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Catalog of candidate genes involved in plant-microbe relationships.
Using genetic engineering, scientists improve biomass growth and conversion in woody and grassy feedstocks.
Chemical genomic-guided engineering of gamma-valerolactone-tolerant yeast.
Supercomputer simulations predict how E. coli adapts to environmental stresses.
Genetically engineered switchgrass does not change soil chemistry, microbiology, or carbon storage potential.
Global models may be underestimating net wetland methane emissions.
Understanding assembly principles may inspire new approaches for making valuable products.
Highest concentration and yield of valuable chemicals reported in industrial yeast Saccharomyces cerevisiae.
Lignocellulose-degrading enzyme complexes could improve biofuel production.
Demonstrating the microfluidic-based, mini-metagenomics approach on samples from hot springs shows how scientists can delve into microbes that can’t be cultivated in a laboratory.
First complete picture of genetic variations in a natural algal population could help explain how environmental changes affect global carbon cycles.
The genetic material of Porphyra umbilicalis reveals the mechanisms by which it thrives in the stressful intertidal zone at the edge of the ocean.
