Magnetic bead separation magnetic frame with all metal structure suitable for 1.5/2ml tubes

Magnetic bead separation magnetic frame with all metal structure suitable for 1.5/2ml tubes

Magnetic bead separation magnetic frame with all metal structure suitable for 1.5/2ml tubes

The 1.5ml magnetic rack is a common laboratory tool commonly used in experiments in fields such as biochemistry, molecular biology, genetics, etc. The following are several main applications of the 1.5ml magnetic frame in experiments:

1. DNA/RNA purification: During the nucleic acid purification process, magnetic beads bind to the nucleic acid and precipitate it to the bottom of the tube through a magnetic rack, facilitating the removal of the supernatant.

2. Magnetic immunoprecipitation: In immunoprecipitation experiments, antigen antibody complexes are bound to magnetic beads and separated from the mixture using a magnetic scaffold for subsequent experimental operations.

3. Magnetic particle binding: In many experiments, it is necessary to bind magnetic particles to specific molecules, such as proteins, drugs, etc. These complexes can be quickly separated and collected through a magnetic scaffold.

In the market, there are many brands offering 1.5ml magnetic racks for purchase. Here is a recommended good brand: Ometon

1. The 1.5ml magnetic rack of this brand has high magnetic force and stability performance, suitable for various experimental needs. And the brand focuses on product quality and service, deeply trusted by scientists.

2. The 1.5ml magnetic frame of this brand is made of high-quality materials and has good durability and stability. At the same time, their product range is complete and can meet different experimental needs.

3. The brand's 1.5ml magnetic frame is renowned for its precise design and efficient performance. Through strict quality control, the service life and stability of the product are guaranteed.

The 1.5ml magnetic rack plays an important role in scientific experiments and is widely used in DNA/RNA purification, magnetic immunoprecipitation, and magnetic particle binding experiments.