The NOG pathway may increase yields in the production of fuels and chemicals derived from acetyl-CoA by achieving 100% carbon conversion from carbohydrate to alcohols.The NOG pathway can make use of a variety of starting sugar and C1 (methane, methanol, CO2) inputs.
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Researchers at Purdue University have developed compounds that may provide an effective method of treatment for chronic and inflammatory pain by inhibiting selective adenylyl cyclases, especially adenylyl cyclase 1. These compounds may also prevent and/or reduce opioid dependence.
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Project ID: D2014-15IP Status: Provisional patent #62/115,786Invention Description: Methods of generating and administering digestion products of FDA-approved low acyl gellan gum (LA-GAGR) to produce mega-GAGR, midi-GAGR, and mini-GAGR and administration thereof. Applications: Compositions compris.....
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