The resin matrix of WA-HP series is crosslinked by 6% agarose, with an average particle size of 34 μm, small particle size and higher resolution than FF series, which is suitable for medium purific...
The resin matrix of WA-HP series is crosslinked by 6% agarose, with an average particle size of 34 μm, small particle size and higher resolution than FF series, which is suitable for medium purific...
The resin matrix of WA-HP series is crosslinked by 6% agarose, with an average particle size of 34 μm, small particle size and higher resolution than FF series, which is suitable for medium purific...
WA-FF Fast Flow Series Hydrophobic Chromatography Resins are based on 4% or 6% highly cross-linked agarose, with an average particle size of 90μm and fast flow rate.
WA-FF Fast Flow Series Hydrophobic Chromatography Resins are based on 4% or 6% highly cross-linked agarose, with an average particle size of 90μm and fast flow rate.
WA-FF Fast Flow Series Hydrophobic Chromatography Resins are based on 4% or 6% highly cross-linked agarose, with an average particle size of 90μm and fast flow rate.
WA-FF Fast Flow Series Hydrophobic Chromatography Resins are based on 4% or 6% highly cross-linked agarose, with an average particle size of 90μm and fast flow rate.
WA-FF Fast Flow Series Hydrophobic Chromatography Resins are based on 4% or 6% highly cross-linked agarose, with an average particle size of 90μm and fast flow rate.
WA-FF Fast Flow Series Hydrophobic Chromatography Resins are based on 4% or 6% highly cross-linked agarose, with an average particle size of 90μm and fast flow rate.
WA-FF Fast Flow Series Hydrophobic Chromatography Resins are based on 4% or 6% highly cross-linked agarose, with an average particle size of 90μm and fast flow rate.
WA-FF Fast Flow Series Hydrophobic Chromatography Resins are based on 4% or 6% highly cross-linked agarose, with an average particle size of 90μm and fast flow rate.
WA-FF Fast Flow Series Hydrophobic Chromatography Resins are based on 4% or 6% highly cross-linked agarose, with an average particle size of 90μm and fast flow rate.
WA-FF Fast Flow Series Hydrophobic Chromatography Resins are based on 4% or 6% highly cross-linked agarose, with an average particle size of 90μm and fast flow rate.
WA-FF Fast Flow Series Hydrophobic Chromatography Resins are based on 4% or 6% highly cross-linked agarose, with an average particle size of 90μm and fast flow rate.
WA-FF Fast Flow Series Hydrophobic Chromatography Resins are based on 4% or 6% highly cross-linked agarose, with an average particle size of 90μm and fast flow rate.
WA-FF Fast Flow Series Hydrophobic Chromatography Resins are based on 4% or 6% highly cross-linked agarose, with an average particle size of 90μm and fast flow rate.
WA-FF Fast Flow Series Hydrophobic Chromatography Resins are based on 4% or 6% highly cross-linked agarose, with an average particle size of 90μm and fast flow rate.
WH Fine series is formed by coupling the ligands to a highly rigid agarose substrate and has a higher resolution than WH series, and is suitable for medium purification or fine purification stages.
WH Fine series is formed by coupling the ligands to a highly rigid agarose substrate and has a higher resolution than WH series, and is suitable for medium purification or fine purification stages.
WH Fine series is formed by coupling the ligands to a highly rigid agarose substrate and has a higher resolution than WH series, and is suitable for medium purification or fine purification stages.
WH Fine series is formed by coupling the ligands to a highly rigid agarose substrate and has a higher resolution than WH series, and is suitable for medium purification or fine purification stages.
WH Fine series is formed by coupling the ligands to a highly rigid agarose substrate and has a higher resolution than WH series, and is suitable for medium purification or fine purification stages.
WH Fine series is formed by coupling the ligands to a highly rigid agarose substrate and has a higher resolution than WH series, and is suitable for medium purification or fine purification stages.
WH Fine series is formed by coupling the ligands to a highly rigid agarose substrate and has a higher resolution than WH series, and is suitable for medium purification or fine purification stages.
