Polysaccharide- and Polyphenol-Rich Plant Total RNA Isolation Kit
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Polysaccharide- and Polyphenol-Rich Plant Total RNA Isolation Kit

Cat.No: DREK-0114 Datasheet

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Product Name Polysaccharide- and Polyphenol-Rich Plant Total RNA Isolation Kit
Catalog No. DREK-0114
Description A silica-column kit optimized for total RNA isolation from difficult plant tissues rich in polysaccharides and polyphenols. Separate workflows and a dedicated genomic DNA/impurity filter improve purification across diverse plant matrices.
Intended Use Plant total RNA isolation for RT-PCR, real-time PCR, microarray analysis, Northern blotting, dot blotting, poly(A) selection, in vitro translation, RNase protection assays and molecular cloning.
Principle / Technology Plant-specific chemical lysis, impurity and genomic DNA filtration, selective silica-membrane RNA binding, washing and elution.
Detection Method Downstream RNA analysis.
Sample Type Plant tissues rich in polysaccharides or polyphenols, including leaf, needle, fruit, flower and tuber samples.
Performance Range / Specifications Approximately 30-minute workflow; 50 reactions.
Reaction Conditions / Protocol Select the workflow appropriate for the plant matrix, grind tissue thoroughly, lyse, remove impurities and genomic DNA through the filter column, bind RNA to the RNA column, wash and elute.
Components / Formulation Genomic DNA and impurity filter column, silica RNA purification column and optimized plant lysis/wash reagents.
Storage Conditions Store at 15-25°C.
Package Specifications 50 reactions.
Product Form Plant total RNA spin-column kit.
Key Features Optimized for polysaccharide- and polyphenol-rich plants; two sample-processing workflows; effective impurity and genomic DNA removal; high-purity RNA.
Shipping Conditions Ship at room temperature.
Compatibility RT-PCR, real-time PCR, blotting, microarray, poly(A) selection, in vitro translation and cloning workflows.
Application Notes / Precautions Use the sample-specific workflow and ensure complete grinding in liquid nitrogen. Avoid excessive sample input and prolonged exposure before lysis.

For research use only, not for clinical use.

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