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… how plant cells respond to low nutrient conditions (low nitrogen or low phosphorus), and how cell identity impacts …

… maybe obvious or notable. We are still in – not an early stage. I think we can identify most secondary metabolism … yeah. I mean, you might be producing things at different stages of growth or different signals from the environment … bacteria provide nutrients for the plant mainly by fixing nitrogen. Getting nitrogen from the environment so that the …

… genome portals, we study lignocellulose decomposition, CO2 fixation, redox reactions, and plant metabolite …

… bound to it and maybe there will be some a affinity tag or a fluorescent tag, and so you can use that as a readout of activity. And I … was jumping onto the I ntegrated Microbial Genomes and Metagenomes, the IMG platform that JGI has that really got me …

… — creating many different ways of processing nitrogen. To boost crops more efficiently in the future, the … a crucial role in how an organism processes both carbon and nitrogen. This research team combined computational and … located at Berkeley Lab. In addition to providing metagenome mining for computational analysis of the AT enzyme …

… marine natural product biosynthesis and at the beginning stages of connecting molecules and genes. And then genomics … would spend time between our two laboratories doing metagenomics, some genomics. We were a little concerned … it turns out, you know, high CO2. Turns out you know, when nitrogen levels change in the ocean, you begin to see those …

… allow that to bind. Your receptor also typically has some tag so that you can then pull down the receptor with that …