Diastase fungal Diastase – 500 gram Packs

Fungal Diastase, also known as Fungal Amylase or Diastase Enzyme Preparation, is a biological enzyme product used to catalyse the breakdown of starch into smaller carbohydrate molecules, including dextrins and sugars. It is generally obtained from selected fungal sources, with its enzyme composition and activity depending on the production process and product specifications. Fungal diastase is relevant to biochemical research, enzyme activity experiments, carbohydrate chemistry, and investigations of starch hydrolysis. Its catalytic performance is influenced by temperature, pH, substrate concentration, and incubation time. Unlike a single pure chemical compound, this enzyme preparation does not have one universal molecular formula or molecular weight. It is used in educational and research laboratories for studying enzyme function and carbohydrate degradation when the preparation’s activity meets the experimental requirements. Lab Wale offers Fungal Diastase in 500 gram packs for appropriate laboratory and institutional applications.

Product Specifications

Key Features of Fungal Diastase

• Starch-degrading enzyme activity: Contains enzyme activity that catalyses the breakdown of starch into smaller carbohydrate molecules.
• Biological preparation: Its composition and activity depend on the fungal source, manufacturing process, and formulation.
• Activity-dependent performance: Enzyme function is influenced by temperature, pH, substrate availability, and incubation conditions.
• Biochemical research relevance: Supports investigations into enzyme catalysis, carbohydrate degradation, and reaction kinetics.
• Educational laboratory utility: Suitable preparations can support supervised practicals demonstrating starch hydrolysis and the effects of experimental conditions on enzyme activity.

Laboratory Applications of Fungal Diastase

• Enzyme activity experiments: Used in supervised biochemistry practicals to investigate starch hydrolysis and the effects of temperature and pH on enzyme activity.
• Carbohydrate degradation studies: Supports investigations into the conversion of starch into dextrins and smaller carbohydrate products.
• Biochemistry research: Used in selected studies of enzyme catalysis, substrate specificity, and reaction-rate behaviour under controlled conditions.
• Microbiology and biotechnology research: Applicable to investigations of fungal enzyme activity and starch-degrading processes when the preparation’s activity specifications are appropriate.
• Analytical method development: Used in suitable procedures evaluating starch breakdown or enzyme performance, with appropriate controls and validated measurement techniques.

Why Choose Lab Wale to Buy Fungal Diastase

Lab Wale provides a convenient sourcing option for laboratory chemicals, biochemical reagents, and scientific supplies for schools, colleges, universities, research centres, and laboratory professionals. When purchasing Fungal Diastase, consider the enzyme source, activity specification, grade, pack size, and intended application. Reviewing available product specifications and relevant safety information helps laboratories assess suitability for their experimental requirements. The 500 gram pack offers a practical purchasing format for appropriate institutional and research applications, subject to the product’s stated specifications and availability.

Frequently Asked Questions About Fungal Diastase

What is Fungal Diastase used for in laboratories?

Fungal Diastase is used to investigate starch hydrolysis and enzyme activity in biochemistry, microbiology, and biotechnology laboratories. It helps researchers study how experimental conditions influence carbohydrate breakdown. Its suitability depends on the preparation’s enzyme activity, substrate, and the requirements of the laboratory procedure.

How does Fungal Diastase break down starch?

Fungal diastase preparations contain starch-degrading enzymes, particularly amylase activity, that catalyse the breakdown of starch into smaller carbohydrates. The products depend on the enzymes present and the reaction conditions. Temperature, pH, incubation time, and substrate concentration influence the rate and extent of hydrolysis.

What are the molecular formula and CAS number of Fungal Diastase?

Fungal Diastase is an enzyme preparation rather than a single defined chemical compound, so it has no universal molecular formula or empirical formula. CAS number 9000-92-4 is commonly associated with diastase preparations. The precise composition and identity of a commercial product depend on its source and formulation.

What factors affect Fungal Diastase activity?

Fungal Diastase activity depends on temperature, pH, substrate concentration, incubation time, and the specific enzyme preparation. Excessive heat or unsuitable pH can reduce activity. For reproducible experiments, use the activity specification and operating conditions appropriate to the supplied preparation and the intended method.

How should Fungal Diastase be stored and handled safely?

Store Fungal Diastase in a tightly closed container under the temperature and humidity conditions specified by the supplier. Avoid generating or inhaling airborne enzyme powder, which may cause respiratory sensitisation in susceptible individuals. Wear suitable gloves, protective clothing, and eye protection, and follow the applicable Safety Data Sheet and laboratory procedures.

Storage Conditions for Fungal Diastase

Store Fungal Diastase in its original, tightly sealed container in a dry location protected from moisture, contamination, and excessive heat. Enzyme preparations may lose activity under unsuitable storage conditions, so follow the supplier’s specified temperature requirements and shelf-life guidance. Minimise exposure to humid air during dispensing and keep the product properly labelled.

Precautions for Handling Fungal Diastase

Review the applicable Safety Data Sheet before use. Avoid creating airborne dust and inhaling enzyme particles, as powdered enzymes can cause respiratory sensitisation. Wear suitable gloves, safety goggles, and protective clothing, and use appropriate ventilation or dust-control measures during weighing and transfer. Clean spills using methods that minimise airborne particles and dispose of residues according to institutional procedures and applicable requirements.