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… 1.5 megabases (MB) of a synthesis, compared to 0.5 MB for a single lab.  Q:  What is the review process for submitted …

… in environmental processes (related to interactions of soil-sediment environments, water and air-atmosphere with … Using metagenomes recovered directly from environmental samples and cultivated microbes, researchers have been able … growth because they had larger genome sizes and their cells were not observed to associate with host cells. In …

… data, or DNA sequencing data gathered from whole samples rather than single cells or isolated strains, is easy to generate, but …

… changes in protein sequences, while others analyzed single point mutations across the genome or changes to the …

… that completely depends on the context and oftentimes a single molecule can be what I like to call … the rhizosphere but also abundant everywhere in the earth’s soils. While she admits that it “0.25% doesn’t seem like a … that may or may not have human origins, and so works with samples from areas where humans and wildlife interact. He …

… in developing new methods to improve genome recovery from single cells and to build sequencing libraries from minimal DNA …

… interact with their environment, potentially accelerating soil carbon loss. Orange ribbons mark the heated plots and … tree species that are widely grown as feedstocks for lignocellulosic and other biorefinery products. The work builds … interactions on the Amazon forest floor. Alicia Purcell of Northern Arizona University is studying microbial …

… a combination of sequencing tools and techniques applied to samples collected from acidic iron-oxide microbial mats in … , the team used metagenome assemblies, transcriptomes and single amplified genomes from samples collected from several locations to thoroughly …