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CheKine™ Mirco Cellulose (CLL) Concent Assay Kit

CheKine™ Mirco Cellulose (CLL) Concent Assay Kit

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Specification

Product name CheKine™ Mirco Cellulose (CLL) Concent Assay Kit
SampleType Plant tissues
Alternative CLL

Product Properties

Kit components •Reagent I
•Reagent Ⅱ
•Reagent Ⅲ
•Standard
Features & Benefits The verified samples are complete in type and easy to operate.
Usage notes • If not assayed immediately, samples can be stored at -80°C for one month.• It is recommended to perform several dilutions of your sample to ensure the readings are within the standard value range.• Fresh samples are necessary for good results. If don't perform the assay at the same time, it's better to complete the Sample Preparation step before storing the samples.
Storage instructions Storage at 4°C and Keep from light immediately upon receipt. Kit has a storage time of 6 months from receipt. Refer to list of materials supplied for storage conditions of individual components.
Shipping Gel pack with blue ice.
Precautions The product listed herein is for research use only and is not intended for use in human or clinical diagnosis. Suggested applications of our products are not recommendations to use our products in violation of any patent or as a license. We cannot be responsible for patent infringements or other violations that may occur with the use of this product.

Additional Information

Background Cellulose (CLL) is a large polysaccharide molecule composed of glucose units, typically associated with hemicelluloses, pectins, and lignin, serving as the primary structural component of plant cell walls. It is a significant dietary fiber and the most abundant and widely distributed polysaccharide in nature. CheKine™ Mirco Cellulose (CLL) Concent Assay Kit offers a simple, convenient, and rapid approach for assessing CLL activity, which is suitable for plant tissue samples. The principle involves cellulose, a polymer of β-glucose residues, decomposing into β-glucose under acidic conditions upon heating. Under strong acid conditions, β-glucose can dehydrate to form β-furfural compounds. These β-furfural compounds then undergo dehydration condensation with anthrone to generate furfural derivatives. The depth of the resulting color can be indirectly quantified to determine the cellulose content.
Alternative CLL

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