Chemiluminescent magnetic bead monodispersity: avoids heterogeneity issues and has better reproducibility. Strong binding ability: through physical adsorption or chemical coupling with carboxyl groups.
Chemiluminescence magnetic beads
IKERMAG particles stand out due to their narrow particle size distribution (PSD). It has been proven that this feature plays an important role in avoiding issues such as heterogeneity and lack of reproducibility.
In addition, compared with similar reference suppliers, IKERMAG particles have similar binding ability. Therefore, these particles are considered candidates for use in CLIA, protein purification, and DNA-RNA extraction.
Our clients have reported excellent feedback, confirming this claim.
Like other IKERLAT products, we guarantee excellent inter batch reproducibility and high-quality dispersion.
Don't hesitate, check them in your system!
Main performance
Monodispersibility:Avoiding heterogeneity issues and improving reproducibility
High binding ability:By physical adsorption or chemical coupling with carboxyl groups
No foam formation:IKERMAG granules do not contain soap, making them easy to handle and making the process more efficient
Fast separation speed:Rapid separation process under the influence of magnetic field. You can modify the magnetic charge as needed to adjust this parameter
Superparamagnetic particles:Due to this characteristic, particles are easily redispersed
Chemiluminescence magnetic beads
Application field
Chemiluminescence Immunoassay (CLIA)
Protein purification
DNA-RNA Extraction
cell separation
…
Available references
|
code number
|
Particle Size
(nm)
|
Functionality
|
Magnetic Charge (%)
|
Parking Area (A2/group)
|
Surface Charge Density
(μC/cm2)
|
|
IVDT1100COOH-Mag
|
1102
|
-COOH
|
30
|
7
|
233
|
|
IVDT1100COOH-Mag
|
1124
|
-COOH
|
25
|
9
|
|
|
IVDT90COOH-Mag
|
849
|
-COOH
|
30
|
13
|
123
|
|
IVDT60COOH-Mag
|
592
|
-COOH
|
30
|
11
|
|
|
IVDT60COOH-Mag
|
592
|
-COOH
|
25
|
17
|
96
|
|
IVDT60COOH-Mag
|
581
|
-COOH
|
15
|
30
|
53
|
|
IVDT35COOH-Mag
|
345
|
-COOH
|
30
|
19
|
83
|
|
IVDT35COOH-Mag
|
354
|
-COOH
|
25
|
19
|
86
|