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Invitrogen™ Spin Columns And Tubes
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For the rapid elution of DNA from agarose gel slices
Specifications:
| Application | Nucleic Acid Extraction |
| Storage Temperature | Room Temperature |
| Product Type | Sample Tubes |
| Product Brand | Thermo Fisher Scientific™ |
| Product Grade | Molecular Biology |
The Invitrogen™ Ambion® Spin Columns are designed for the rapid and efficient elution of DNA from agarose gel slices without the need for electroelution. These columns streamline the extraction process by using a microcentrifuge, enabling the recovery of high-quality DNA for downstream applications such as restriction enzyme digestion or ligation.
Key Features:
- Ease of Use:
- Elution process requires only a microcentrifuge.
- Simple protocol: excise the desired DNA band from the gel, place it in the spin column, and centrifuge for 5 minutes.
- Efficiency:
- Effectively separates DNA from agarose gel slices.
- Agarose is retained in the column while DNA is collected in the tube below.
- Certified Sterility:
- DNase- and RNase-free for contamination-free processing.
- Convenience:
- Disposable and single-use format.
- Universally compatible tip style for versatile application.
Specifications:
| Feature | Details |
|---|---|
| Application | DNA extraction from agarose gels |
| Format | Spin column with tube |
| Quantity | 100 units |
| Filtered | Yes |
| Disposable | Single-use |
| For Use With Equipment | Microcentrifuge |
| Product Line | Invitrogen™ Ambion® |
| Storage Conditions | Room temperature |
| Shipping Conditions | Room temperature |
Advantages:
- No need for electroelution or complex procedures.
- Time-efficient process with high DNA recovery rates.
- Compatible with standard molecular biology workflows.
Applications:
- Purification of DNA fragments from agarose gel for:
- Restriction enzyme digestion.
- Ligation and cloning.
- PCR and sequencing.
- Other molecular biology manipulations.
The Invitrogen™ Spin Columns provide a rapid, reliable, and user-friendly solution for DNA purification from agarose gels, ensuring high-quality results suitable for various molecular biology research applications.