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Microbiome studies have traditionally fallen into studies of who’s there and what are they doing. To address these questions, biologists often use next-generation sequencing. Sequencing the 16S rRNA reveals the identity of the organisms present while sequencing of all transcripts gives clues into what the microbes are doing.

But aside from sequencing, scientists can also study the microbiome by using engineered genetic tools and reporter microbes. Let’s take a look at a few of these methods below.

Every few months we highlight a subset of the new plasmids in the repository through our hot plasmids articles. These articles provide brief summaries of recent plasmid deposits and we hope they'll make it easier for you to find and use the plasmids you need. If you'd ever like to write about a recent plasmid deposit please sign up here. 

Thousands of mutations have been implicated in cancer. Yet, the majority of them remain uncharacterized. This represents a considerable barrier to furthering research and developing effective treatments for the disease. Recently, Kenneth Scott’s lab at Baylor College of Medicine and Gordon Mills’s lab at the MD Anderson Cancer Center tackled this problem by developing a moderate throughput functional genomic platform to annotate genetic perturbations that may play significant roles in cancer pathogenesis.

Every few months we highlight a subset of the new plasmids in the repository through our hot plasmids articles. These articles provide brief summaries of recent plasmid deposits and we hope they'll make it easier for you to find and use the plasmids you need. If you'd ever like to write about a recent plasmid deposit please sign up here. 

Every few months we highlight a subset of the new plasmids in the repository through our hot plasmids articles. These articles provide brief summaries of recent plasmid deposits and we hope they'll make it easier for you to find and use the plasmids you need. If you'd ever like to write about a recent plasmid deposit please sign up here.