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… Q:  To what extent is natural soil a limit to identify molecules exchanged between plants and microbiomes during … in the field. By having transcriptomics data across 2 years, as well as a second field trial (which will include a … see this  Metabolomics Data Analysis – Tips from Users page.  Q:  Is the metabolic study able to build a profile …

… genomics, biodesign and metabolomics capabilities to identify, express and characterize bioactive secondary metabolite … Identification by in vitro-sequencing (RIViT-seq) to identify RNA polymerase-sigma factor targets, and have expanded … Report Card toolkit (HERC-tk) to enable users to identify the best host to express their BGC(s). This is based on …

… applying a method that allows researchers to quickly modify diverse bacterial genomes. In 2019, the JGI’s Yasuo … enables scientists to insert large pieces of DNA (up to 60 kb) in a single step, directly into the genome. “CRAGE is … precise genome editing. This means that scientists can modify gene expression, or delete genes, all with the rapid …

… returned to re-engage with their mentors from the previous year and continue working on their research project! The …

… to contact? A:  Contacts are listed on the proposal call page. Feel free to  reach out to any of them with questions. …

… his tenure with Berkeley Lab, he served in the US Navy for 6 years as a submarine electrician and a financial analyst in …

… research by then-Biosciences scientist Diane Dickel in 2017. In 2019, plant single-cell methods were officially … Five Berkeley Lab Scientists Receive Prestigious Five-Year Research Grant …

… pairs to generate a matrix of data points.  Applied to 216,015 high-quality virus sequences in the IMG/VR database, …

… metagenomic sequencing and single-cell sequencing. For years, extracting single cells and then amplifying their DNA for genome sequencing was no easy task. The … As previously mentioned, it’s a method that’s been used for years but in most cases, the majority of the cell’s genome …