Department of Zoology, Vilnius University, MK Čiurlionio str. 21/27, LT 03101, Vilnius, Lithuania.
Mol Ecol Resour. 2013 Jan;13(1):6-9. doi: 10.1111/1755-0998.12026.
Basics of DNA barcoding suppose the creation and operation of an extensive library based on reliably (including possibility for validation) identified specimens. Therefore, information concerning morphological identification of the individual samples used for DNA barcoding, for example, identification keys and descriptions used, must be clearly explained. In addition, the maximum available data set of sequences must be used. Access to currently private data appears to be of special interest, especially when such possibility is provided by the database regulations, because it encourages the cooperation of research and saves both time and resources. The cryptic aphid species complexes Aphis oenotherae-holoenotherae and A. pomi-spiraecola are used to illustrate the above statements.
DNA 条形码的基础假设是创建和运行一个基于可靠（包括验证可能性）鉴定标本的广泛文库。因此，必须清楚地解释用于 DNA 条形码的个体样本的形态识别信息，例如，使用的鉴定钥匙和描述。此外，必须使用最大可用的序列数据集。访问当前的私人数据集似乎特别有趣，特别是当数据库法规提供这种可能性时，因为它鼓励研究合作，节省时间和资源。隐蔽蚜虫种复合体 Aphis oenotherae-holoenotherae 和 A. pomi-spiraecola 被用来举例说明上述说法。
