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… using measurements from single cells to understand which genes help plants grow, get nutrients, weather drought, and …

… of the Institut Pasteur in France, the importance of methanogenesis and the presence of methanogens in nearly all types … well as tools for analysis. “There is evidence that methanogenesis is one of the oldest metabolisms, with the first … its impact on climate along earth history.” Marker genes for diverse methane metabolisms Of the 10 MAGs …

… traits — height, biomass, hardiness to cold, etc. — to its genes. The undertaking took shovels, trucks — and more than …

… contains about 6% of the human genome . They discovered genes linked to conditions such as cardiovascular disease, … about 2% of the human genome. They were interested in genes involved in repair of DNA damage, and those associated … 3% of the human genome. They wanted to learn about the genes implicated in the development of breast and prostate …

… stresses, and its transcriptome to learn more about which genes expression patterns. The analysis led to the … identification of several transcription factor regulating genes and enzymes that can modify composition of algal …

… 2007, the JGI has been working on identifying switchgrass genes related to biomass production, drought tolerance, and … data portal Phytozome. The combination of field data and genetic information has allowed the research team to … Switchgrass has a large polyploid genome, which means most genes are found as multiple copies across the chromosomes. …

… each variety stores sugars and sequesters carbon. 2015: Epigenetic Control of Drought Tolerance in Sorghum (EPICON) … over 50 other diverse sorghum genomes. Deep sequencing and genetic linkage analysis improve the genome’s accuracy, and … team collect diverse lines of sorghum to understand what genes exist across the species. Earlier pan-genomes for …

… of Missouri said he and his colleagues had identified 1,110 genes involved in lipid metabolism.  “There’s still a lot of … progress had already been made positionally cloning genes involved in agronomic traits related to nutritional … “All along the way, it was just like rediscovering genetics, with the evolution of sequencing technologies and …

… annotating and analyzing the genome in order to find the genetic traits responsible for  P. trifoliata ’s hardiness, … Fred Gmitter, a UF/IFAS professor of citrus breeding genetics and longtime JGI collaborator, are senior authors … Journal.  this study included the discovery of candidate genes that confer resistance to citrus greening disease. …

… loss of cell walls and a complex pattern of evolution for genes related to eating plant compounds in both the oceanic …

… was published online June 8, 2014 in the journal Nature Genetics . “Common beans are a major societal crop for those … 473-million basepair genome of the common bean, identifying genes related to disease-resistance, flowering time, … dicot,” Schmutz explained, meaning the plant’s reduced genetic diversity makes it easier to genetically manipulate. …