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… NIH 2019   Lawrence Berkeley Laboratory Director’s Award for Exceptional Scientific Achievement 2017-  Adjunct … Program Defining the vast landscape of gene regulatory sequences in the human genome. Understanding how variation in regulatory sequences influences human disease/biology. Assessing and …

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

… 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 …

… to the way many organisms function, they have a sense of why nitrogen metabolisms can be so varied.  As evolution has … different Swiss Army knives — explaining a bit more about why and how nitrogen metabolism is so robust and varied.  …

… recent Nature Communications paper, uncovering giant virus sequences in soil for the first time. A second approach … genomes directly from the environment and focuses on sequence reads to link mobile elements such as plasmids to … genome assembly from metagenomes. This is a critical step toward better understanding the impact of viruses upon …

… workflows for computational analysis and interpretation of sequence data. IMG/M is a web-based platform that provides access to the wealth of public microbiome sequence data and enables the user to analyze these data … with existing bioinformatic methods to bridge the gap from sequence to biology. …

… National Laboratory, used single-cell sequencing to sequence both a cell’s genome and detect accompanying viral sequences, which would suggest the virus had been infecting … abundance of a virus relative to its host (inferred through sequence data) can suggest different predatory behaviors. A …