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Coated Glass Slides TACAS Are Applicable to Heat-Assisted Immunostaining and In Situ Hybridization at the Electron Microscopy Level
Authors:Takahiro Matsui  Takanori Onouchi  Kazuya Shiogama  Yasuyoshi Mizutani  Ken-ichi Inada  Fuxun Yu  Daisuke Hayasaka  Koichi Morita  Hirohisa Ogawa  Fumihiko Mahara  Yutaka Tsutsumi
Abstract:We performed pre-embedding electron microscopic study for visualizing the antigen and genome of severe fever with thrombocytopenia syndrome (SFTS) virus in the cytoplasm of macrophages of the human splenic red pulp, both requesting preheating treatment of sections. To pursue this, coated glass slides with unique characteristics are needed. Namely, during staining they must prevent detaching off sections, but after staining the sections must be transferred to epoxy resin. Aminopropyltriexoxysilane-coated glass slides, widely used for immunostaining, were resistant to transfer to epoxy resin. In contrast, coated glass slides designated as Thinlayer Advanced Cytology Assay System (TACAS) were suitable for this purpose. The technique is also applicable to the coated glass slide-requiring cytology practice, in which immunocytochemical evaluation is needed after cell transfer to another glass slide.
Keywords:electron microscopy   immunohistochemistry   in situ hybridization   severe fever with thrombocytopenia syndrome virus   TACAS slides
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