Description
Single-Use eDNA Filter Capsule: Efficient On-Site Water Filtration
This single-use eDNA filter capsule is engineered for on-site filtration of large volumes of environmental water with minimal risk of cross-contamination. It features enclosed filter membranes with different pore sizes, optimized for filtration to ensure comprehensive eDNA collection without rapid clogging. The compact design incorporates two separate membranes, maximizing membrane surface area.
The eDNA Dual Filter Capsule can be sealed with “luer lock caps” post-use, facilitating in-capsule lysing and preservation. It is also suitable for room temperature storage. During eDNA extraction, all solid residues are retained on the membrane, preventing interference with downstream processing. The capsule adheres to the CEN/TC 230 – Water Analysis – N 1229 standards.
eDNA Dual Filter Capsule: Key Benefits
- Ease of Use: Simple (sub)sampling without pooling.
- High Yield: Large membrane surface and optimal pore size for efficient eDNA filtration.
- No Contamination: Enclosed filter membranes and in-capsule conservation.
- Clean eDNA Isolates: In-capsule removal of PCR inhibitors during filtration and extraction.
Superior Performance: Large Volumes and High eDNA Yields
Compared to traditional filtering methods in eDNA studies, the eDNA Dual Filter Capsule can filter nearly 10 times more water and eDNA than a filter funnel and 20 times more than a Sterivex™ filter. This results in significantly higher eDNA yields.
Product Specifications
- Filter Unit Type: Closed capsule
- Effective Filter Area: 69 cm² (dual filter system)
- Filter Membrane: Polyethylene sulfone (PES)
- Pore Sizes: 0.22 µm, 0.45 µm, 0.8 µm, 1.2 µm, and 5 µm
- Max Inlet Pressure: 3 Bar (45 psi)*
- Inlet and Outlet Fittings: Luer-lock female
- Size: 108 mm x 52 mm x 130 mm (L x W x H)
- Cartridge Material: Non-toxic Acrylonitrile Butadiene Styrene (ABS)
- Sterilization Method: Gamma irradiation (on request)
*Note: The filter capsules are designed for vacuum filtration, meaning that water should be drawn into the filter rather than forced through it. When using a pump to push water through the filter membranes, ensure that the maximum inlet pressure is not exceeded. For instance, a rotary vane pump can easily generate high pressures, which may cause leakage in both the inner and outer structures of the capsule.
Optional Equipment and Disposables
- Sampling rod (SYL003)
- Waste bag
