Cellulase 25 g Lab Grade Enzyme – Innovating Science – Biofuel

Description

Product Overview

Innovating Science presents a 25 g laboratory‑grade cellulase enzyme designed for researchers who require consistent and high‑performance cellulose hydrolysis. The enzyme is supplied as a finely milled powder, ensuring uniform distribution in reaction mixtures and easy reconstitution in aqueous buffers. Each batch is produced under strict quality‑control protocols, guaranteeing activity levels that meet the demands of both academic and industrial laboratories.

The cellulase complex contains a blend of endoglucanases, exoglucanases, and β‑glucosidases, providing a comprehensive approach to breaking down the β‑1,4‑glycosidic bonds found in plant cell walls. This multi‑component formulation accelerates the conversion of raw cellulose into soluble sugars, a critical step in biofuel production pipelines and downstream analytical assays.

Physical specifications include a compact packaging size of 1.6 × 1.6 × 2.8 inches and a net weight of 1.6 ounces, making storage and handling straightforward. The product is certified as a top‑ranked laboratory enzyme, holding the #17 position in the Lab Enzymes category on major e‑commerce platforms, reflecting its popularity among scientists.

Manufactured by Innovating Science, a company known for its commitment to reproducible research tools, this cellulase is free from contaminants such as proteases and endotoxins that could interfere with sensitive assays. The enzyme is supplied with a detailed Certificate of Analysis, documenting activity units, purity, and storage recommendations.

Overall, the product combines reliable enzymatic activity, convenient packaging, and rigorous quality assurance, making it a dependable choice for projects ranging from small‑scale classroom demonstrations to large‑scale industrial biomass processing.

Usage

Researchers employ this cellulase in a variety of experimental setups, including batch reactors for bioethanol production, protoplast isolation protocols in plant genetics, and kinetic studies of enzyme mechanisms. The enzyme performs optimally at temperatures between 30 °C and 50 °C and a pH range of 4.5 to 6.5, conditions commonly encountered in laboratory and pilot‑scale processes.

In biofuel research, the enzyme is added to pre‑treated lignocellulosic feedstocks to accelerate saccharification, thereby increasing glucose yields and reducing processing time. For plant tissue digestion, the cellulase facilitates the release of protoplasts from leaf or root material, enabling downstream transformation or microscopy work.

Industrial users integrate the enzyme into continuous flow reactors for large‑scale biomass conversion, taking advantage of its stability and high turnover number. The product’s compatibility with common buffer systems, such as citrate‑phosphate and acetate, allows seamless incorporation into existing workflows without the need for extensive protocol redesign.

Educational institutions benefit from the enzyme’s predictable performance, using it in teaching labs to demonstrate enzymatic hydrolysis, carbohydrate analysis, and the principles of renewable energy production. The clear labeling and safety data sheet provided with each shipment support safe handling in classroom environments.

Why Choose Us

Innovating Science distinguishes itself through a transparent manufacturing process that emphasizes batch‑to‑batch consistency. Each lot of cellulase undergoes rigorous activity testing using standardized substrates, ensuring that researchers receive the exact enzymatic potency advertised.

Our commitment to sustainability extends beyond the product itself. The enzyme is produced using environmentally responsible fermentation practices, minimizing waste and reducing the carbon footprint associated with enzyme manufacturing. This aligns with the growing demand for green laboratory reagents.

Customer support is a cornerstone of our service model. Purchasers gain access to a dedicated technical assistance team that can provide protocol optimization advice, troubleshoot unexpected results, and suggest complementary reagents for integrated workflows. This after‑sales service adds tangible value beyond the initial purchase.

Finally, the product is backed by a satisfaction guarantee. If the enzyme does not meet the declared activity specifications, Innovating Science will replace the batch at no additional cost, reinforcing confidence in the reliability of the supply chain.

Key Features

• High‑purity cellulase blend delivers rapid and complete cellulose hydrolysis, reducing experiment time.
• Stable activity across a broad temperature and pH range, suitable for diverse research conditions.
• Compact, lightweight packaging simplifies storage and handling in busy laboratory environments.
• Certified free of protease and endotoxin contaminants, ensuring clean results for sensitive assays.
• Responsive technical support and replacement guarantee provide confidence and peace of mind.

FAQ

What is the recommended storage temperature for the cellulase powder?

Store the enzyme at –20 °C in a tightly sealed container to preserve activity. Avoid repeated freeze‑thaw cycles; aliquoting into smaller vials is recommended for frequent use.

Can this cellulase be used for protoplast isolation from both dicot and monocot plants?

Yes, the enzyme’s broad spectrum of glucanases works effectively on a variety of plant species. Adjust incubation time and enzyme concentration based on tissue type to achieve optimal protoplast yield.

Is the enzyme compatible with common buffer systems used in biofuel research?

The cellulase performs well in citrate‑phosphate, acetate, and sodium acetate buffers. Maintaining the pH between 4.5 and 6.5 maximizes activity, while higher pH may reduce efficiency.

How does the activity of this product compare to other commercial cellulases?

Our cellulase is formulated to provide a higher specific activity per milligram of protein, translating to lower required dosages and cost‑effective scaling for large‑volume applications.

What safety precautions should be taken when handling the enzyme?

Wear standard laboratory protective equipment, including gloves and safety glasses. Although the enzyme is not classified as hazardous, avoid inhalation of dust and wash hands after handling.