DNA metabarcoding, which takes advantage of high throughput capacity of next-generation-sequencing (NGS) platforms, has emerged for characterizing the biodiversity of large volumes of eukaryote samples that consist of upwards of hundreds of thousands of individuals and thousands of species.
liushanlin/metabarcoding
DNA metabarcoding, which takes advantage of high throughput capacity of next-generation-sequencing (NGS) platforms, has emerged for characterizing the biodiversity of large volumes of eukaryote samples that consist of upwards of hundreds of thousands of individuals and thousands of species.
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