Research
The research of the Laboratory of Toxicology can be subdivided in two disciplines:
- A first research line focus on the bio-analytical determination of drugs, drugs of abuse, as well as vitamins in a wide set of matrices (from blood, over urine or hair to plant material for vitamins), with particular emphasis on alternative sampling strategies, such as dried blood sampling. Special attention goes here to the development of new methods and concepts. To get a better view on the research performed in this domain by the laboratory see the publications.
- A second research line is related to G protein-coupled receptors (GPCRs) biology, joining research previously performed at the Laboratory of G-protein Expression and Signal Transduction (L-GEST) with more recent research at the Laboratory of Toxicology. This implies investigation of the molecular mechanisms that control GPCR signaling, as well as the description, on a molecular level, of the link between ligand binding and signaling efficacy in specific pathways. In addition, we analyze and try to define the role of protein-protein interactions. The latter also includes the development of novel bioassays to determine the biological activity of a diversity of compounds in biological matrices. To get a better view on the research performed in this domain by the laboratory see the publications.
Techniques used are analytical techniques (GC-MS, LC-MS/MS, LC-FLUO, LC-DAD and immunological methods (for screening)), as well as microscopy, cell biological and molecular biological techniques.
PhD dissertations since 2008
- Wille Sarah (2008): Quantitative analysis of new generation antidepressants using gas chromatography-mass spectrometry - Applications inclinical and forensic toxicology
- Maudens Kristof (2009): Quantitative liquid chromatographic analysis of anthracyclines in biological fluids
- Van De Steene Jet (2010): Quantitative analysis of 8 pharmaceuticals and 1 pesticide in surface water and waste water with liquid chromatography coupled to tandem mass spectrometry: method development and field study
- De Brouwer Veerle (2010): Quantitative determination of folates in rice with liquid chromatography coupled to tandem mass spectrometry
- Ingels Ann-Sofie (2013): Determination of gamma-hydroxybutyric acid in microvolumes of biological fluids following direct derivatization and gas chromatography mass spectrometry
- De Kesel Pieter (2015): A caffeinated blend of alternative sampling strategies: from CYP1A2 phenotyping to issues in microsampling
- Kiekens Filip (2016): Biological availability and efficacy of folates from bioengineered rice
- Natalie Kummer (2016): Alternative sampling strategies to monitor alcohol consumption in case of driver's licence regranting
- Nele Sadones (2017): Novel Direct Dried Blood Spot-Based Approaches for Forensic Toxicology and Clinical Applications
- Mingcheng Qian (2018): Synthesis and Biological Evaluation of New Bivalent GPCR Ligands
- Jolien Storme (2018): β-Arrestin Coupling to Purinergic Receptors : Glo with the Flow?
- Sofie Velghe (2019): Therapeutic Drug Monitoring in the Dried Spotlight
- Elise Wouters (2019): Whether It Is the Action of Dopamine or Dope : It Is All about Interaction
- Lakshmi Vasudevan (2019): From Heterodimerization to New Synthetic Opioids : There Is MORe than Meets the Eye in Mu Opioid Receptor Signaling
- Sara Capiau (2019): Dried Blood Spots in Toxicology : Towards New Insights and New Applications
- René Crans (2020): CNS Disorders Validation and Application of Methods for GPCR Expression and Interactions