方法仪器法及瑞氏染色手工分类法。
Methods Wright's staining craft classification and instrumental methods were applied.
方法：采用瑞氏染色油镜观察细胞形态；
Methods:The cell metamorphosis was observed by Wright staining.
骨髓形态学检查采用瑞氏染色，普鲁士蓝染色，观察细胞内外铁。
Prussian blue staining was also employed to observe the cells'internal and external iron contents.
方法：取血涂片、骨髓涂片用瑞氏染色，镜检分析所见病原体的形态特征。
Methods; The character of pathogen, which was in the patient's bone marrow and blood smears, were analyzed under microscope.
方法根据不同时期树突状细胞的粘附性质不同，设计简便的树突状细胞的体外扩增和纯化方法，并利用瑞氏染色和流式细胞仪（FACS）鉴定其生物学特征。
Methods According to different adhesiveness of DC in vary period, a simple method was used to generate and purificate DC, and their biology character were identified by Wright staining and FACS.
方法对经病理确诊的73例胃原发肿瘤患者术中采取骨髓标本，经瑞氏-姬姆萨混合液染色后，进行细胞形态学观察。
Methods Bone marrow samples from 73 patients with primary gastric cancer identified by pathologic diagnosis were collected and stained by Wright-Gimsa, and disseminated cancer cells were observed.
结论：向只加有瑞氏-姬姆萨染液的髓膜上哈一口气进行染色是一种理想的判断骨髓取材情况的快速染色方法。
Conclusion:It is a ideal and fast dyeing method in judging draw material situation of marrow by breathing out the film of marrow only with Wright-Giemsa dye.
结论吉姆萨瑞特染色法操作简便、快速，卡氏肺孢子虫标本着色清晰，是临床诊断和教学中值得推广和应用的染色方法。
Conclusion Wright Giemsa compound staining is easy and quick, with bright and clear specimens, which is worth of clinical application and teaching.
方法应用瑞氏姬姆沙混合染色法对361例脑脊液细胞学进行染色。
Methods Wright-Giemsa stain method was used in centrifuged sediment of CSF of 361 samples.
目的比较瑞氏、姬姆萨、吖啶橙染色法以及PCR法对附红细胞体的检出率，探索比较可靠的检测附红细胞体的方法。
The detection rates of the staining methods with Wright, Giemsa and acridine stains were compared in order to search for a reliable method to detect the presence of Eperythrozoon.
方法新鲜血片经瑞氏。姬姆萨染色，光学显微镜镜检。
METHODS Fresh blood smear stained by Wright Giemsa method and observed under microscope.
方法新鲜血片经瑞氏。姬姆萨染色，光学显微镜镜检。
METHODS Fresh blood smear stained by Wright Giemsa method and observed under microscope.
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