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… listener, then you’ll recognize this material, though my show is a little more free-form, and this is the longer cut … focus, I would say. For example, marine research is not so much of a focus within BER anymore. We really focus on … do the bioinformatics and to synthesize these results into publication? So there’s this really important because we …

… from the very beginning of the field. I learned a lot so much history from this conversation about why the ocean was basically unexplored until the 70s, and how diving was the catalyst of that. We also talk about his … novel marine bacteria. You know, I first met Bill as a postdoc working under Brad Moore on the Salinispora project,  so …

… part 2 of our “primer” episode, so if you ended up here somehow without having listened to the first part, you might be … products and the state of the field today. So, not as much of a preamble this time. Let’s jump right in. — DAN: So … but there’s still almost certainly unusual things that we don’t recognize, because the only way to find things is by …

… using advanced sequencing technologies to explore microbial diversity — with an emphasis on bacteria and archaea, and … energy and ecosystem management. The program aims to generate high-quality genomic datasets, particularly for … laboratory isolation and genome sequencing of underexplored bacterial and archaeal lineages that are important for …

… close to the level of technical detail that I think we’re doing here. If you have suggestions for others feel free to … need to test it. Some testing might be hard, depending on how you’re doing the testing. If you have a successful test, … it does work, it doesn’t work as well, and so you produce much less molecule than you were before because you’ve done …

… focuses on the utility of single-cell methods to access genetic material of uncultivated taxa of interest. One such … that are from candidate phyla, major branches in the phylogenetic tree without cultivated representatives. The “Great … Phylogenetic diversity estimates show that the gap between cultivated and uncultivated …

… limits, and instructions.  Many of the submissions are done using web-based forms.   To view the proposal … page , login using your JGI account (create one here if you don’t already have an account) and click the “Begin” button … proposals are subject to JGI policies on Data Release and Publication .   Except for applicants to the CSP New …

… section of our website for more details, including a downloadable pdf of products categorized by Science Program.  … Learn more about User Agreements and additional required documentation here .  … request a JGI Single Sign On account at https://signon.jgi.doe.gov . This account can then be used to submit proposals, …

… increasingly collaborative and multidisciplinary nature of DOE mission science projects, this initiative aims to encourage innovative research exploiting a diversity of capabilities. Previously, researchers had to … provides customized analysis, the JGI also participates in publication of results. …

… Our aim is to more fully capture microbial and viral diversity, leading to a better understanding of microbial … This process enables our users to explore the genetic makeup of microbial communities, shedding light on … can decipher active microbial functions in situ. This methodology builds on the framework of Hungate and colleagues, to …

… metagenomic survey on three types of conifers–limber pine, Douglas fir and Engelmann spruce–to learn more about conifer needle microbiomes. The survey showed what these microbes are equipped to do on the leaf … The team learned that some bacterial families carry genes for degrading monoterpenes such as α-pinene, as well …

… Program supports a wide range of projects, from single-gene synthesis to the synthesis of entire chromosomes, … the program enables the design and synthesis of complex genetic pathways and biosystems. It The program fosters … scientists to drive innovations that align with DOE's missions. …