TGuide Smart DNA (Gel & PCR products) Purification Kit - Ref 4993550
TGuide Smart DNA Purification Kit
Recovers high-quality DNA from PCR product or agarose gels.
Catalog number / packaging
|
Cat. no |
ID |
No. of preps |
|
4993550 |
DP642-DE | 48 |
This product adopts an unique magnetic beads and a unique buffer system to recover DNA quickly and efficiently from TAE/TBE gel. The uniquely embedded magnetic beads have a strong affinity for nucleic acid under certain conditions. When the conditions are changed, the magnetic beads can release the adsorbed nucleic acid, to rapidly separate and purify the nucleic acid. The kit can be used to remove impurities such as protein, other organic compounds, inorganic ions and oligonucleotide primers, and recover 100 bp-15 kb DNA fragments, with a recovery rate of more than 80%. The DNA recovered by using this kit can be used for a series of routine procedures, including digestion, PCR, sequencing, library screening, ligating, transformations and other experiments.
Product introduction
•Recovers DNA quickly and efficiently from TAE/TBE gel and PCR product.
•DNA fragment size range:100 bp-15 kb.
•The DNA recovered by using this kit can be used for digestion, PCR, sequencing, library screening, ligating, transformations and other experiments.
Features
Super easy to use.
No extra pipetting work.
The elution volume can be adjusted as required.
The installation and operation require little training. With pre-installed programs, unpack the cartridge, select the protocol and run your experiment. Programs are ready-to-use, and also customizable.
Preloaded reagents and matched disposable consumables.
The chemical handling is eliminated to the greatest extent to ensure the operation safety.
Notes
Be sure to read this note before using this kit. 1. When cutting gel, UV irradiation time should be controlled to avoid damage to DNA. 2. TAE electrophoresis buffer should be used if the next step is more demanding. 3. The recovery rate is affected by the initial DNA amount and elution volume. Lower initial DNA amount and elution volume will lead to lower recovery rate.