correct diagnosis; avoid unnecessary workups, such as sophisticated molecular techniques; and avoid fatal outcomes in untreated or non-diagnosed cases.
描述内脏利什曼病的骨髓穿刺细胞学检查结果。
回顾了204例确诊的黑热病患者的骨髓穿刺情况,以寻找除典型组织细胞内和游离利杜体之外的穿刺线索。穿刺结果分为常见、不常见以及非典型/异常发现等不同组。
常见发现包括肉芽肿、组织细胞内和游离的典型病原体、有或无包涵体的浆细胞、嗜酸性粒细胞增多、有或无利什曼小体的游离细胞质体、颗粒体以及红系增生。不常见发现有:细胞内(非组织细胞性)病原体、噬血细胞现象、有异常结晶包涵体的浆细胞、白血病原始细胞和坏死。非典型/异常发现有:孢子样病原体、病原体聚集体规则或不规则的形态(花状、球状、玫瑰花结状、甜甜圈状和血小板状)、胞质内颗粒样病原体(仅动基体)、假佩尔格-许埃特现象、血管增多、成纤维细胞、里德-施特恩贝格样细胞、多核巨细胞、酸细胞和泡沫细胞。
了解黑热病常见、不常见以及异常/非典型的骨髓穿刺结果可能有助于做出正确诊断;避免不必要的检查,如复杂的分子技术;并避免在未治疗或未诊断的病例中出现致命后果。