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… graduate student, Joshua Hamm, successfully cultured two strains of Nanohaloarchaeota and showed they required …

… mycorrhizal symbionts shuttle water and nutrients to trees; plant pathogens colonize living plants to feed on them.  Across the forest types, Martin and …

… of these algorithms, inspired by communication networks found in nature, allows machines to “learn” features. … models (HMMs), “You just compute the distance between two vectors,” said Sevim.  While there are alignment-free … kind of deep learning algorithm — a convolutional neural network, called  ResNet 34   — in order to vectorize protein …

… of energy and environmental genomics.” Along with Woyke, two JGI users were also elected to the AAM: fungal …

… of the United States began forming in Alaska. Over the next two years it slowly spread, raising water temperatures by a … . The proposal focuses on uncovering the metabolic networks involved in carbon and nutrient flux in marine …

… Institute! This is the first science Nobel awarded to two women, with Charpentier and Doudna bringing the total … Wright AV et al. A Functional Mini-Integrase in a Two-Protein-type V-C CRISPR System. Mol Cell. 2019 Feb …

… onto a specific target on the microbial cell’s membrane. Two decades ago, a team discovered a group of viruses that …

… analysis of fungal genomes, and Phytozome for comparing plant genomes. Kuo and Grigoriev encourage scientists to …

… RIViT-seq expand the known transcriptional regulatory network in bacteria, enabling the discovery of regulatory … the number of factor-gene pairs almost doubling to 399. Two of the 11 sigma factors addressed in the study were … deeper understanding of these transcriptional regulatory networks. …

… a crucial part of CRISPR-Cas9 technology to enable improvements in microbial oil production. The Science …