Activity-based screening of opioids in biological matrices as a new concept in forensic toxicology

Activity-based screening of opioids in biological matrices as a new concept in forensic toxicology.

Adducted addicts? Towards long-term monitoring of drug use via protein adducts in blood.

A key role of bio-analysis in guiding thiamine biofortification and thiamine biomonitoring 'in the field'.

Also on-spot should be spot-on: towards reliable fully automated quantitation of lysosphingolipids in dried blood microsamples

Determination of intracellular folates by LC-MS/MS in subsets of immune cells

Development and implementation of a new bioassay for detection and functional evaluation of cannabimimetics.

Development and implementation of a new psychoactive substances receptor activation assay

Development of a fast versatile drug-reporter system

Development, validation and implementation of novel strategies and technologies allowing the evaluation of newly emerging predictors of diabetic complications.

Dried blood spots in toxicology; towards new insights and new applications

EIRENE-Flanders – Flemish hub of the International Exposome Research Infrastructure EIRENE

Enlightened Moves: Set-up and application of novel bioluminescence-based systems to monitor the impact of new psychoactive substances on drug transporter dynamics

Evaluation of the bioavailability and biological activity of folates from biofortified rice.

Evaluation of the functional selectivity of the purino- and cannabinoid ligand-receptor system in cell migraton.

Folate stability in rice: a molecular and analytical study

Implementation of alternative sampling strategies as a tool for improving therapy of and insight into Nodding syndrome

Implementation of alternative sampling strategies as a tool for studying the etiology and for improving the therapy of Nodding syndrome

Implementation of new tools to study the interaction between G protein-coupled receptors (GPCR dimers)

KUL - Study of the dimerization-based GPCR regulation via live-cell activity and interaction imaging in genomic labeled neurons

Leave a light on: towards multiplexed luminometric characterization and detection of new psychoactive substances

Leave a light on: towards multiplexed luminometric characterization and detection of new psychoactive substances.

Looks don’t matter, it’s what you do that counts*: Deployment of innovative bio-assays for screening and elucidation of the mechanism of action of new psychoactive substances

Making sense of screening for new psychoactive substances: Towards on-site receptor-based sensing of synthetic cannabinoids and opioids.

Molecular Toxicology at your Fingertip: towards Dried Blood Spotbased analysis of the Adductome 

MOR(e) partners in crime: a bioassay approach to study µ-opioid receptor dimerization by new synthetic opioids

MOR(e) partners in crime: a bioassay approach to study μ-opioid receptor dimerization by new synthetic opioids

Multi-biofortification of rice: a molecular and analytical study

No pain, just gain: new dried blood microsample-based avenues for steroid testing

Shining a new light on psychedelics: set-up and application of novel 5-HT2AR bio-assays

TDM 2.0: Beyond conventional therapeutic drug monitoring of tacrolimus

Triple bioassays for dual purpose: Doping Control & Cancer Research

True colors are shining through: Flow cytometric biosensors as a new concept in forensic toxicology

Vitamin status at your fingertips: microsampling-assisted follow-up of thiamine and folate status

Benchtop ultra-high performance liquid-chromatography tandem mass spectrometer for ultra-sensitive analysis of small organic molecules.

Flow cytometer

Modular high-end mass spectrometer for ultrasensitive quantification and imaging of small organic molecules in cross-health research - MSsmall-XH

Study of the interaction between the dopamine D2-like receptors and the μ opioid receptor

Temporally and spatially resolved multi-element information at the micro- and nano-scale: development of new analytical methods and their application to metallomics and nanotechnology