{{citem.CategoryName}}
| {{item.Number}} | {{item.Title}} | {{item.brief}} |
Sample stabilization is a critical upstream step in nucleic acid workflows, directly affecting downstream extraction efficiency and data reliability. During collection and transport, biological samples are exposed to nuclease activity, cellular degradation and environmental variation, which can lead to loss of DNA or RNA integrity.
Magen sample collection and preservation systems are designed to maintain nucleic acid stability across different sample types including tissue, blood, saliva, swabs and microbial samples. By controlling nuclease activity and stabilizing target molecules at the point of collection, these systems support consistent performance in downstream column and magnetic bead–based extraction workflows.
Different preservation strategies are applied depending on sample type and application, including genomic DNA stabilization, RNA protection for gene expression analysis and circulating nucleic acid preservation for liquid biopsy workflows.
| {{item.Number}} | {{item.Title}} | {{item.brief}} |