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Hard Tissue Homogenizing Mix 2.8 mm Ceramic (2 mL Reinforced Tubes) (50/pk)
Hard Tissue Homogenizing Mix 2.8 mm Ceramic (2 mL Reinforced Tubes) (50/pk)
Hard Tissue Homogenizing Mix 2.8 mm Ceramic (2 mL Reinforced Tubes)
Hard Tissue Homogenizing Mix 2.8 mm Ceramic (2 mL Reinforced Tubes) (50/pk)
Product variants
Quantity: 50 (DNase RNase Free)
Accreditations
RNase and DNase Free
Part #:
19-628
Quantity: 50 (Microbial DNA Free)
Accreditations
RNase DNase Free and Microbial DNA Free
Part #:
19-628D
Quantity: 1000 (DNase RNase Free)
Accreditations
RNase and DNase Free
Part #:
19-628-1000
For research use only. Not for use in diagnostic procedures.
| Feature | Specification |
|---|---|
| Application | Hard tissues, heart, muscle, skin, tendon, tail, whole organs and hard plant material |
| Bead Type or Material | Ceramic |
| Diameter | 10.8 mm |
| Material | Reinforced Polypropylene Tube and Polypropylene Cap and Synthetic EPDM O-Ring |
| Sample Volume | 200 µL to 1.5 mL |
| Volume | 2.0 mL |
| Length | 44.0 mm |
| Maximum G Force | 20,000 x g |
| Feature | Specification |
|---|---|
| Application | Hard tissues, heart, muscle, skin, tendon, tail, whole organs and hard plant material |
| Bead Type or Material | Ceramic |
| Diameter | 10.8 mm |
| Material | Reinforced Polypropylene Tube and Polypropylene Cap and Synthetic EPDM O-Ring |
| Sample Volume | 200 µL to 1.5 mL |
| Volume | 2.0 mL |
| Length | 44.0 mm |
| Maximum G Force | 20,000 x g |
Product information
Overview
Hard tissue homogenizing mix in cell lysis tubes (2.8 mm ceramic beads, 2 mL reinforced tubes).
These hard tissue lysis – pre-filled ceramic – 2 mL tubes are recommended for use in lab applications from a variety of sample types, including hard tissues, heart, muscle, skin, tendon, tail, whole organs and hard plant material.
Option available as microbial DNA-free bead-beating cell lysis tubes (19-628D), which are molecular biology grade, nuclease-free tubes, pre-filled with an optimized amount of sterilized lysing matrix to provide robust 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 |
Hard tissues, heart, muscle, skin, tendon, tail, whole organs and hard plant material
|
| Bead Type or Material |
Ceramic
|
| Material |
Reinforced Polypropylene Tube and Polypropylene Cap and Synthetic EPDM O-Ring
|
| Maximum G Force |
20,000 x g
|
| Quantity |
50 (DNase RNase Free)
|
| Sample Volume |
200 µL to 1.5 mL
|
| Temperature Range |
-80 to 121 °C
|
Video gallery
Hard Tissue Homogenizing Mix 2.8 mm Ceramic (2 mL Reinforced Tubes) (50/pk)
Hard Tissue Homogenizing Mix 2.8 mm Ceramic (2 mL Reinforced Tubes) (50/pk)
Resources
Are you looking for resources, click on the resource type to explore further.
Scientific Poster
Pre-clinical animal tissue homogenization poster Omni Bead Ruptor Elite
Disease modelling and the evaluation of toxicity and safety of potential therapies involve the use of common preclinical animals...
Application Note
Protein extraction from rat tissue using Omni Bead Ruptor 4
The Omni Bead Ruptor 4 (BR 4) is a compact bead mill homogenizer designed to efficiently lyse tissues for extraction of...
Application Note
Quantifying immune mediators from serum and skin tissue using an LPS-induced murine model
Application note quantifying immune mediators from serum and skin tissue using LPS-induced murine model of inflammation via multi...
Application Note
RNA extraction from human coronavirus: a comparative study highlighting bead mill vs. manual methods
Reliable extraction of viral RNA from tissue samples is an important step in viral detection for research studies. The Omni Bead...
Application Note
RNA extraction from murine tissues: balancing preservation and extraction parameters for cryogen-free processing
Application note comparing RNA yields and RIN value data on multiple mouse tissues under different sample storage - fresh, frozen...
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