用荧光逆行标记技术，探索大鼠嗅球传入纤维起源。
The origins of the afferent connections of the olfactory bulb in the rat were investigated with fluorescent retrograde labeling.
方法应用细胞培养、疫组织化学、荧光标记、光逆行追踪和酶组织化学等技术。
Methods Cell culture, immunohistochemistry, nucleus fluorescence labeling, fluorescence retrograde labeling and enzymatic histochemistry technique were used.
本文用HRP法及荧光素逆行双标记法，研究了大白鼠前脑和脑干向双侧背海马的分支投射。
Divergent axon collaterals from forebrain and brainstem to the dorsal hippocampus in the rat were examined by means of HRP method and fluorescent retrograde double labeling method.
方法：荧光染料粒兰施于移植坐骨神经逆行荧光标记后，在荧光显微镜下观察视网膜神经节细胞。
Methods: fluorescent dyes, Granlar Blue, was used in the retrograde labelling of the graft and retinal ganglion cells were observed under a fluorescent microscope.
方法应用细胞培养、免疫组织化学、核荧光标记、荧光逆行追踪和酶组织化学等技术。
Methods Cell culture, immunohistochemistry, nucleus fluorescence labeling, fluorescence retrograde labeling and enzymatic histochemistry technique were used.
用荧光金逆行标记法观察大脑感觉运动区和脑干红核的神经元神经纤维再生；
The nerve fiber regeneration of neurons at sensorimotor area and rubrum nuclei in brain was observed with retrograde tracing of fluorogold;
用荧光金逆行标记法观察大脑感觉运动区和脑干红核的神经元神经纤维再生；
The nerve fiber regeneration of neurons at sensorimotor area and rubrum nuclei in brain was observed with retrograde tracing of fluorogold;
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