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IMG data portals to get information about the genomes and genes of the organisms on the list. They also searched IMG/M for all protein-coding genes belonging to each genome. The final dataset – … 8,350 organisms along with 4,355 genomes and 13.6 million genes. The results reveal that fermentative metabolism is …

… range of topics related to structural biology, single cell and systems biology, omics, and big data science, … is the method development to study active sites or single cells in their functional aqueous environment.  During the …

… capability of morel mycelium to acquire carbon from lignocellulosic-abundant matters such as plant litter and to incorporate the assimilated carbon into … Kuo, O’Donnell & Volk) to successfully fruit in common farmland soils. Compared to the contingent fruiting in the wild, …

… are everywhere — in soil, the sea and, of course, the cells of other organisms. As they infect microbes like … genomes. That study multiplied the number of known viral genes by a factor of 16. The same year, the JGI expanded its … would give researchers more ways to engineer microbial genes. Eventually, whether the goal is improving soil …

… on the symbiotic relationship between mycorrhizal fungi and plant roots.  …

New studies show methanogenesis is not exclusively for Euryarchaeota. Atmospheric … of archaea called  Euryarchaeota . These ancient, single-celled organisms thrive in most  environments devoid of … cultivating a single microorganism within a lab setting.  Roland Hatzenpichler is an associate professor at Montana …

… process carbon and nitrogen, paving the way for future plants and trees to grow. However, fire changes the microbes … across a spectrum of burned soils. By connecting microbial genes with functions useful for forest recovery, this study … store carbon, filter water, and support all kinds of plants and animals, but with climate change driving more …