发布: 2017年04月05日第7卷第7期 DOI: 10.21769/BioProtoc.2052 浏览次数: 7691
评审: Tie LiuGaston A. PizzioFang Xu
Abstract
This protocol was developed to study protein localisation within the vascular bundles of developing tomato fruit however, it can be applied to any resin embedded plant tissue. The vascular bundle is comprised of many different cells that all have unique properties. The mature sieve elements are enucleated and contain sieve plates that comprise of callose. This method has utilised these properties of the sieve element by combining immunohistochemistry for cell wall invertase with counterstaining of aniline blue for callose, DAPI for nucleus and cell structure is shown with the final staining of the cell wall using calcofluor white. It must be noted that when following this protocol, it is vital for the sections to be flat and fixed to the slide with gelatine so cover slip removal does not move the sample section. This protocol will be applicable to all plant tissues and provides additional evidence of the protein localisation within the cell by conducting a counterstaining procedure.
Keywords: Immunolocalisation (免疫定位)Background
Immunolocalisation has long been a method used to study the localisation of proteins within tissue. This protocol focused on, not only localising the proteins of interest but also the molecular structures that were in surrounding tissue. It is believed that the mature sieve elements are enucleated and have abundant callose deposition within the sieve plate. Therefore, counterstaining procedures were applied in order to represent these biological phenomena. As the proteins of interest in this study were also thought to be localised within the apoplast further counterstaining was applied showing co-labelling of the protein and the cell wall.
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文章信息
版权信息
© 2017 The Authors; exclusive licensee Bio-protocol LLC.
如何引用
Palmer, W. M., Patrick, J. W. and Ruan, Y. (2017). Resin-embedded Thin-section Immunohistochemistry Coupled with Triple Cellular Counterstaining. Bio-protocol 7(7): e2052. DOI: 10.21769/BioProtoc.2052.
分类
植物科学 > 植物细胞生物学 > 细胞成像
细胞生物学 > 细胞成像 > 固定组织成像
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