本文首次采用导数技术于植物叶片的活体叶绿素荧光性质研究，探讨了其生物学意义。
The derivative technique has been used to investigate the fluorescence characteristics of chlorophyll in vivo among leaves of higher plants and its significance of biology has been discussed.
异硫氰酸荧光素标记红细胞(FITCRBC)技术对胰腺活体进行局部微血管观察。
FITC-RBC was used to observe blood flow in pancreatic microvessels in rats with AEP.
荧光分子成像技术以低成本、简单易行、对生物体无电离辐射等优势在活体中进行疾病观察、药物及生物学等研究中发挥越来越重要的作用。
Whether on theory or in applications, optical imaging and analysis have gained great progresses with the developments of biological studies and labeling techniques and which exhibits a good prospect.
荧光分子成像技术以低成本、简单易行、对生物体无电离辐射等优势在活体中进行疾病观察、药物及生物学等研究中发挥越来越重要的作用。
Whether on theory or in applications, optical imaging and analysis have gained great progresses with the developments of biological studies and labeling techniques and which exhibits a good prospect.
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