SPE Plates
Waters Corp Ostro Protein Precipitation & Phospholipid Removal Plate, 25 mg, 1/pk
Ostro sample preparation products provide a novel solution for the cleanup of phospholipids in plasma and serum. Requiring minimal to no method development and using a simple protocol, the technology can be quickly implemented in order to optimize your laboratory's work flow. Providing cleaner, more reproducible extracts than competitive phospholipid devices or techniques, Ostro allows for more sensitive analyses, increased sample throughput, and reduced instrument downtime.
Waters Corp Waters Sirocco Protein Precipitation Plate, Polypropylene, 96-well Plate, 5 pk
The Sirocco™ Protein Precipitation Plate is the most technologically advanced protein precipitation plate on the market, introduced by the manufacturer. It enables high-throughput “in-well” protein precipitation of biological samples, preventing cloudy filtrates or clogged devices.
- Features a unique filter system, sealing cap mat, and patented valve technology for “in-well” processing.
- Designed for maximum sample recovery and streamlined handling, eliminating common issues.
- Compatible with Mass Spectrometry, using a 96-well plate format made of polypropylene.
- Facilitates high-throughput LC/MS analysis in drug metabolism and toxicology labs.
- Supports vacuum filtration (8 to 15″ Hg) or centrifugation (2,000 x g).
- Processes sample volumes from 20 to 200 μL.
Biotage COLLECTION PLATE 2 ML 50/PK
Plate, Collection; Biotage; For SPE 96-well plate; Volume: 2mL; 50/pk.
Analytical Sales & Services Ion Exchange SCX Phase, 1mL 96 Well Filter Plate, 50 mg
Polymer Based Strong Cation Exchange SPE, 1mL 96 Well Filter Plate, 50 mg per well
Waters Corp OligoWorks SPE Microplate, 96-well, 2 mg Sorbent, WAX Sorbent
The OligoWorks SPE Microplate is a 96-well filter plate of standard height with a 400 mL well volume. Each well contains 2 mg of OligoWorks SPE WAX Sorbent. The sorbent is a polymeric reversed-phase, weak anion exchange mixed-mode sorbent that has been oligonucleotide tested and batch-selected.
- Standard height and 400 mL well volume
- Oligonucleotide tested
- Batch-selected for optimal oligonucleotide recovery
- 96 wells
- 2 mg sorbent per well
- Polymeric reversed-phase, weak anion exchange mixed-mode sorbent
- WAX chemistry
- Not endcapped
- Mass spec compatible
- Mixed mode operation
- 30 μm particle size
- 80 Å pore size
- Copolymer sorbent substrate
- Water wettable
- pH range: 0 to 14 pH
- Made of polypropylene
NANOMICRO TECHNOLOGIES INC NanoChrom Technologies, BioCore WC x LC Preparative Column, 10um, 10 x 250 mm, Stainless Steel
BioCore WCX is a family of high-performance, weak cation-exchange columns designed for separating charged variants in proteins, including monoclonal antibodies (mAbs). Its column technology involves the creation of a hydrophilic carboxylic functional layer on the surface of monodispersed, nonporous, spherical PS/DVB particles, combined with well-established column packing processes.
Waters Corporation GlycoWorks HILIC μElution Plate, for Glycan Analysis
This plate removes contaminants like salts and detergents from hydrophilic analytes, such as carbohydrates, before mass spectrometry analysis. It enables elution volumes as low as 25 μL, eliminating time-consuming evaporation steps. Eluted carbohydrates can be analyzed directly by MALDI MS without derivatization. It can be used for carbohydrate extraction or as part of a glycan analysis kit to clean glycans released from glycoproteins.
- Utilizes an optimized HILIC sorbent for high recovery of N-glycans.
- Suitable for effective labeling reaction clean-up before LC/FLR/MS analysis.
- Delivers sensitive, robust, and reproducible results.
NANOMICRO TECHNOLOGIES INC NanoChrom Technologies, BioCore SC x LC Preparative Column, 10um, 10 x 250 mm, Stainless Steel
BioCore SCX is a family of high-performance, strong cation-exchange columns designed for separating charged variants in proteins, including monoclonal antibodies (mAbs). Its column technology involves the creation of a hydrophilic sulfonic functional layer on the surface of monodispersed, nonporous, spherical PS/DVB particles, combined with well-established column packing processes.