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BIOSTART®

Type: Microbial Blend

Description: A ready to use soil inoculant made of multiple proprietary strains of Bacillus and Brevibacillus that have been selected for their ability to

Septaid™ Plus

Type: Microbial/Enzyme Blend

Description: Proprietary formulations of bacteria and enzymes designed to break down organic household waste materials typically…

BIO-CAT Names Vice President of Sales & Marketing

(Troy, VA)  Mark G. Walin, a former Abbott and Perrigo executive, has joined BIO-CAT, a premier biotech growth company corporately based out of central Virginia. Walin is joining BIO-CAT and BIO-CAT Microbials as the vice president of sales and marketing for both companies. Over his 30-year career, Mark has held a series of sales and marketing leadership […]

Fungal Pepsin

Type: Protease

Origin: Aspergillus niger

Description: Hyrdolyzes proteins at low pHs. A recommended alternative to animal derived Pepsin.

Protease MD 100L

Type: Protease

Origin: Bacillus subtilis

Description: Cleaves peptide bonds at random within the protein structure.

Protease MD L

Type: Protease

Origin: Bacillus subtilis

Description: Cleaves peptide bonds at random within the protein structure.

Neutral Protease L

Type: Protease

Origin: Bacillus amyloliquefaciens

Description: Cleaves peptide bonds randomly within the protein structure at or near neutral pH.

Detergent Protease 100L

Type: Protease

Origin: Bacillus subtilis

Description: Cleaves peptide bonds at random within the protein structure.

Alkaline Protease P3L

Type: Protease

Origin: Bacillus subtilis

Description: Cleaves peptide bonds at random within the protein structure.

Alkaline Protease IGL

Type: Protease

Origin: Bacillus subtilis

Description: Cleaves peptide bonds at random within the protein structure.

Alkaline Protease L

Type: Protease

Origin: Bacillus licheniformis

Description: Cleaves peptide bonds at random within the protein structure.

Glucose Oxidase L

Type: Other

Origin: Aspgergillus niger

Description: Uses dissolved molecular oxygen to break down glucose into hydrogen peroxide and gluconic acid.

Catalase L

Type: Other

Origin: Aspergillus niger

Description: Quickly removes residual hydrogen peroxide by converting it to oxygen and water.

Lipase L

Type: Lipase

Origin: Aspergillus oryzae

Description: Cleaves triacylglycerides at the 1- or 3-position producing a mixture of di- and monoglycerides and free fatty acids.

Inulinase L

Type: Carbohydrase

Origin: Aspergillus niger

Description: Breaks down inulin to glucose and fructose.

Hemicellulase L

Type: Carbohydrase

Origin: Aspergillus niger

Description: Hydrolyzes hemicellulose, a complex mixture of polysaccharides including galactomannans, glucomannans, mannans, xylans and arabinoxylans.

Fungal Amylase L

Type: Carbohydrase

Origin: Aspergillus oryzae

Description: Rapidly randomly hydrolyzes glycosidic bonds within the starch chains to produce soluble dextrins, maltose and glucose.

Dextranase L

Type: Carbohydrases

Origin: Chaetomium erraticum

Description: Hydrolyzes the α-1,6 glycosidic bonds in dextran.

Cellulase 2XL

Type: Carbohydrase

Origin: Trichoderma reesei

Description: Hydrolyzes both internal and external β-glycosidic bonds in cellulose. Contains all three cellulolytic activities: endo-, exo-cellulases and β-glucosidase.

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