Solid phase extraction cartridges and well plates are a necessary consumable when performing SPE. Available in different polarities and sorbents, high-quality SPE (solid phase extraction) cartridges and well plates are the key to reducing interference while maintaining a high throughput of complex matrices. Typically, a well plate will be used for high-throughput workflows. When larger samples are to be prepared cartridges are a common choice amongst most laboratories. The size of the cartridge will be dependent on your specific type of chromatography; however, typically the cartridge size should closely match the volume of wash solvent to be used. Smaller SPE cartridges will typically require less solvent for elution while a larger cartridge will require more solvent for elution.
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| Company | Biotage, LLC | Biotage, LLC | Biotage, LLC | Biotage, LLC | Biotage, LLC |
| Item | Atlantic® Solid Phase Extraction Disks | EVOLUTE® PFAS Solid Phase Extraction Columns | ISOLUTE® PLD+ for PFAS Analysis in Biological Samples | ISOLUTE® PLD+ Protein and Phospholipid Removal Plates | ISOLUTE® SLE+ Supported Liquid Extraction Products |
| Catalog Number | Atlantic | EVOLUTE PFAS | ISOLUTE PLD+ | ISOLUTE PLD+ | ISOLUTE SLE+ |
| Price | Supplier Page | Supplier Page | Supplier Page | Supplier Page | Inquire |
| Quantity | EA | EA | EA | EA | EA |
| Applications | Environmental Monitoring | Food Safety & Environmental Monitoring | Inquire | Pharmaceutical Bioanalysis, Forensic Testing, Hospital & Clinical Diagnostic Testing | Pharmaceutical Bioanalysis, Forensic, Hospital & Clinical Diagnostic Testing, Food Testing, and Environmental Testing |
| Description | Atlantic® ReadyDisks are solid phase extraction (SPE) disks constructed to maximize surface area interactions with the analytes in solution. The disks are designed for use with both manual and automated solid phase extraction systems. Atlantic® Ready Disks accommodate high sample flow rates for Atlantic® ReadyDisks are solid phase extraction (SPE) disks constructed to maximize surface area interactions with the analytes in solution. The disks are designed for use with both manual and automated solid phase extraction systems. Atlantic® Ready Disks accommodate high sample flow rates for rapid processing of large sample volumes.
Highlighted ApplicationsSVOCs Pesticide, Herbicide & Insecticide PCBs, PAHs & EPH... Read More | EVOLUTE® PFAS SPE columns are optimized for PFAS extraction from environmental matrices. They contain high-purity WAX sorbent and components that deliver high analyte recoveries but won't contaminate extracts. The EVOLUTE® PFAS range includes 50 µm media in various formats suitable for use in ISO, EVOLUTE® PFAS SPE columns are optimized for PFAS extraction from environmental matrices. They contain high-purity WAX sorbent and components that deliver high analyte recoveries but won't contaminate extracts. The EVOLUTE® PFAS range includes 50 µm media in various formats suitable for use in ISO, DIN and other methods. For EPA Method 533, a 30 µm media that exactly matches the requirements specified in the method is available.
High, reproducible recoveries of PFAS analytes High purity WAX SPE media and components Application notes for EPA and ISO based methodologies Perfect for manual or automated processing... Read More | Fast, effective clean-up of biological samples for extraction and recovery of a wide range of PFAS. ISOLUTE® PLD+ for PFAS plates and columns provides clean, matrix-free extracts for accurate, reliable quantitation of PFAS at clinically relevant levels by LC-MS/MS. Reduced PFAS levels in the Fast, effective clean-up of biological samples for extraction and recovery of a wide range of PFAS. ISOLUTE® PLD+ for PFAS plates and columns provides clean, matrix-free extracts for accurate, reliable quantitation of PFAS at clinically relevant levels by LC-MS/MS. Reduced PFAS levels in the product components mean that samples won't be contaminated by the sample prep product.
Benefits:
Unlike SPE-based techniques, ISOLUTE® PLD+ for PFAS utilizes a simplified 'crash and filter' approach, no conditioning or washing steps required Extracts a diverse range of PFAS molecules from complex matrices such as whole blood, plasma, and serum... Read More | ISOLUTE® PLD+ Protein and Phospholipid Removal Plates and Columns provide a very effective but extremely simple sample clean-up for LC-MS/MS analysis. Using a simple solvent crash/filtration-based procedure, proteins and phospholipids are simultaneously removed from plasma and other blood based ISOLUTE® PLD+ Protein and Phospholipid Removal Plates and Columns provide a very effective but extremely simple sample clean-up for LC-MS/MS analysis. Using a simple solvent crash/filtration-based procedure, proteins and phospholipids are simultaneously removed from plasma and other blood based samples while high, reproducible analyte recoveries are maintained.
Benefits
Excellent protein and phospholipid removal leads to enhanced sensitivity and better analyte recovery Effective sample clean-up in 3 simple steps without compromising analyte recovery Excellent flow characteristics allowing for trouble-free processing using either positive pressure or vacuum based system as well as automated liquid handlers... Read More | ISOLUTE® SLE+ plates and columns support the liquid extraction of a diverse range of analytes from biological samples such as whole blood, plasma serum, urine, and oral fluid. The simple load-wait-elute ISOLUTE® SLE+ procedure is easy to develop, scale and automate for column and plate formats.
ISOLUTE® SLE+ plates and columns support the liquid extraction of a diverse range of analytes from biological samples such as whole blood, plasma serum, urine, and oral fluid. The simple load-wait-elute ISOLUTE® SLE+ procedure is easy to develop, scale and automate for column and plate formats.
Benefits
99.9% removal of proteins and phospholipids without any offline steps such as protein precipitation Get better recovery and reproducibility than liquid-liquid extraction Achieve high analyte recoveries and cleaner extracts using an efficient extraction technique... Read More |
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