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Unique bacterial strains for conversion of carbon dioxide and hydrogen into biobutanol.
A new strain of bacteria that can produce butanol at a high titer for transportation fuel.
Catalytic conversion of carbon monoxide to carbon dioxide.
Preparation and use of a catalyst for the reduction of nitric oxide.
Olefin production is important for a number of products such as wallpaper, carpeting, and ropes. An efficient catalyst for production would drastically affect the associated industries.
Ultra-thin layer chromatography plates that offer faster and more efficient separation of compound mixtures
Production of Hydrogen gas using economical and environmentally friendly catalysts.
A genetically engineered bacteria pathway directed to selectively generate butanol over competing by-products.
New method of producing n-propanol and propionic acid using a metabolically engineered propionibacteria.
A zeolite catalyst with a unique chemical structure that utilizes paired Lewis acid sites to increase the catalytic selectivity for the isomerization of glucose and other sugars into fructose.