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用于组织学和基因分析的琼脂糖包埋组织芯片

Agarose-embedded tissue arrays for histologic and genetic analysis.

作者信息

Tsao-Wu G S, Weber C H, Budgeon L R, Cheng K C

机构信息

Pennsylvania State University College of Medicine, Hershey 17033-2360, USA.

出版信息

Biotechniques. 1998 Oct;25(4):614-8. doi: 10.2144/98254st02.

Abstract

To facilitate the histologic analysis of large numbers of 7-day-old zebrafish (Danio rerio), a method has been developed to process them in agarose-embedded arrays. Using thin tissue sections, the morphology of cells and tissues can be examined microscopically to investigate a variety of biologic processes. Because of their small size, precise arrangement of the larvae is necessary to section them simultaneously. A technique was designed to embed groups of zebrafish larvae in a single plane in agarose before sectioning. Stained tissue sections of thousands of larvae can be examined efficiently using this embedding method. In addition to histologic analysis, PCR-based genotypic analysis of DNA from individual larval sections is also possible. This technique can be modified to accommodate any study that requires the histologic examination of many pieces of tissue.

摘要

为便于对大量7日龄斑马鱼(Danio rerio)进行组织学分析,已开发出一种在琼脂糖包埋阵列中处理它们的方法。使用薄组织切片,可以通过显微镜检查细胞和组织的形态,以研究各种生物学过程。由于它们体型小,因此需要精确排列幼虫以便同时进行切片。设计了一种技术,在切片前将斑马鱼幼虫组嵌入琼脂糖的单个平面中。使用这种包埋方法可以有效地检查数千只幼虫的染色组织切片。除了组织学分析外,还可以对单个幼虫切片的DNA进行基于PCR的基因型分析。该技术可以进行修改,以适应任何需要对许多组织块进行组织学检查的研究。

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