Agarose-His/Ni Columns

Productnummer: RFV066 221,98

for biochemistry
For isolation of His-tagged proteins by affinity chromatography.
Affinity chromatography colums/nickel charged, IMAC columns

UN-Nr. 1170

Prepacked columns with Nickel charged IDA-agarose bead matrix for low pressure affinity chromatography.

Suitable for all general applications, or if proteins of very small amount shall be isolated without loss.


  • Fast and simple purification of His-tagged proteins from total lysates
  • Superior recovery rate of pure His-tagged proteins
  • Binding capacity (purified 6xHis protein) of 117 mg per ml matrix
  • Easy elution and regeneration
  • Very low Nickel leaching
  • Compatible with denaturing and reducing reagents
  • For gravity flow chromatography


Immobilized metal ion affinity chromatography (IMAC) still is the most widely used method to obtain high yield of very pure proteins with reasonable effort. Agarose His/Ni Columns offer the perfect solution for fast and simple isolation of His-tagged proteins from total lysates.

Figure: SDS-PAGE of 6xHis-fuculose aldolase, 28 kDa (arrows). 
Very high yield of well purified proteins.

1: Marker, 2: Protein raw extract, 3,4: 6xHis target protein purified with Agarose His/Ni Beads or Column, respectively, 5: 6xHis target protein purified by competitor product.


Agarose His/Ni Columns are prepacked and may be used directly. The matrix consists of cross-linked and beaded 6 % agarose, IDA-conjugated and charged with divalent Nickel ions. Nickel chelates recognize two exposed histidines with good specificity and very high affinity, making the Ni2+ charged matrix the first choice for all standard applications. Agarose His/Ni Columns give very high yields of pure His-tagged protein with considerably low metal contamination. The tridentate IDA cross-linker provides easy elution with low amounts of imidazole. Additionally, Agarose Columns may repeatedly be regenerated, making them very cost-effective.

The Matrix is stable in all commonly used reagents including denaturing and reducing reagents (like 8 M urea, 6 M guanidinium hydrochloride, 5 mM DTT). Slurry in 20 % ethanol. Column material made from polypropylene and polyethylene (frit). May be autoclaved at 121 °C for 30 mins.


Optie Verp
1 8x1 ml
2 5x5 ml