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骨髓组织病理学中塑料切片的基础及“特殊”染色,特别提及美-格二氏染色法和酶组织化学

Basic and 'special' stains for plastic sections in bone marrow histopathology, with special reference to May-Grünwald Giemsa and enzyme histochemistry.

作者信息

Bianco P, Ponzi A, Bonucci E

出版信息

Basic Appl Histochem. 1984;28(3):265-79.

PMID:6083774
Abstract

A battery of morphological, histochemical, and enzyme histochemical stains have been experimented on semithin sections of glycol-methacrylate-embedded bone marrow biopsies. We have been able to reproduce on sections the typical 'Romanowsky effect' which characterizes May-Grünwald Giemsa-stained smears of bone marrow or peripheral blood. This appears to be of critical importance for proper routine morphological evaluation of bone marrow biopsies. Conventional histochemical stains, and the enzyme histochemistry reactions that are most useful and widely used in the study of marrow aspiration smears have been successfully applied to plastic sections: in this way the evaluation of the cytochemical profiles of marrow diseases, especially leukemias, may be included in the histopathologist's diagnostic approach, with the additional advantage of preserving the architecture of the tissue and the relationship between haemapoietic cells and stromal components.

摘要

我们对乙二醇甲基丙烯酸酯包埋的骨髓活检半薄切片进行了一系列形态学、组织化学和酶组织化学染色实验。我们已能够在切片上重现典型的“罗曼诺夫斯基效应”,这种效应是骨髓或外周血涂片经美蓝 - 吉姆萨染色后的特征。这对于骨髓活检的常规形态学正确评估似乎至关重要。传统组织化学染色以及在骨髓穿刺涂片研究中最有用且广泛使用的酶组织化学反应已成功应用于塑料切片:通过这种方式,骨髓疾病尤其是白血病的细胞化学特征评估可纳入病理学家的诊断方法中,还有额外的优势,即保留组织架构以及造血细胞与基质成分之间的关系。

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