Discover how Polyhydroxyalkanoates (PHAs) produced by bacteria offer a sustainable solution to plastic pollution through innovative biopolymer production methods.
Exploring how breakthroughs in measurement science are transforming biosciences from observational art into predictive engineering.
Exploring how emissions timing affects the cost-effectiveness of forest bioenergy systems in climate change mitigation strategies.
Exploring biological inhibition and toxicity challenges in anaerobic digestion of food and agricultural waste for green energy production.
Explore how marine biotechnology is harnessing ocean life's unique adaptations to revolutionize medicine, energy, and industrial processes.
Discover how scientists are screening bacteria from the Farallon Islands for ionic liquid tolerance to create genomic libraries for industrial applications.
Exploring Jay Keasling's groundbreaking work in synthetic biology and metabolic engineering that's transforming medicine and manufacturing through engineered microbes.
Exploring how global conventions are shaping sustainable bioenergy solutions through integrated land-use strategies and technological innovations.
Discover how TS1, TS10, and TS41 tetraploid triticale lines are pioneering a forage revolution with enhanced biomass production and stress tolerance.
Exploring how focused intention alters biophoton emissions in living cells and its implications for mind-body medicine.