Foresight™ UNOsphere™ Q Column #7324752
Bio-RadPkg of 1, 5 ml, column prepacked with UNOsphere Q strong anion exchange chromatography media
Protein purification is a vital step in drug discovery, therapeutics, biotech and life science research. The purification process typically involves subcellular or membrane protein extraction with cell lysis kits, separation of proteins from cell debris by filtration or spin columns, and the isolation of proteins of interest from other proteins and impurities with affinity purification (including fusion protein tags and antibody binding proteins A, G and L), immunoprecipitation or chromatographic methods, such as ion exchange, size exclusion and immobilized metal affinity chromatography. All purification methods come in multiple formats for your laboratory needs, including agarose or magnetic beads, resins, columns and filter plates. Find the best protein purification equipment in our peer-reviewed product directory: compare products, check customer reviews and receive pricing direct from manufacturers.
Pkg of 1, 5 ml, column prepacked with UNOsphere Q strong anion exchange chromatography media
Pkg of 1, 1 ml, column prepacked with UNOsphere S Strong Cation Exchange Chromatography Media
Pkg of 1, 1 ml, column prepacked with UNOsphere Rapid S strong cation exchange chromatography media
Pkg of 1, 100 ml, ready-to-use support for immobilized metal affinity chromatography
1 row of 8 columns, 200 µl, RoboColumn unit prepacked with UNOsphere S strong cation exchange chromatography media
1 row of 8 columns, 600 µl, RoboColumn unit prepacked with UNOsphere S strong cation exchange chromatography media
Foresight UNOsphere Rapid S RoboColumn Units are no longer available. Please use Foresight UNOsphere S or Foresight™ Nuvia™ HR-S RoboColumn Units as alternate products.
500 g, analytical grade cation exchange resin, hydrogen form, 2% crosslinkage, 200–400 dry mesh size, 75–180 µm wet bead size, ~2,700 MW limit
500 g, analytical grade cation exchange resin, hydrogen form, 12% crosslinkage, 200–400 dry mesh size, 53–106 µm wet bead size, ~400 MW limit
Pkg of 1, 12 x 53 mm, 6 ml, prepacked monolith ion exchange column, 90 mg max protein load, 0.5–8.0 ml/min flow rate, operating pressure 700 psi
1 row of 8 columns, 600 µl, RoboColumn unit prepacked with UNOsphere Rapid S strong cation exchange chromatography media
Pkg of 1, 15 x 68 mm, 12 ml, prepacked monolith ion exchange column, 180 mg max. protein load, 0.5–8.0 ml/min flow rate, operating pressure 700 psi
Pkg of 1, 12 x 53 mm, 6 ml, prepacked replacement column, 90 mg max. protein load, 0.5–8.0 ml/min flow rate, operating pressure 700 psi
1 row of 8 columns, 200 µl, RoboColumn unit prepacked with UNOsphere Q strong anion exchange chromatography media
1 row of 8 columns, 600 ul, RoboColumn unit prepacked with UNOsphere Q strong anion exchange chromatography media
1 row of 8 columns, 200 µl, RoboColumn unit prepacked with UNOsphere SUPrA affinity chromatography resin
1 row of 8 columns, 600 µl, RoboColumn unit prepacked with UNOsphere SUPrA affinity chromatography resin
Starter kit for immunoprecipitation with protein A and G conjugated magnetic beads; 3 ml protein G bead suspension, 3 ml protein A bead suspension (10 mg beads/ml suspension), and 16-tube magnetic rack
Rack with high-strength magnets for rapid magnetic bead separation. Supports 16 x 1.5 ml microcentrifuge tubes or 2 x 15 ml conical tubes. Use with SureBeads Magnetic Beads.
CEInfinite Preparative facilitates charge variant characterization by direct MS-detection and automated fractionation. CEInfinite is a whole column imaging CIEF, which allows fast method development and high throughput compared to traditional CE. The system is known for its robustness and is FDA CFR 21 Part 11 compliant
The Ceres Nanosciences Nanotrap® Protein particles utilize affinity capture and size exclusion to attract and bind low abundance proteins, while excluding unwanted high abundance and high molecular weight interfering molecules
The Ceres Nanosciences Nanotrap® Protein particles utilize affinity capture and size exclusion to attract and bind low abundance proteins, while excluding unwanted high abundance and high molecular weight interfering molecules.
The Ceres Nanosciences Nanotrap® Protein particles utilize affinity capture and size exclusion to attract and bind low abundance proteins, while excluding unwanted high abundance and high molecular weight interfering molecules.
Efficient extraction of proteins from mammalian cells