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- Phosphopeptide Enrichment Lab-in-a-Plate
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- Phosphopeptide Enrichment Lab-in-a-Plate
Product Description
96-well plate coated with MOAC media for multi-sample/automated enrichment
TiO2 • ZrO2
[AUTOMATABLE]
- High binding capacity relative to conventional ELISA
- High throughput phosphopeptide enrichment – can be used with most liquid handling platforms
Phosphopeptide Enrichment Lab-in-a-Plate is a patented coated plate technology for phosphoproteomics. Lab-in-a-Plate coated plates work like ELISA plates, with MOAC chromatographic media embedded at the bottom of each well.
Coated plates are SBS standard and come in 96-, 384- and 1536-well formats. The plates are available in polypropylene or polystyrene.
Lab-in-a-Plate technology has powered research resulting in publications: Explore literature featuring Lab-in-a-Plate.
Media selection
Phosphopeptide Enrichment Lab-in-a-Plate contain proprietary MOAC media.
| Media | Use for |
| TiO2 | Selective for multiply phosphorylated peptides |
| ZrO2 | Selective for monophosphorylated peptides |
Specifications
Sold in packs of 5 plates.
| Material | Size | Sample volume (ul) | Binding capacity | |
| NSS | Polysterene | 96-well | 25-200 | 2 µg |
| NSP | Polypropelene | 96-well | 25-200 | 2 µg |
| THS | Polysterene | 384-well | 10-70 | 500 ng |
| FES | Polysterene | 1526-well | 2-10 | 70 ng |
Ordering information
| Part No. | Price ($) | Specs | ||
| NSSTIO | 249 | Size: 96-well | Material: Polystyrene | Media: Titanium dioxide |
| NSSZRO | 249 | Size: 96-well | Material: Polystyrene | Media: Zirconium dioxide |
| NSPTIO | 249 | Size: 96-well | Material: Polypropylene | Media: Titanium dioxide |
| NSPZRO | 249 | Size: 96-well | Material: Polypropylene | Media: Zirconium dioxide |
| THSTIO | 449 | Size: 384-well | Material: Polystyrene | Media: Titanium dioxide |
| THSZRO | 449 | Size: 384-well | Material: Polystyrene | Media: Zirconium dioxide |
| FESTIO | 749 | Size: 1526-well | Material: Polystyrene | Media: Titanium dioxide |
| FESZRO | 749 | Size: 1526-well | Material: Polystyrene | Media: Zirconium dioxide |
