Abstract: A process to produce a protein concentrate from grain, specifically barley protein concentrate (BPC) through mechanical and biochemical intervention while producing multiple sugar streams as co-products. The resulting BPC preferably contains 54%-95% protein derived exclusively from the enzymatically processed barley and has a pH>5.0. The BPC may contain approximately 10% oil, less than 5% crude fiber, less than 1% residual glucose, and less than 0.5% phytic acid. The BPC contains no ethanol, organic acid, fermentation products, or microbial cells or cell mass. No fermentation occurs in the production of the BPC. The BPC has unique applications in formulations for aquaculture or livestock feed, and other pet food as well as for food formulations intended for human consumption. The sugar co-products, including glucose, have applications in industry and science and are particularly suitable for use as feedstocks for fermentation processes, livestock feeds, or biochemical conversion processes.

Abstract: A process to produce a protein concentrate from grain, specifically barley protein concentrate (BPC) through mechanical and biochemical intervention while producing multiple sugar streams as co-products. The resulting BPC preferably contains 54%-95% protein derived exclusively from the enzymatically processed barley and has a pH>5.0. The BPC may contain approximately 10% oil, less than 5% crude fiber, less than 1% residual glucose, and less than 0.5% phytic acid. The BPC contains no ethanol, organic acid, fermentation products, or microbial cells or cell mass. No fermentation occurs in the production of the BPC. The BPC has unique applications in formulations for aquaculture or livestock feed, and other pet food as well as for food formulations intended for human consumption. The sugar co-products, including glucose, have applications in industry and science and are particularly suitable for use as feedstocks for fermentation processes, livestock feeds, or biochemical conversion processes.

Abstract: The present invention relates to methods of producing a protein concentrate from a starch containing grain and uses thereof. In an exemplary embodiment, the protein concentrate produced is used to prepare an aquaculture feed.

Abstract: The present invention relates to methods of producing a protein concentrate from a starch containing grain and uses thereof. In an exemplary embodiment, the protein concentrate produced is used to prepare an aquaculture feed.

Abstract: The present invention relates to methods of producing a protein concentrate from a starch containing grain and uses thereof. In an exemplary embodiment, the protein concentrate produced is used to prepare an aquaculture feed.

Abstract: The present invention relates to methods of producing a protein concentrate from a starch containing grain and uses thereof. In an exemplary embodiment, the protein concentrate produced is used to prepare an aquaculture feed.

Abstract: White-rot fungi are grown on a sugar beet pulp substrate. By-product of fungal growth, such as lignin-degrading enzymes, can be recovered from the culture.

Abstract: Solid culture barley substrates for growing fungus are described. Solid cultures, packaged solid culture substrates, and methods for growing fungus using the solid culture substrates also are described.

Abstract: Polyhalogenated biphenyl compounds can be degraded by white-rot fungus grown on a sugar beet pulp substrate. The method is useful for bioremediation of materials contaminated with polyhalogenated biphenyl compounds.

Abstract: A bioremediation method for degrading aromatic compounds using white-rot fungus and a sugar beet pulp substrate having a high nitrogen content is disclosed. The sugar beet pulp substrate has a total nitrogen content based on dry weight of about ten percent. Further the white rot fungus utilized can be taken from several genera, including Phanerochaete, Phlebia, Trametes, Pleurotus and Bjerkandera. Two specific genus species of the white rot fungi useful in the biormeditation method are Phaneorochaete chrysosporium and Bjerkandera adjusta. The admixture of a white rot fungus and sugar beet pulp solid substrate is capable of enzymatically degrading aromatic compounds. In addition the method is useful for degrading chlorinated aromatic compounds and polynuclear aromatic hydrocarbons in soil and water.