Enzymes

Enzymes

High-Activity Glucoamylase boosts ethanol fuel production.

Intended for grain processing industry, DELTAZYMÂ-® GA L-E5 is used for saccharification of liquefied starch in ethanol fuel production process. Synergies between substrate that Fuelzyme® alpha-amylase provides and DELTAZYM GA L-E5's main and side activities elevate ethanol yields from substrates such as corn, milo, barley, wheat, and cassava in fuel processing plants.

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Enzymes

Starch Liquefaction Enzyme boosts ethanol production.

SPEZYME-® Robust Starch Liquefaction efficiently liquefies dry ground corn and breaks down starch across range of pH levels, reducing amount of sulfuric acid required to complete liquefaction process. Product is effective with one dose and no pH adjustment and can increase yields for ethanol producers.

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Enzymes

Starch Liquefaction Enzyme boosts ethanol production.

SPEZYMEÂ-® Robust Starch Liquefaction efficiently liquefies dry ground corn and breaks down starch across range of pH levels, reducing amount of sulfuric acid required to complete liquefaction process. Product is effective with one dose and no pH adjustment and can increase yields for ethanol producers.

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Animal Origin Free Enzymes avoid potential viral risks.
Enzymes

Animal Origin Free Enzymes avoid potential viral risks.

Consisting of AOF Collagenase, recombinant DNase I, RNase T1, and proteases including Neutral Protease, Animal Origin Free Enzymes avoid potential BSE/TSE and mammalian viral risks and regulatory issues associated with bovine and other animal sources. Applications include biopharmaceutical, biomedical, regenerative medicine, and bioprocessing such as isolation of primary and stem cells for...

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Animal Origin Free Enzymes avoid potential viral risks.
Enzymes

Animal Origin Free Enzymes avoid potential viral risks.

Consisting of AOF Collagenase, recombinant DNase I, RNase T1, and proteases including Neutral Protease, Animal Origin Free Enzymes avoid potential BSE/TSE and mammalian viral risks and regulatory issues associated with bovine and other animal sources. Applications include biopharmaceutical, biomedical, regenerative medicine, and bioprocessing such as isolation of primary and stem cells for...

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Enzymes

Enzyme improves sweetener and beverage alcohol production.

Designed to promote process efficiency, Veretase(TM) alpha-amylase breaks down starch into more uniform blend of lower molecular weight oligosaccharides to improve saccharification and fermentation efficiency and consistency. Effective over wide temperature and pH range, enzyme is used for liquefaction of starch-based mashes and slurries in food and beverage applications. It promotes operational...

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Enzymes

Enzyme improves sweetener and beverage alcohol production.

Designed to promote process efficiency, Veretase(TM) alpha-amylase breaks down starch into more uniform blend of lower molecular weight oligosaccharides to improve saccharification and fermentation efficiency and consistency. Effective over wide temperature and pH range, enzyme is used for liquefaction of starch-based mashes and slurries in food and beverage applications. It promotes operational...

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Enzymes

Cellulosic Ethanol Enzyme targetss biofuel production.

Accellerase-® 1500 cellulosic ethanol enzyme product is critical to hydrolysis step of converting biomass to ethanol or other biochemicals; in this step, plant material is broken down into sugars for fermentation to ethanol. It is used to produce ethanol or biochemicals from cellulosic feedstocks, such as corn stover, sugarcane bagasse, wood chips, wheat straw, and switchgrass. Accellerase...

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Enzymes

Cellulosic Ethanol Enzyme targetss biofuel production.

AccelleraseÂ-® 1500 cellulosic ethanol enzyme product is critical to hydrolysis step of converting biomass to ethanol or other biochemicals; in this step, plant material is broken down into sugars for fermentation to ethanol. It is used to produce ethanol or biochemicals from cellulosic feedstocks, such as corn stover, sugarcane bagasse, wood chips, wheat straw, and switchgrass. Accellerase...

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Enzymes

Verenium and Bunge Sign New Agreement to Develop and Commercialize Enzymes for Enhanced Production of Edible Oils

Builds on successful track record CAMBRIDGE, Mass. and ST. LOUIS, Jan. 7 - Verenium Corporation (NASDAQ:VRNM), a pioneer in the development of high performance specialty enzymes and a leading developer of cellulosic ethanol technology, and Bunge Oils, Inc., a part of Bunge North America, the North American operating arm of Bunge Limited (NYSE:BG), announced today that they have signed a new...

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