Fuhrmann Stephan, Streitz Mathias, Kern Florian
Division of Medicine, Brighton and Sussex Medical School, University of Sussex Campus, Brighton BN19PS, United Kingdom.
Cytometry A. 2008 Nov;73(11):1100-6. doi: 10.1002/cyto.a.20614.
The application of flow cytometry has hugely advanced the field of tuberculosis (TB) across all areas of research ranging from diagnostic tests to understanding the underlying immunology. As cellular responses are understood to be the mainstay of the immune response in the control of TB it is very likely that polychromatic flow will become the tool of choice for assessing the effects of vaccination. Results are particularly encouraging in this area. The development of a new type of diagnostic test, a prototype of which has been reported, may be the spin-off of a broad and systematic approach to understanding and profiling the T-cell response to TB. It is obvious that flow cytometry will not be able to address all research questions in the field of TB. However, its enormous flexibility as a technology will make it the tool of choice in many situations. An ever increasing availability of flow cytometers, even in resource-poor countries, will rapidly change the face of TB research and management in the years ahead.
流式细胞术的应用极大地推动了结核病(TB)在从诊断测试到理解潜在免疫学等所有研究领域的发展。由于细胞反应被认为是控制结核病免疫反应的主要支柱,多色流式很可能会成为评估疫苗接种效果的首选工具。这一领域的结果尤其令人鼓舞。一种新型诊断测试的开发(其原型已被报道)可能是理解和描绘T细胞对结核病反应的广泛而系统方法的衍生成果。显然,流式细胞术无法解决结核病领域的所有研究问题。然而,作为一项技术,其巨大的灵活性将使其在许多情况下成为首选工具。即使在资源匮乏的国家,流式细胞仪的可用性不断增加,将在未来几年迅速改变结核病研究和管理的面貌。