sbeadex viral RNA purification kit
High-throughput, high-quality RNA purification for COVID-19 detection.
learn moreDNA purification kits
We offer superparamagnetic bead and spin column based DNA purification technologies for a broad range of sample materials and species
sbeadex purification kits
sbeadex™ magnetic microparticles enables the automated high-throughput extraction and purification of high quality DNA preparations for plant, blood, tissue etc.
learn moresbeadex blood kits
sbeadex™ magnetic microparticles enables the automated high-throughput extraction and purification of high quality DNA preparations from blood.
learn moresbeadex livestock kit
sbeadex livestock kits produce high-quality DNA. Blood, hair, semen, ear punches, saliva and swabs are used for analysis of a huge diversity of animal species.
learn moremag kits
mag™ kits have been developed as a high-throughput and cost-effective DNA isolation method for blood sample, saliva, hair, microorganism, plant and cell tissue etc.
learn moreKleargene silica
Kleargene is optimised for the extraction of a high yield of DNA that is suitable for all PCR-based applications. Blood, salvia and tissue samples, Oragene collection tubes.
learn moreKleargene spin
Kleargene spin plates are suited for manual extractions and semi-automated DNA extractions for plant leaves, plant seeds and rodent tails.
learn moreSample material can vary greatly in consistency as well as in sugar, protein and fat composition - all of which can affect the quality and purity of the extracted nucleic acid and the subsequent performance of downstream applications. To provide the most efficient and effective extraction method LGC offers not only a range of different extraction technologies but also the capacity to develop tailor-made kit systems optimised to a particular application.
Key features of each purification technology
| sbeadex™ | mag™ | Kleargene silica | Kleargene spin | |
|---|---|---|---|---|
| Matrix |
Surface-modified superparamagnetic particles |
Modified magnetic particles |
Silica particles |
Glass fibre solid support |
| Mechanism of action(1) | Novel two-step binding mechanism | Classic polarity-based binding mechanism | Classic polarity-based binding mechanism; | Classic polarity-based binding mechanism; |
| Format | 96-well | 96-well | single tubes | 96 and 384-well |
| Flexibility | scalable protocols | scalable protocols | low to high volume extractions | spin columns |
| Optimised matrices | Plant material, forensic samples, tissue and cells, bacterial cultures | Whole blood, buffy coat, buccal swabs, bacteria, yeast, fungi | Blood, tissue and saliva samples |
Plant tissue typically 100ng to 10µg |
| Grade of automation | Automated high-throughput extraction | Automated high-throughput extraction | Manual extraction | Semi-automated high throughput extraction |
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(1) Our surface-coated superparamagnetic particles do not require the use of vacuum filtration or centrifugation steps, hence they are well-suited to automation.
For research use only. Not for use in diagnostic procedures.