| Detailed information | |
| Title | Development of a Solid Phase Extraction technique (SPE) for 257 compounds suitable for both online SPE tandem Q-TOF analysis and also for advanced toxicity bio-monitoring |
| Summary | An extensive study has been performed in order to identify the most efficient combination of SPE material and pH for retrieving the maximum of the tested polar compounds The development of this method with a broad applicability to such a great range of compounds improves the potential of its integration to online toxicity biomonitors. Consequently, lowering the detection limits of biomonitors will result in receiving better early warning alarms. |
| Category | 3. Symbiosis User Application These are applications that have been made by Symbiosis customers. They are validated and have been published. |
| Matrix | drinking water, potable water |
| Market | Environmental |
| Technique | online SPE |
| Cartridge | OASIS HLB, HySphere resin-SH |
| Detection | Q-TOF (Agilent) |
| Compounds | 257 trace contaminants such as pesticides, herbicides and pharmaceuticals |
| Compound Group | trace contaminants. pesticides, herbicides and pharmaceuticals |
| Sample_volume | not provided |
| Contact | Varvara Kokkali |
| Account | Vitens, Snekertrekweg 61, 8912AA Leeuwarden, The Netherlands |
| Published | Poster presented by Vitens in 2013 |
| Date | 25.07.2013 |
| Read PDF document | |
| Remarks | Tested SPE cartridges:
Oasis® HLB
HySphere Resin-SH
HySphere Resin-GP
HySphere C18-HD
HySphere C8-EC-SE
HySphere MM Anion
HySphere MM Cation
HySphere C2-SE
HySphere CN-SE
PLRP-s
XB 55
XB 96
Isolute® NH2 |
| Users | |
| Status | Published |