Hard Tissue Homogenizing Mix 2.8 mm Ceramic (7 mL Tubes) Nuclease Free (50/pk)
Hard Tissue Homogenizing Mix 2.8 mm Ceramic (7 mL Tubes) Nuclease Free (50/pk)
Hard Tissue Homogenizing Mix 2.8 mm Ceramic (7 mL Tubes) Nuclease 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:
- 7.0 mL Polypropylene screw cap tubes pre-filled with 2.8 mm ceramic beads
- Certification: RNase & DNase Free (19-678)
- Certification: RNase & DNase Free, Microbial DNA Free (19-678D)
For research use only. Not for use in diagnostic procedures.
Product information
Overview
Hard tissue homogenizing mix 2.8 mm ceramic (7 mL Tubes)
Recommended for: hard tissues, heart, muscle, skin, tendon, tail, whole organs and hard plant material.
Specifications
| Diameter |
15.3 mm
|
|---|---|
| Length |
57.0 mm
|
| Volume |
7.0 mL
|
| Accreditations |
RNase and DNase Free
|
|---|---|
| Application |
Hard tissues, heart, muscle, skin, tendon, tail, whole organs and hard plant material
|
| Bead Type or Material |
Ceramic
|
| Material |
Polypropylene Tube and High Density Polyethylene Cap
|
| Maximum G Force |
5,000 x g
|
| Quantity |
50
|
| Sample Volume |
200 µL to 5 mL
|
| Temperature Range |
-80 to 121 °C
|
Video gallery
Hard Tissue Homogenizing Mix 2.8 mm Ceramic (7 mL Tubes) Nuclease Free (50/pk)
Hard Tissue Homogenizing Mix 2.8 mm Ceramic (7 mL Tubes) Nuclease Free (50/pk)
Resources
Are you looking for resources, click on the resource type to explore further.
Ocular tissues, ranging from small, soft perfused tissues to larger, tougher collagenous ones, are commonly selected for analysis...
Bead mill homogenizers enable rapid and efficient lysis of biological materials, including plants via high-impact forces generated...
Bead mill sample homogenization, exemplified by the Omni Bead Ruptor Elite™ homogenizer, is a rapid and efficient method for...
Bats are essential to the biodiversity critical to sustaining ecosystems, and at the same time, they are also widely studied...
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