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The Fungal & Algal Program explores the vast diversity of fungi and algae … and environmental solutions, fostering a bioeconomy powered by nature’s resources. … The Fungal & Algal Program … and algae, examining both natural populations and engineered strains. This approach allows for the identification of …

The Fungal & Algal Program Advisory Committees is chartered by the … Heads and report back to them. The Committee is chartered to render advice, guidance, and counsel on the effective …

… these pathways are yet. So there’s still a lot to be discovered. And even the ones that may look like they don’t have … it’s in our screen, and we’re seeing hits to that. So that makes us excited. But we’re also excited about antibiotics … and metabolomics, to ask these questions. DAN: How far along do you feel like we are in terms of completing the …

… get into seaweed, robots, algae, and biocatalysis — and he makes fun of me a lot, though I actually edited most of that … the years or over that time, it was something I really admired and I really enjoyed what he was doing so I wanted to be … red algae alone. You don’t see them in other organisms, as far as mixed halogenation, di-halogenation. And types of …

… for quite a while.  DAN: That’s cool that your dad inspired you because my kids have no interest as far as I can tell. They see me every once in a while grow … we did. Unfortunately, it’s not really going to see the light of day.  DAN: That’s a lot of natural products work, …

… in ecology through cell-cell communication, chemical warfare, and symbiotic relationships. If you think you have a … specifically for my audience. But, yeah. So, Tanja, what makes a research project a good fit for working with the … with, say, JGI staff, and how much of that should be considered in a proposal? TANJA WOYKE: So I think it depends on the …

… good question. I think that’s something we sort of covered in the other primers. So people should go back and … but then there will be a couple of genes in there where the light bulb will go off, and you’ll understand, oh, those … from that really larger set of data. And then this, as far as I’m aware, is the largest set of MAGs to date. Here, …

… a whole list of things. So we have a Scripps background shared together, although I don’t think we overlapped. Kate … is a great website name, and also extremely well-organized, makes doing research on a person very easy. Kate Duncan: … blockbuster metabolites, like astaxanthin, that make your farmed salmon pink so that you buy that in the shop. And …

… families. And he tells us about forthcoming efforts in paired-omics data sets and seeking to interpret function from … are a few other efforts maybe that are out there and doing slightly different approaches, but antiSMASH has become the I … so that the mechanisms were still largely unknown. And thus far in the microbiome field, many people had just been …

Jackie Winter, has been on a few episodes now, and I figured we were way overdue to give her a proper introduction … it was– I like interacting with new people and seeing that light bulb go on when all of a sudden like, you know, that … like 2.5, 10 PPMs and just the size of the particle and how far they can actually travel. And that’s now starting to get …

… that jazz. But I was in the same Department as both Wilfred Van der Donk and Doug Mitchell. And so I got a lot of … project. I will fully admit that, but it's been fun, so far, trying to play with that a little bit. JACKIE: So I … molecules were oftentimes diastereomeric mixtures, that makes it really challenging to actually interpret the data. …

… and part 2 is here ) so you understand what’s happened so far in the conversation between me and Alison. In the … So you would find some new source that you hadn’t explored before. Like, you know, maybe it’s a new culture of a … this is the central dogma of molecular biology. And so DNA makes RNA makes protein. Something that’s you know …  …