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… between seagrasses, considered marine flowering plants, and their microbiomes. She is exploring the seagrass …

… Terpenes are made via a tangled network of enzymes in plants. To better pinpoint the biosynthetic routes that … productive; more than 10 papers, including two Nature Plants publications, in five years, have come out of the …

… genetic material with various origins, ranging from fungi, plants to bacteria. Back in 2011 when these genome and … data were generated, bioinformatic tools for binning metagenome data involved with mainly eukaryotic origins were … to re-visit the Olpidium genome data . Taking the advantage of rapid development of binning methods, we were able …

… and hard work have carried it through the difficult early stages, so I can begin biological analysis of the data sooner …

… Microbiome Data Collaborative (NMDC) to produce open metagenomics data. Taking the JGI’s call for large-scale … approaches to unravel functional capabilities of plants, microbes and microbial communities, and …

… The consortium looked at how different bioenergy relevant plants can produce species-specific blends of terpenoids, …

… which could inform how scientists can more easily convert plants into carbon-neutral biofuels . What’s more, many … project was supported by a grant from Santa Barbara Cottage Hospital and the University of California, Santa …

… (already known as CRISPR) that came up in her team’s metagenomic  samples . While Banfield continued exploring the … these genes can change position within a genome — in plants to see how they impact gene and genome evolution. TEs … characterize TEs, developing software to annotate them in plants other than maize including black cottonwood, rice,  …