本研究首次使利用SRS显微镜制作无标记化学影片成为可能：在亚细胞水平拍摄流水线式的连续镜头，捕获细胞内蛋白、脂质与水的视频图像。
For the first time, SRS microscopy makes possible label-free chemical movies, with streaming footage at the subcellular level, catching video of proteins, lipids, and water within cells.
干细胞与祖细胞化学成分的区别，还非常微小，除非你把细胞放在显微镜下，或者看细胞分析报告。
Now, the differences here may be subtle in terms of chemical composition or if you put these cells under a microscope and looked at their analysis.
电镜、相差显微镜、荧光显微镜检查及细胞组织化学染色均有助于诊断。
The electron microscope, phase contrast microscope, fluorescence microscope and cellular histochemical stain are helpful to diagnosis.
观察：(1)相差显微镜，(2)S- 100免疫细胞化学染色，(3)细胞计数。
Observation: 1. Phase contrast microscopy 2. S-100 immunostain 3. Cell's account.
培养细胞的观察与鉴定：采用相差显微镜观察和免疫细胞化学方法鉴定。
The observation and identification of the cultured cells: the cells were observed under contrast microscope and identified by immunocytochemistry.
免疫组织化学方法法显示一氧化氮合酶的表达，用光学显微镜在高倍镜下观察，识别黑素细胞，观察细胞胞质的染色及特点。
Expression of NOS was assayed with immunohistochemical method and melanocyte was identified under high-times optic microscope to observe stain and characteristic of cytoplasm.
免疫组织化学方法法显示一氧化氮合酶的表达，用光学显微镜在高倍镜下观察，识别黑素细胞，观察细胞胞质的染色及特点。
Expression of NOS was assayed with immunohistochemical method and melanocyte was identified under high-times optic microscope to observe stain and characteristic of cytoplasm.
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