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… to explore the vast and diverse world of microbes. Studying bacteria and archaea, including those associated with … to explore microbial diversity — with an emphasis on bacteria and archaea, and including those associated with … microorganisms, by sequencing large populations of bacteria and archaea in their natural environments using …

… cell types and associated organisms, including fungal and bacterial symbionts, detrimental microbial pathogens, and … This is a dynamic and complex ecosystem that includes bacteria, fungi, viruses. Resident viruses can be found in a myriad of bacterial strains, whereby they can modulate host …

… into the secondary metabolism of some more novel marine bacteria. You know, I first met Bill as a postdoc working … don’t we do that? DAN UDWARY: What were you doing before bacteria then? BILL FENICAL: Well, we were studying marine … phylogenetic tools measuring genes, the 16S gene, and comparing it with everything that’s known. So Salinispora , …

… they spread, why do they spread in a certain way from one bacteria to another, how do they change then, and why are … And she happened to work with nature products from cyanobacteria. So that’s how I started. I love the lab, I love … so far no species or no strains known that really grow in freshwater. But they’re actually pretty orange, and they …

… must clearly demonstrate relevance and translatability to freshwater, coastal or terrestrial systems. Additional … energy and environmental mission objectives. Fungi, algae, bacteria, archaea, viruses, and microbial communities of … such as heavy metals or radionuclides in soils, freshwater, coastal sediments (coastal here defined  by NOAA …

… in their natural environments. This work encompasses bacteria, archaea, and micro-eukaryoes, along with their …

… of microbial metabolism towards a minority of cultivated bacteria, still persists to date. Research Team    … … show that the gap between cultivated and uncultivated Bacteria and Archaea has steadily been widening since 2005. … T ., Klenk H. P., Kyrpides N. C. 1,003 reference genomes of bacterial and archaeal isolates expand coverage of the tree …

… on synthetic biology of engineering gene expression in bacteria – however, the professor was actually quite … And then they wanted so to look at secondary metabolism in bacteria. And what I get intrigued by was that the project … And the acceleration of genome sequencing, especially in bacteria, has been enormous. There are now hundreds of …

… biology classes in undergrad, but my PhD was an actinobacteria. And I tell all my students this now, but when I … five days, seven days, 10 days. And suddenly, you’re then comparing a chemical profile with, let’s say, 100 ions in … Was it something new? And we could only do this by comparing it to databases that were quite often commercial, …

… focuses on the exploration of secondary metabolites across bacteria, fungi, algae and plants. These molecules, which … reservoir of secondary metabolites produced by bacteria, fungi, algae and plants. These compounds are key …

And a lot of us moved on to work in simpler systems, like bacteria, where we figure we can make more progress faster, … we’ve worked both with the microbiome. So, with symbiotic bacteria that live in animals and with animal metabolism … pretty understudied in comparison to organisms such as bacteria, which chemists love to work with. ALISON:  And …

… about something I can kind of see like the squid and the bacteria and how the chemistry is going back and forth … organs that solely house– whose sole function is to house bacterial associates. And so the one that the Hawaiian … because how does this– we don’t have organs for symbiotic bacteria so what’s – I guess that maybe you could say the …