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Control Control Control: A Reassessment and Comparison of GenBank and Chromatogram mtDNA Sequence Variation in Baltic Grey Seals (Halichoerus grypus)

机译:对照对照对照:波罗的海灰海豹(Halichoerus grypus)GenBank和色谱图mtDNA序列变异的重新评估和比较

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摘要

Genetic data can provide a powerful tool for those interested in the biology, management and conservation of wildlife, but also lead to erroneous conclusions if appropriate controls are not taken at all steps of the analytical process. This particularly applies to data deposited in public repositories such as GenBank, whose utility relies heavily on the assumption of high data quality. Here we report on an in-depth reassessment and comparison of GenBank and chromatogram mtDNA sequence data generated in a previous study of Baltic grey seals. By re-editing the original chromatogram data we found that approximately 40% of the grey seal mtDNA haplotype sequences posted in GenBank contained errors. The re-analysis of the edited chromatogram data yielded overall similar results and conclusions as the original study. However, a significantly different outcome was observed when using the uncorrected dataset based on the GenBank haplotypes. We therefore suggest disregarding the existing GenBank data and instead using the correct haplotypes reported here. Our study serves as an illustrative example reiterating the importance of quality control through every step of a research project, from data generation to interpretation and submission to an online repository. Errors conducted in any step may lead to biased results and conclusions, and could impact management decisions.
机译:遗传数据可以为对野生生物的生物学,管理和保护感兴趣的人们提供有力的工具,但如果在分析过程的所有步骤中未采取适当的控制措施,也会导致错误的结论。这尤其适用于存放在公共存储库(如GenBank)中的数据,该存储库的效用在很大程度上取决于高数据质量的假设。在这里,我们报告了对波罗的海灰色海豹先前研究中产生的GenBank和色谱图mtDNA序列数据进行的深入重新评估和比较。通过重新编辑原始色谱图数据,我们发现GenBank中张贴的大约40%的灰色海豹mtDNA单倍型序列包含错误。对色谱图数据进行重新分析后,得出的结果和结论与原始研究总体相似。但是,当使用基于GenBank单倍型的未校正数据集时,观察到明显不同的结果。因此,我们建议不要考虑现有的GenBank数据,而应使用此处报告的正确单倍型。我们的研究作为一个说明性例子,重申了研究项目从数据生成到解释再到在线资料库提交的每个步骤中质量控制的重要性。在任何步骤中执行的错误都可能导致有偏差的结果和结论,并可能影响管理决策。

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