{"title":"组织材料比色法","authors":"V. A. Kozlov, S. Sapozhnikov","doi":"10.47026/2413-4864-2020-4-7-18","DOIUrl":null,"url":null,"abstract":"The relevance of the research lies in the use of conventional software products distributed under the GNU license to assess staining of histological material based on the analysis of photomicrographs. The purpose of the study is to demonstrate the opportunities of conventional software distributed under the GNU license, designed for color analysis of photos in histology to identify differences in tinctorial properties of tissues. The authors evaluated the opportunities of the Color Analysis program launched in the Android Nox Player 6.6.1.0 emulator (GNU license) under Windows 10 for color analysis of photomicrographs of various tissues histological sections. Photomicrographs of paraffin sections of 5 microns thick were obtained using a micro-microscope Mikmed-5 using a Levenhuk C800 NG 8M video eyepiece, USB 2.0. A white light lamp Feron G4 4000 K was used as an illuminator. In color analysis of photomicrographs stained with hematoxylin and eosin, or hematoxylin and Congo red, or by Unna, or by the designer three-color amyloid staining in the Color Analysis program, color separation patterns were obtained that reflect the relative area (%) of the field of view staining with shades characteristic for this method of staining. The authors formulate the standard conditions for the preparation of histological specimen and conditions for photographing micro-preparations to obtain comparable results in an experiment with the control-experience design. It is concluded that the program color analysis provides a significant amount of additional information about the histological material, which can be formalized and studied as statistical values.","PeriodicalId":249759,"journal":{"name":"Acta medica Eurasica","volume":"12 1","pages":"0"},"PeriodicalIF":0.0000,"publicationDate":"2020-12-28","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"2","resultStr":"{\"title\":\"COLORIMETRY OF HISTOLOGICAL MATERIAL\",\"authors\":\"V. A. Kozlov, S. Sapozhnikov\",\"doi\":\"10.47026/2413-4864-2020-4-7-18\",\"DOIUrl\":null,\"url\":null,\"abstract\":\"The relevance of the research lies in the use of conventional software products distributed under the GNU license to assess staining of histological material based on the analysis of photomicrographs. The purpose of the study is to demonstrate the opportunities of conventional software distributed under the GNU license, designed for color analysis of photos in histology to identify differences in tinctorial properties of tissues. The authors evaluated the opportunities of the Color Analysis program launched in the Android Nox Player 6.6.1.0 emulator (GNU license) under Windows 10 for color analysis of photomicrographs of various tissues histological sections. Photomicrographs of paraffin sections of 5 microns thick were obtained using a micro-microscope Mikmed-5 using a Levenhuk C800 NG 8M video eyepiece, USB 2.0. A white light lamp Feron G4 4000 K was used as an illuminator. 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引用次数: 2
摘要
该研究的相关性在于使用GNU许可下发布的传统软件产品来评估基于显微照片分析的组织学材料的染色。本研究的目的是展示在GNU许可下发布的传统软件的机会,该软件设计用于组织学照片的颜色分析,以识别组织色彩特性的差异。作者评估了在Windows 10下的Android Nox Player 6.6.1.0模拟器(GNU许可)中启动的颜色分析程序对各种组织组织学切片的显微照片进行颜色分析的机会。使用Mikmed-5显微显微镜,使用Levenhuk C800 NG 8M视频目镜,USB 2.0获得5微米厚石蜡切片的显微照片。采用Feron G4 4000 K白光灯作为光源。在对苏木精和伊红、苏木精和刚果红、Unna染色或颜色分析程序中设计的三色淀粉样蛋白染色的显微照片进行颜色分析时,可以得到反映视场染色的相对面积(%)的分色图案,具有这种染色方法的色度特征。作者制定了组织标本制备的标准条件和微制剂拍摄的条件,以便在对照经验设计的实验中获得可比的结果。结论是,程序颜色分析提供了大量关于组织学材料的附加信息,这些信息可以形式化并作为统计值进行研究。
The relevance of the research lies in the use of conventional software products distributed under the GNU license to assess staining of histological material based on the analysis of photomicrographs. The purpose of the study is to demonstrate the opportunities of conventional software distributed under the GNU license, designed for color analysis of photos in histology to identify differences in tinctorial properties of tissues. The authors evaluated the opportunities of the Color Analysis program launched in the Android Nox Player 6.6.1.0 emulator (GNU license) under Windows 10 for color analysis of photomicrographs of various tissues histological sections. Photomicrographs of paraffin sections of 5 microns thick were obtained using a micro-microscope Mikmed-5 using a Levenhuk C800 NG 8M video eyepiece, USB 2.0. A white light lamp Feron G4 4000 K was used as an illuminator. In color analysis of photomicrographs stained with hematoxylin and eosin, or hematoxylin and Congo red, or by Unna, or by the designer three-color amyloid staining in the Color Analysis program, color separation patterns were obtained that reflect the relative area (%) of the field of view staining with shades characteristic for this method of staining. The authors formulate the standard conditions for the preparation of histological specimen and conditions for photographing micro-preparations to obtain comparable results in an experiment with the control-experience design. It is concluded that the program color analysis provides a significant amount of additional information about the histological material, which can be formalized and studied as statistical values.