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  • IsoBind Plant DNA Kit 100-Prep Read more Quick View
    Agricultural

    IsoBind Plant DNA Kit 100-Prep

    Prepare PCR-ready genomic DNA from plant leaf, root, seed and stem tissue with a manual silica spin-column workflow. Booster Compound improves capture from polysaccharide-rich lysates, while RNase A reduces RNA contamination before downstream analysis. The approximately 45-minute workflow supports genotyping, GMO screening, pathogen detection and sequencing.

  • IsoBind Maxi Plant DNA Kit 384-Prep Read more Quick View
    Agricultural

    IsoBind Maxi Plant DNA Kit 384-Prep

    Scale genomic DNA purification from dry plant leaf tissue to 96-well batches with a silica spin-plate workflow. Nova C-05 lysis, chloroform clarification, volume-adjusted Bind C and three plate washes reduce plant-derived contaminants before elution. A 50 to 100 µL elution lets the laboratory balance DNA concentration and total recovery for genotyping, GMO testing and sequencing.

  • IsoBind Plant RNA Kit 100-Prep Read more Quick View
    Agricultural

    IsoBind Plant RNA Kit 100-Prep

    Prepare total RNA from plant leaf, root and seed tissue with a manual silica spin-column workflow for routine crop and model-plant samples. Reducing conditions limit polyphenol oxidation, while the wash sequence reduces polysaccharide and phenolic carryover before elution. The approximately 45-minute workflow supports RT-qPCR, RNA-seq, transcriptomics and plant pathogen detection.

  • IsoBind DNA Trace Kit (IVD) 100-Prep Read more Quick View
    Agricultural

    IsoBind DNA Trace Kit (IVD) 100-Prep

    Maximise usable DNA concentration from buccal swabs, blood, saliva and other trace samples with a manual silica spin-column workflow. A 40 µL elution and three wash steps support recovery from low-input material while reducing environmental and substrate-derived contaminants. The purified DNA is ready for STR profiling, paternity testing and forensic casework, and the kit is supplied for in vitro diagnostic use.

  • IsoBind Soil Microbial DNA Kit 100-Prep Read more Quick View
    Agricultural

    IsoBind Soil Microbial DNA Kit 100-Prep

    Recover microbial DNA from soil, faecal material, wastewater, sludge and biofilms with a manual silica spin-column workflow designed for inhibitor-rich environmental samples. Bead beating disrupts bacteria and fungal spores, while Bind C treatment reduces humic acids, fulvic acids and other PCR inhibitors. The approximately 45-minute workflow prepares concentrated DNA for 16S sequencing, shotgun metagenomics and microbial diversity studies.

  • IsoBind Soil Microbial DNA Kit 250-Prep Read more Quick View
    Agricultural

    IsoBind Soil Microbial DNA Kit 250-Prep

    Recover microbial DNA from soil, faecal material, wastewater, sludge and biofilms with a manual silica spin-column workflow designed for inhibitor-rich environmental samples. Bead beating disrupts bacteria and fungal spores, while Bind C treatment reduces humic acids, fulvic acids and other PCR inhibitors. The approximately 45-minute workflow prepares concentrated DNA for 16S sequencing, shotgun metagenomics and microbial diversity studies.

  • AmpliMax Plant DNA Kit 96-Prep Read more Quick View
    Agricultural

    AmpliMax Plant DNA Kit 96-Prep

    Prepare clean genomic DNA from plant leaf, root and stem tissue with a flexible magnetic bead workflow for manual processing or compatible automation. Booster-assisted binding and three wash steps reduce polysaccharides, tannins and polyphenols that can interfere with downstream analysis. The purified DNA is ready for genotyping, GMO testing, diversity studies and high-throughput agrigenomics.

  • AmpliMax Plant DNA Kit 384-Prep Read more Quick View
    Agricultural

    AmpliMax Plant DNA Kit 384-Prep

    Prepare clean genomic DNA from plant leaf, root and stem tissue with a flexible magnetic bead workflow for manual processing or compatible automation. Booster-assisted binding and three wash steps reduce polysaccharides, tannins and polyphenols that can interfere with downstream analysis. The purified DNA is ready for genotyping, GMO testing, diversity studies and high-throughput agrigenomics.

  • IsoBind Marine Tissue RNA Kit 100-Prep Read more Quick View
    Agricultural

    IsoBind Marine Tissue RNA Kit 100-Prep

    Recover total RNA from fish, shellfish and other marine tissues with a manual silica spin-column workflow formulated for lipid-rich and salt-rich samples. The lysis chemistry and increased reducing conditions help limit lipid oxidation and reduce salt and secondary-metabolite interference. The approximately 45-minute workflow prepares RNA for RT-qPCR, RNA-seq and aquatic transcriptomics.

  • IsoBind Tomato Leaf RNA Kit 100-Prep Read more Quick View
    Agricultural

    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.

  • AmpliMax Large Seed DNA Kit 100-Prep Read more Quick View
    Agricultural

    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.

  • AmpliMax Small Seed DNA Kit 100-Prep Read more Quick View
    Agricultural

    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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