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Hard Tissue Homogenizing Mix 2.8 mm Ceramic (30 mL Tubes) - Microbial DNA Free (50/pk)
Hard Tissue Homogenizing Mix 2.8 mm Ceramic (30 mL Tubes) - Microbial DNA Free (50/pk)
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Hard Tissue Homogenizing Mix 2.8 mm Ceramic (30 mL Tubes) - Microbial DNA Free (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:
- 30 mL polypropylene screw cap tubes pre-filled with 2.8 mm ceramic beads or 2.8 mm ceramic beads with 1/4'' ceramic cylinder
- Certification: RNase & DNase Free, Microbial DNA Free (19-6358D)
For research use only. Not for use in diagnostic procedures.
Product Variants
Quantity: 50
Accreditations
RNase and DNase Free
Part #:
19-6358
List Price
USD 309.00
Quantity: 50
Accreditations
RNase DNase Free and Microbial DNA Free
Part #:
19-6358D
List Price
USD 360.00
Quantity: 500
Accreditations
RNase DNase Free and Microbial DNA Free
Part #:
19-6358-500
List Price
USD 2,751.00
Quantity: 50
Accreditations
None
Part #:
19-6358Z
List Price
USD 309.00
Product information
Overview
- Hard tissue or hard tissue impact homogenizing mix (30 mL Tubes)
- Recommended for: tough and fibrous plant material, hard tissues, seeds and feed
Specifications
| Diameter |
30.0 mm
|
|---|---|
| Length |
80.0 mm
|
| Volume |
30.0 mL
|
| Accreditations |
RNase DNase Free and Microbial DNA Free
|
|---|---|
| Application |
Tough and fibrous plant material, hard tissues, seeds and feed
|
| Bead Type or Material |
Ceramic
|
| Material |
Polypropylene Tube and Polyethylene Cap
|
| Maximum G Force |
5,000 x g
|
| Quantity |
50
|
| Sample Volume |
2 mL to 20 mL
|
| Temperature Range |
-80 to 121 °C
|
Video gallery
Hard Tissue Homogenizing Mix 2.8 mm Ceramic (30 mL Tubes) - Microbial DNA Free (50/pk)
Hard Tissue Homogenizing Mix 2.8 mm Ceramic (30 mL Tubes) - Microbial DNA Free (50/pk)
Resources
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Application Note
Evaluation of sample disruption techniques for high-throughput extraction of live Escherichia coli and recombinant DNA from spinach
The ability to detect pathogens throughout the food supply chain is an important component of food safety research. Just as the...
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