磁気ビーズ法: Making Dry Leaf DNA Extraction So Simple and Efficient

Are you still troubled by the cumbersome steps of plant DNA extraction?

Centrifugation, extraction, toxic reagents like phenol-chloroform… Especially when dealing with precious dried leaf samples, do you always worry about low yield and poor results?

Now, here’s great news for research enthusiasts—the magnetic bead method for dry leaf DNA extraction is gaining popularity as a groundbreaking technique in molecular biology experiments, thanks to its revolutionary advantages!

1. What is the Magnetic Bead Method?

Imagine tiny “smart magnetic beads” that can accurately recognize and bind to DNA molecules. Simply mix the processed lysate of dried leaves with the magnetic beads, and the DNA will firmly adhere to the surface of the beads. Then, by bringing a magnet close, you can easily separate the “DNA-coated magnetic beads” from the liquid. After simple washing and elution steps, high-purity DNA is ready for use!

2. Why is It Particularly Suitable for Dry Leaves?

2.1Strong Tolerance:

Dry leaf cells are dehydrated, with more stubborn cell walls and secondary metabolites. The efficient lysis buffer used in the magnetic bead method can powerfully break down cell walls to release DNA, while effectively removing impurities such as polysaccharides and polyphenols.

2.2 High Yield and Purity:

Even if the sample has dried out, the high affinity of the magnetic beads for DNA ensures sufficient DNA yield, supporting stringent downstream applications like PCR and sequencing.

2.3 Ultimate Simplicity and Safety:

No centrifugation, filtration, or toxic reagents are required. The operational steps are greatly simplified, allowing multiple samples to be processed in 30–60 minutes. This truly achieves low cost, high efficiency, and high throughput.

2.4 Perfect Compatibility with Automation:

The entire “adsorption-washing-elution” process is ideally suited for automated nucleic acid extraction instruments, freeing your hands from manual work, ensuring stable and reliable results, and eliminating human error.

3. Wide Range of Applications

Whether it’s precious specimens collected during field investigations, archived samples from seed banks, or large-scale screening in agricultural breeding, the magnetic bead method can handle them all with ease, making your research journey smoother.

• Application Case: Lingjun Bio 160014 Magnetic Beads with Lingjun Bio Plant Seed DNA Extraction Reagent

The experimental results are as follows:

Number	サンプル	Sampling Amount	A260/A280	A260/A230	濃度.(の/ul)
1	Dried corn leaves	5mg	1.822	1.788	175.6
2	Dried corn leaves	5mg	1.819	1.766	208
3	Dried corn leaves	10mg	1.815	1.777	294.1
4	Dried corn leaves	10mg	1.803	1.728	307.85
5	Dried dandelion leaves	5mg	1.847	1.856	205.45
6	Dried dandelion leaves	5mg	1.832	1.806	217.05

Electrophoresis results:

Results Analysis:

Tests with an ultra-micro nucleic acid analyzer showed: A260/A280 ratios above 1.8, and A260/A230 ratios above 1.7, indicating high purity of the extracted products.

Agarose gel electrophoresis results revealed: Bright and intact bands for different dry leaf plant samples, demonstrating good integrity.
要約すれば: The extraction of various dry leaf plant samples yielded products with high purity, 高収量, and intact electrophoresis bands.

5. 結論

The magnetic bead DNA extraction technology, with its distinct features of speed, efficiency, safety, and automation, perfectly addresses the pain points of dry leaf DNA extraction. It is not just a technological advancement but also a revolution in research efficiency.

Choosing the magnetic bead method means opting for a smarter and more effortless research experience!

サプライヤー

上海霊軍生物技術有限公司, 株式会社に設立されました 2016 生体磁性材料と核酸抽出試薬の専門メーカーです.

核酸抽出・精製の経験が豊富です。, タンパク質の精製, 細胞分離, 化学発光, その他の技術分野.

当社の製品はさまざまな分野で広く使用されています, 医療検査など, 遺伝子検査, 大学の研究, 遺伝子育種, 等々. 製品のご提供だけでなくOEMも承ります, ODM, その他のニーズ. 関連するニーズがある場合, お気軽にお問い合わせください .