McMenamin P G
Department of Anatomy and Human Biology, The University of Western Australia, Nedlands, Perth.
Invest Ophthalmol Vis Sci. 2000 Sep;41(10):3043-8.
Investigations into the biology of resident and infiltrating immune cells in the uveal tract of the rodent eye have been greatly aided by the use of tissue wholemount methods. These methods offer a number of advantages over conventional histological and frozen section techniques. The purpose of this article is to provide a detailed step by step guide to aid others who may wish to use this method.
A detailed description of whole-body perfusion fixation, dissection and isolation of the iris-ciliary body from the anterior segment and the choroid from the posterior segment is provided. In addition, the techniques used to handle whole tissue pieces during single and double immunohistochemical staining protocols, as well as the staining protocols themselves, are described.
In refining the techniques described, the author has catalogued a number of frequent problems which compromise immunohistochemical staining results. A troubleshooting guide aimed to help identify the cause of common problems and with some suggested remedies is provided.
Although tissue wholemounts are frequently used in retinal research, a similar approach to investigating the components of the uveal tract has only recently been applied. The methods described in this article will provide sufficient detail for other investigators to obtain maximum benefit from this alternative approach and provide an additional technique to assist in their investigations of ocular immunobiology.
组织整装法极大地推动了对啮齿动物眼葡萄膜中驻留和浸润免疫细胞生物学特性的研究。这些方法相对于传统组织学和冷冻切片技术具有诸多优势。本文旨在提供一份详细的分步指南,以帮助其他可能希望使用该方法的人。
提供了全身灌注固定、从前段分离虹膜睫状体以及从后段分离脉络膜的详细描述。此外,还描述了在单重和双重免疫组织化学染色方案中处理整个组织块所使用的技术以及染色方案本身。
在完善所描述的技术过程中,作者梳理了一些影响免疫组织化学染色结果的常见问题。提供了一份故障排除指南,旨在帮助识别常见问题的原因并给出一些建议的解决方法。
尽管组织整装法在视网膜研究中经常使用,但类似的研究葡萄膜成分的方法直到最近才被应用。本文所描述的方法将提供足够的细节,使其他研究人员能够从这种替代方法中获得最大收益,并提供一种额外的技术来辅助他们对眼免疫生物学的研究。