Excellent Biotechnologies

Technical Specifications: Cellulase Enzyme

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Technical Specifications_Cellulase_Powder Light yellow-brown cellulase powder media asset
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Quality Profile & Certifications: Target_Biomass_Grazing_Ruminants Grazing horses or cattle media asset
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Packaging Configurations: Infographic_MOA_Cellulase Plant cell wall structural degradation chart

Cellulase Enzyme

Cellulase is a hydrolytic enzyme complex that catalyzes the breakdown of cellulose into simpler sugars such as glucose. It is widely used in the animal feed and biotechnology industries for efficient cellulose degradation, biomass conversion, plant cell wall disruption, and supporting environmentally sustainable industrial operations.

Biological Origin & Source

Produced through controlled microbial fermentation using selected fungal and bacterial strains: Aspergillus spp. or Trichoderma reesei. The enzyme is purified and standardized to ensure consistent performance.

Key Product Characteristics

Complete enzyme suite, high stability in stomach chyme, and low inclusion rates (200-1000 g/ton).

Digestive & Feed Benefits

Primary Bio-Function

Hydrolyzes cellulose into glucose and smaller oligosaccharides, breaks down plant fiber and cell wall components, and enhances biomass conversion efficiency.

Digestive Health Benefits

Deploys multi-component attack (Endoglucanase, Exoglucanase, β-Glucosidase) to convert indigestible complex fibers into absorbable glucose molecules.

Animal Feed Benefits

Improves digestion of fiber-rich feed ingredients, enhances nutrient availability and feed conversion efficiency, supports better utilization of alternative plant-based raw materials, and helps improve overall animal growth performance.

Mechanism of Action (MOA)

  1. Cellulose Intake: Monogastric animals ingest plant cell walls containing complex β-1,4-linked glucose structures.
  2. Cellulase Complex Activation: Endoglucanase and Exoglucanase cleave internal amorphous and crystalline regions.
  3. Glucose Formation: β-Glucosidase hydrolyzes remaining cellobiose fractions into free glucose.
  4. Cage Effect Destruction: Intestinal viscosity drops as cell walls burst open, releasing trapped starches and minerals.

Technical Specifications

Parameter Standard Requirement / Value
Physical Appearance Light yellow-brown powder
Standard Enzyme Activity High concentrated activity
Activity Customization Available as per customer requirement standards
Packaging Options 1 kg, 5 kg, and 25 kg standard packing (Custom commercial options on request)
Storage Protocols Store in a cool and dry place; avoid direct sunlight

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