RNA extraction
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IsoBind Tomato Leaf RNA Kit 100-Prep
Prepare tomato leaf RNA for pathogen detection and expression studies with a manual silica spin-column workflow optimised for phenolic, water-rich solanaceous tissue. Reducing conditions limit polyphenol oxidation before silica binding, helping protect downstream reverse transcription and amplification. The approximately 45-minute workflow supports RT-qPCR disease surveillance, RNA-seq and seed-health research.
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IsoBind Avocado RNA Kit 100-Prep
Recover analysis-ready total RNA from avocado leaf, flesh and peel with a manual silica spin-column workflow designed for lipid-rich and phenolic tissue. A Poly Trap step removes lipids, polyphenols and secondary metabolites before column binding, helping difficult avocado samples move cleanly into RT-qPCR and sequencing. The workflow takes approximately 45 minutes on a standard laboratory centrifuge.
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IsoBind Maize Leaf RNA Kit 100-Prep
Prepare maize leaf RNA for sensitive pathogen detection and expression analysis with a manual silica spin-column workflow optimised for starch-rich and phenolic monocot tissue. Proprietary wash chemistry reduces the compounds that can interfere with reverse transcription and amplification. The approximately 45-minute workflow supports RT-qPCR, RNA-seq and maize disease surveillance.
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IsoBind VineVantage RNA Kit 100-Prep
Prepare total RNA from 80 to 100 mg frozen grapevine leaf or berry tissue with a manual silica spin-column workflow developed for difficult vine matrices. Clarification, volume-adjusted binding chemistry and three wash stages reduce compounds that can interfere with reverse transcription and amplification. The approximately 45-minute workflow prepares RNA for RT-qPCR, gene expression analysis and RNA sequencing.
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IsoBind RootRibose RNA Kit 100-Prep
Recover total RNA from potato, cassava and sweet potato roots with a manual silica spin-column workflow designed for starch-rich tissue. A Poly Trap step removes starch and polysaccharides before column binding, reducing the compounds that can suppress reverse transcription and amplification. The approximately 45-minute workflow prepares RNA for RT-qPCR, RNA-seq and root-crop pathogen detection.
