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… messenger RNA", and that somewhere in the mess of genetic sequences lurks the next cool virus – if only our code would …

… 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 …

So, to be able to identify proteins, the team compiled DNA sequences (metagenomes) and messenger RNA sequences (transcriptomes) from their soil samples. This … because, unlike bacteria, they often carry interrupting sequences, called introns. Introns are like having extra …

… the most efficient at making proteins likely factors into why fungi have been so evolutionary and ecologically … applications, Wint also developed and tested a gene sequence-based predictor of gene expression levels using …

… the bacterial cells on the molecular level. They amplified, sequenced and assembled the genomes. In parallel, Gros’ lab …

… metabolic and functional capabilities. Take part in the "Sequences to Cultures" Jamboree!  Immediately following the … Dartmouth University … Metagenomic and single-cell sequence data have provided a means to access novel … cataloged and taxonomically classified to date. Under the “sequence to function’ umbrella, this symposium will further …

… 39,870 projects in FY24 We generated 871 Terabases of sequence We synthesized 9.7 Megabases of DNA We processed … culminated in a reference for the complex  sugarcane genome sequence. The JGI  partnered  with synchrotron user … AI clustering algorithms to identify billions of protein sequences in metagenomes.  We continue to engage with our …

… collection of UViGs by identifying contiguous viral sequences (“contigs”) from thousands of ecologically diverse …