Description | Atlantic® ReadyDisks are solid-phase extraction (SPE) disks, pre-assembled into disposable holders, and are used for extracting organic and semi-volatile organic compounds from aqueous matrices. Atlantic® ReadyDisks are designed for single-use extractions with maximum speed and convenience in mind. | EVOLUTE® AX combines non-polar and strong anion exchange functionality for extraction of acidic analytes from biological fluids and other aqueous samples through a dual, mixed-mode mechanism. This provides additional selectivity and clean-up for complex samples, with salts, phospholipids and EVOLUTE® AX combines non-polar and strong anion exchange functionality for extraction of acidic analytes from biological fluids and other aqueous samples through a dual, mixed-mode mechanism. This provides additional selectivity and clean-up for complex samples, with salts, phospholipids and proteins eliminated from extracts. Sorbent performance is not compromised by drying during processing. Available in a variety of formats, including modular and 96-well plates and SPE columns, and two different particle sizes (30 µm and 50 µm) depending on application requirements.
Features
- High, reproducible recoveries for basic analytes
- Eliminate salts, phospholipids and proteins from biofluid extracts, and minimise ion suppression
- Fast simple generic methodology
- Available in EVOLUTE EXPRESS SPE columns and plates for fast Load-Wash-Elute procedures
... Read More | EVOLUTE® CX combines non-polar and strong cation exchange functionality for extraction of basic analytes from biological fluids and other aqueous samples through a dual, mixed-mode mechanism. This provides additional selectivity and clean-up for complex samples, with salts, phospholipids and EVOLUTE® CX combines non-polar and strong cation exchange functionality for extraction of basic analytes from biological fluids and other aqueous samples through a dual, mixed-mode mechanism. This provides additional selectivity and clean-up for complex samples, with salts, phospholipids and proteins eliminated from extracts. Sorbent performance is not compromised by drying during processing. Available in a variety of formats, including modular and 96-well plates and SPE columns, and two different particle sizes (30 µm and 50 µm) depending on application requirements.
Features
- High, reproducible recoveries for basic analytes
- Eliminate salts, phospholipids and proteins from biofluid extracts, and minimise ion suppression
- Fast simple generic methodology
- Available in EVOLUTE® EXPRESS plates and columns for fast Load-Wash-Elute procedures
... Read More | ISOLUTE® ENV+ is a hyper crosslinked hydroxylated polystyrene-divinylbenzene copolymer, with very high surface area, ideal for extracting polar analytes from large volume water samples. The particle size and retentive nature of the sorbent allow exceptionally high sample flow rates to be used ISOLUTE® ENV+ is a hyper crosslinked hydroxylated polystyrene-divinylbenzene copolymer, with very high surface area, ideal for extracting polar analytes from large volume water samples. The particle size and retentive nature of the sorbent allow exceptionally high sample flow rates to be used without reducing extraction efficiency or analyte recovery.... Read More | ISOLUTE SLE+ products are easy to use, perfectly suited to automated procedures, and column and plate formats are available for extraction of sample volumes from 10 µL to 10 mL.
High analyte recoveries are obtained without any offline steps such as protein precipitation, and sample extracts are ISOLUTE SLE+ products are easy to use, perfectly suited to automated procedures, and column and plate formats are available for extraction of sample volumes from 10 µL to 10 mL.
High analyte recoveries are obtained without any offline steps such as protein precipitation, and sample extracts are free of proteins and phospholipids.
Features
- Protein and phospholipid free extracts
- High analyte recovery with no emulsion formation
- Fast load-wait-elute procedure
- Easy to automate for plates and columns
- 48-well plate format now available
... Read More |