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首页> 外文期刊>Journal of Neuroscience Methods >Improved post-embedding immunocytochemistry of myelinated nervous tissue for electron microscopy.
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Improved post-embedding immunocytochemistry of myelinated nervous tissue for electron microscopy.

机译:改进的有髓神经组织的嵌入后免疫细胞化学,用于电子显微镜检查。

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摘要

The particularly high lipid content of normal mature adult myelin sheaths, together with the light fixation protocols usually necessary to retain antigenicity, combine to make white matter nervous tissue an especially problematical subject for post-embedding immuno-electron microscopy using modern acrylic resins. Fixation and infiltration modifications to standard processing schedules for Lowicryl were found to greatly improve the embedding and therefore the resulting morphology. This in turn improved the signal to noise ratio by reducing the high non-specific backgrounds usually found in poorly infiltrated areas. Using Lowicryl HM20, we have been able to obtain satisfactory immunostaining for myelin basic protein with good retention of structural integrity in the myelin of both normal and lesioned adult cortico spinal tract.
机译:正常成熟的成人髓鞘的脂质含量特别高,加上通常需要保留抗原性的光固定方案,使白质神经组织成为使用现代丙烯酸树脂进行包埋后免疫电子显微镜检查的特别成问题的对象。已发现对Lowicryl的标准加工流程进行固定和浸润改性可以极大地改善嵌入效果,并因此改善最终的形态。反过来,通过减少通常在较弱渗透区域中发现的高非特异性背景,从而提高了信噪比。使用Lowicryl HM20,我们已经能够获得令人满意的髓磷脂碱性蛋白免疫染色,并在正常和病变成年皮质脊髓的髓鞘中良好保留结构完整性。

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