Muti Paola
Department of Social and Preventive Medicine, School of Medicine and Biomedical Sciences, University at Buffalo, State University of New York, Buffalo, NY, USA.
Epidemiol Prev. 2003 Mar-Apr;27(2):121-5.
In the last twenty years many large epidemiological studies have made efforts to collect material for biological specimen banks. These banks contain samples collected for short or long-term cryopreservation at low (e.g. -70 degrees C) or very low (-192 degrees C). This report describes general guidelines and methodological issues to take into consideration in designing and developing a biological specimen bank and is based on experience of three large scale studies. The author describes quality, quantity, methods to collect samples, and condition of cryopreservation that ensure both testing of scientific hypotheses and integrity of the stored samples. Feasibility and long-term storage effect studies should always be part of the design and the basic organization of a biological specimen bank. All operative choices a researcher makes in setting up a biological specimen bank have a direct impact on the future use of the biological samples and should be carefully considered.
在过去二十年中,许多大型流行病学研究致力于为生物样本库收集材料。这些样本库包含为短期或长期低温保存而收集的样本,低温保存温度较低(例如-70摄氏度)或极低(-192摄氏度)。本报告描述了在设计和建立生物样本库时需要考虑的一般指南和方法学问题,该报告基于三项大规模研究的经验。作者描述了质量、数量、样本采集方法以及确保科学假设检验和所存储样本完整性的低温保存条件。可行性和长期存储效果研究应始终作为生物样本库设计和基本组织的一部分。研究人员在建立生物样本库时所做的所有操作选择都会直接影响生物样本的未来使用,因此应仔细考虑。