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Schmutz is the Plant Program Lead at the JGI. Sarah:  Why is a resource like this important to the field of plant … and feedstocks. And then we expanded that to include six more species, so in total, we are looking at 18 … groups joined the project to contribute to the data for six new species. I must mention that some of the members …

Center, JGI staff worked around the clock to generate the sequences of these three chromosomes. In 2004, they published the sequences of these three chromosomes. These sequences account for approximately 12% of the total human …

… on the UEC. Hatzenpichler, who studies sediment-dwelling archaea, expressed his interest in giving a voice to JGI …

… these methanogenic microorganisms was narrowed to a type of archaea called  Euryarchaeota . These ancient, single-celled … and his team were able to definitively prove two other archaea within the Thermoproteota phylum —  Korarchaeia and  …

… to the architectures we will have available.” A maximum of six teams will be hosted at the Hackathon, with 1-2 mentors …

… under laboratory conditions, their genomes can’t be sequenced using traditional approaches. Identifying and … the world, expanding the known diversity of bacteria and archaea by 44%, is now available and  described November 9, … of metagenome-assembled genomes (MAGs) directly from sequenced environmental samples without needing to cultivate …

… at Lawrence Berkeley National Laboratory (Berkeley Lab) sequenced 1 trillion bases — a terabase — of soil RNA for … these RNA reads. “Currently, this is the largest JGI-sequenced fungal metatranscriptome yet,” said Igor … fungal guilds used to grow and metabolize nutrients. They sequenced all of the RNA found in soil samples, and …