Butyl Sanarose 4FF
Butyl Sanarose 4FF is a hydrophobic chromatography medium using Sanarose 4FF as the matrix and butyl as the functional ligand. It is stored in 20% ethanol and sealed at 4-30 ℃, with a shelf life of 5 years.
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Octyl Sanarose 6FF
Octyl Sanarose 6FF is a hydrophobic chromatography medium using Sanarose 6FF as the matrix and octyl as the functional ligand. It has the advantages of high hardness, fast flow rate, strong selectivity, high activity recovery rate, and no pollution to the environment. It can withstand strong acids and alkalis, and can be cleaned in place and sterilized at high temperatures. Compared with reverse phase chromatography medium, the ligand concentration is low and the elution conditions are mild, which can better maintain the biological activity of the sample.
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Phenyl Sanarose HP
Phenyl Sanarose HP is a high-resolution hydrophobic chromatographic medium with benzene as the functional ligand. It has the advantages of high hardness, fast flow rate, strong selectivity, high activity recovery rate, and no pollution to the environment. It can withstand strong acids and alkalis, and can be cleaned in place and sterilized at high temperatures. Compared with reverse phase chromatography medium, the ligand concentration is low and the elution conditions are mild, which can better maintain the biological activity of the sample.
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Phenyl Sanarose 6FF(LS)
Phenyl Sanarose 6FF (LS) is a hydrophobic chromatography medium using Sanarose 6FF as the matrix and phenyl as the functional ligand. It has the advantages of high hardness, fast flow rate, strong selectivity, high activity recovery rate, and no pollution to the environment. It can withstand strong acids and alkalis, and can be cleaned in place and sterilized at high temperatures. Compared with reverse phase chromatography medium, the ligand concentration is low and the elution conditions are mild, which can better maintain the biological activity of the sample.
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Ni-NTA Sanarose 6FF
Ni NTA Sanarose 6FF chelates nickel ions on the high flow rate agarose gel microspheres Sanarose 6FF with triacetic acid as the ligand. The bond and the four valence of metal ions make the chelated metal ions more stable, and has the advantages of withstanding higher reducing agents, good physical and chemical stability, good specificity, and high flow rate.
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Ni-IDA Sanarose 6FF
Ni IDA Sanarose 6FF combines the iminodiethyl bond with the trivalent position of bond and metal ion on the high flow rate agarose gel microsphere Sanarose 6FF, with higher load, which is suitable for large-scale production.
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AT Protein A Sanarose 4FF
AT Protein A Sanarose 4FF is an affinity medium synthesized by epoxidation of alkali resistant Protein A with a high flow rate agarose substrate. This medium is suitable for capturing monoclonal or Fc fusion proteins from large-scale culture media, as well as polyclonal antibodies from ascites or plasma.
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