Ni NTA Magarose Beads
Ni NTA Magarose Beads
Magarose Beads have superparamagnetism and rapid magnetic responsiveness.
Product Information| 30–100 µm Particle Size | Ni-NTA Structure | 6xHis Tagged Proteins | Magnetic Responsiveness |
Ni NTA Magarose Beads
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Magarose Beads have superparamagnetism and rapid magnetic responsiveness. Peptides, proteins, antibodies, oligomeric nucleotide biological ligands can be coupled to the surface of microspheres. Magarose Beads is an important carrier of the medical and molecular biology research tools.The particle size of Magarose Beads is about 30 to 100 µm and it is more suitable for biological examination and purification experiment. Ni NTA Magarose Beads Ni NTA Magarose Beads can be used to purify 6xHis-tagged proteins expressed in series of expression vectors, such as E.coli., yeast, insect cells and mammalian cells.
The structure of Ni-NTA is compatible with a certain concentration of reducing agents, denaturing agents, detergents and other additives. |
Ni NTA Magarose Beads
|
6xHis-Tagged Protein Purification
Ni NTA Magarose Beads can be used to purify 6xHis-tagged proteins expressed in series of expression vectors, such as E.coli., yeast, insect cells and mammalian cells.
The structure of Ni-NTA is compatible with a certain concentration of reducing agents, denaturing agents, detergents and other additives.
Biological and Molecular Biology Research
| Superparamagnetism Magarose Beads have superparamagnetism and rapid magnetic responsiveness. | 30–100 µm The particle size of Magarose Beads is about 30 to 100 µm. | Ni-NTA The structure of Ni-NTA is compatible with a certain concentration of reducing agents, denaturing agents, detergents and other additives. |
Ni NTA Magarose Beads
Ni NTA Magarose Beads can be used to purify 6xHis-tagged proteins expressed in series of expression vectors, such as E.coli., yeast, insect cells and mammalian cells.