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… than previously suspected. “That would cause significant consequences on the entire food web, and therefore ecosystem … After isolating the algal communities on filters, they sequenced DNA ‘marker’ gene sequences to identify the microbes. And in order to …

… hydrothermal vents – and computationally identifying which sequences represent viruses that were present in the sample. …

… Community Science Program; in 2018, a monoploid reference sequence of sugarcane was published as a step forward in …

… worked with 10 species ranging from grasses to broccoli and trees like poplar, spanning about 150 million years of … of where those binding sites are in the genome — those sequences are moving around, disappearing and appearing in … identical binding sites for proteins from grasses and trees that diverged 150 million years ago, highlighting the …

… increased the number of known high quality virophage genome sequences 10-fold through computational approaches. By … they were able to identify 44,221 total virophage partial sequences, including over 28,000 unique MCP sequences.  Further analysis led to the identification of …

… samples to the JGI for sequencing.  While JGI processed, sequenced, and analyzed the soil samples, the JGI offered 7 … and Proteobacteria to be the most common phyla of bacteria sequenced from the metagenomic soil samples from the four … thought that there could be an undiscovered gene that was sequenced in the project to breakdown methane and noted how …