5 mL transparent centrifuge tube with conical bottom, made from autoclavable polypropylene. Ideal for sample prep, pelleting, and storage in molecular and clinical workflow. There are 100pcs/ bag.
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2 ml round bottom, clip lid
2 mL sterile conical-bottom microcentrifuge tube made from polypropylene. Ideal for sample pelleting, storage, and molecular workflows. RNase/DNase-free and autoclavable. There are 500pcs/bag.
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2 ml Collection tubes
2 mL collection tube made from medical-grade polypropylene. Ideal for sample collection, centrifugation, and storage. Available with snap or screw caps; sterile and non-sterile options. RNase/DNase-free. There are 50 pcs/PK of collection tubes.
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Blue o’ring spin columns
Plasma spin column with silica membrane for high-yield isolation of cfDNA, RNA, or proteins from plasma or serum. Compatible with manual and automated workflows. RNase/DNase-free and PCR-ready. There are 50 pcs/ PK.
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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 Yeast DNA Kit 100-Prep
Recover genomic DNA from yeast cultures without mechanical bead beating using a manual silica spin-column workflow. An enzymatic cell-wall disruption step breaks down glucans and mannans before lysis, helping preserve DNA while reducing yeast-derived polysaccharide carryover. The approximately 45-minute workflow prepares DNA for strain typing, PCR and phylogenetic analysis.
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AmpliMax Large Seed DNA Kit 100-Prep
Generate PCR-ready genomic DNA from maize, sunflower and other large-kernel seed tissue with a magnetic bead workflow that scales from a manual stand to open automation. Mechanical disruption and Booster-assisted capture help manage the oils, starch and polysaccharides that make large seeds difficult to process. The purified DNA is ready for variety registration, pedigree tracking, seed quality screening and high-throughput genotyping.
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AmpliMax Small Seed DNA Kit 100-Prep
Recover genomic DNA from groundnut, soybean, canola and other small-seed tissue with a magnetic bead workflow that scales from a manual stand to open automation. Mechanical disruption and Booster-assisted capture address hard seed coats, oils and polysaccharides before downstream analysis. The purified DNA is ready for GMO screening, variety identification, seed health testing and high-throughput genotyping.
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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.
