Tough Micro-Organism Lysing Mix 0.5 mm Glass (2 mL Tubes) (50/pk)
Tough Micro-Organism Lysing Mix 0.5 mm Glass (2 mL Tubes) (50/pk)
Tough Micro-Organism Lysing Mix 0.5 mm Glass (2 mL Tubes) (50/pk)
Omni Bead Ruptor Elite bead mill homogenizer compatible bead beating tubes are pre-filled with an optimized amount of lysing matrix to provide efficient and robust sample homogenates.
Product features:
- 2.0 mL Polypropylene screw cap tubes pre-filled with 0.5 mm glass beads
- Certification: RNase & DNase Free (19-622)
- Certification: RNase & DNase Free, Microbial DNA Free (19-622D)
For research use only. Not for use in diagnostic procedures.
Product information
Overview
Tough micro-organism lysing mix
Recommended for: tough micro-organisms, gram+, yeast, fungi, algae, spores and plankton.
Microbial DNA free tough micro-organism lysing mix
Microbial DNA free bead beating tubes are molecular biology grade, nuclease free tubes, pre-filled with an optimized amount of sterilized lysing matrix to provide efficient sample homogenates. Products are rigorously tested using microbial DNA PCR assays, making them suitable for applications that are impacted by the presence of bacterial or fungal DNA contamination.
Specifications
| Diameter |
10.8 mm
|
|---|---|
| Length |
44.0 mm
|
| Volume |
2.0 mL
|
| Accreditations |
RNase and DNase Free
|
|---|---|
| Application |
Tough micro-organisms, gram+, yeast, fungi, algae, spores and plankton
|
| Bead Type or Material |
Glass
|
| Material |
Polypropylene Tube and Polypropylene Cap and Synthetic EPDM O-Ring
|
| Maximum G Force |
20,000 x g
|
| Quantity |
50
|
| Sample Volume |
200 µL to 1.5 mL
|
| Temperature Range |
-80 to 121 °C
|
Video gallery
Tough Micro-Organism Lysing Mix 0.5 mm Glass (2 mL Tubes) (50/pk)
Tough Micro-Organism Lysing Mix 0.5 mm Glass (2 mL Tubes) (50/pk)
Resources
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Nematodes, with their vast diversity, have adapted to various environments and include both parasitic and non-parasitic species...
Escherichia coli (E. coli) is a key model organism in microbiology and molecular biology, largely due to applications in...
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