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… the roots of a plant in the soil. And I’m specifically working with a grass plant that’s similar to wheat and … to gain hands-on experience in molecular biology and plant functional genomics, because this work is essential for improving crop …

… the aim of intensifying collaborations in the fields of genomics, structural biology, bioimaging, and water … development to study active sites or single cells in their functional aqueous environment.  During the tours through … multi-monodispersed droplets in a two-dimensional plane by moving different fluids together in a controlled manner. …

… methane emissions actually come from livestock — specifically, from the methane-making microbes within their rumen. … six years earlier, researchers put together what they called the Hungate1000, a catalog of 410 rumen microbe … nine countries. Learn more about the Hungate1000 work led by AgResearch collaborators Bill Kelly and Sinead Leahy and …

… or national user facilities. As a result of the latest call , a total of 70 graduate students from 52 universities … is Mo Kaze, part of the 2018 cohort of the JGI-UC Merced Genomics Internship Program. Kaze is part of Mark Sistrom’s … and I hope that this open-source platform will be utilized by researchers from a variety of disciplines who seek to …

… the October issue of Nature, the study highlights the vast functional diversity of microbes by looking at protein … worked together on the development of a new software tool called geNomad that identifies and classifies mobile genetic … as a Nature Microbiology study that leveraged population genomics to investigate archaeal hitchhikers and found that, …

… found there utilize a unique array of chemicals not typically found in oceans or soils.  A recent study published … ISME Journal     focused on a class within  Chloroflexota called  Dehalococcoidia . Some  Dehalococcoidia have a knack … However, genome and metagenomic sequencing conducted by the U.S. Department of Energy Joint Genome Institute, a …