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… and also talk about some of the great science that he does. So welcome to the show Paco Barona-Gomez from the … We started from that. Evolution doesn’t invent stuff to see what happens and keep it alive for a while. It does it … transcriptomics, metabolomics, and natural products in plants, fungi, and microorganisms. If you want to …

… natural products or secondary metabolism field. Hoping to do these every once in a while, especially when we start … work on human health or on medicines per se, how do you see genome mining and looking for secondary metabolites in … in order to challenge or kill off competition, right? And plants do the same sorts of things. And then, bacteria often …

… Diego. San Diego, of course, is the “home turf” of my post-doctoral mentor, Brad Moore, who has joint appointments at … then they come home. The kid’s perspective. And you don’t see what happens behind that period of time. So for me, it … Because seaweeds are complicated. They’re messy.  Dan: Plants are hard. Brad: Yeah, plants are hard, but they’re …

… myself on my self-imposed schedule. So, we’ll have to see if I’m going to slip a day on releasing it into the … Schedules are hard. But, I’m working on it because I really do want you all to hear this great conversation with Aaron … and he has a project with the JGI to synthesize the genes for and explore the chemistry of quorum sensing …

… This is a conversation with Marc Chevrette. Marc is a postdoc in Jo Handelsman’s group at the University of Wisconsin, … ready?  DAN: Am I ready? I don’t know. I don’t know. We’ll see. Let’s find out.  DAN: All right, so the first person … and antibiotic activity, and it fits pretty well a model that was developed for macro organisms like rabbits …

… world. So, yeah. ALISON TAKEMURA: That’s right. Yeah, we’re doing this from home. And my own podcasting setup– and … angles, I think that makes it really exciting because you see how much you can actually learn about it if you look … transcriptomics, metabolomics, and natural products in plants, fungi, and microorganisms. If you want to …

… had you in firmly in the chemistry bucket. [LAUGHS] I don’t know that that’s ever necessarily like a good … chemistry.  We’re interested in – like I can sort of see when I’m doing the work or thinking about something I … think might be happening, we’re sort of converging on this model of this being called an egg defense model. And so …

… in the feed, the secondary metabolism field has been dominated for … well, as long as I can remember, by … some of the technical challenges to that, most of which seem to be history.   I should mention that this is one of … more interested just to see if we can use Aspergillus as a model for expressing hard to work with eukaryote [genes]. So …

… and scientific relevance and quality. The Committee does not perform management functions nor does it direct the Program's management team on how to …

… See below for a list of Frequently Asked Questions about our … Review the list of open calls ; click on the call link to see specific details including project types supported, … limits, and instructions.  Many of the submissions are done using web-based forms.   To view the proposal …

… novel marine bacteria. You know, I first met Bill as a postdoc working under Brad Moore on the Salinispora project,  so … months of salary and a lousy job with no future. And let’s see what you can do. So with that nine months of salary, I … local marine environment. I went out and picked up marine plants, I picked up animals. And I asked the simple …

… 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 … first described by Stanley and Konopa in 1985, which highlights our skewed understanding of microbial metabolism …