CiTrY: Study and engineering of C1 TRansport over Yeast membranes: towards carbon-neutral microbial cell factories

Valorisation of LIPid waste by Thermophilic Yeasts for the production of long chain Dicarboxylic Acids (LIPTYDA)

Doctoral project Liam Richard Jenkins Sánchez

Improving Channels Proteins for Microbial Cell Factories

Long-chain dicarboxylic acid production with non-pathogenic yeasts

Peaking over the fence to boost industrial biotechnology: mining of non-conventional transport mechanisms for innovative microbial cell factories

Study and engineering of C1 transport over yeast membranes: towards carbon-neutral microbial cell factories

Systematic exploration of intracellular plasma membrane anchoring modules: Towards the development of flexible Membrane ANchored TRAnsport metabolons (MANTRA) to enhance engineered pathways in industrial yeast

Waste oil to long-chain dicarboxylic acids by non-pathogenic yeasts

Doctoral project Jarne Delanote

Doctoral project Jinxin Zhang

Doctoral project Robin Geys

BOF-ZAP professorship in industrial biotechnology

Cofunding core facility - HTS for SynBio

CROSS OVER: Compound Release Outside the cell after Secretion Stimulation by Vehicle Recognition

Deciphering pathways of fatty acid efflux and their use to optimize microbialcell factories

Engineering Aquaporins for Microbial Cell Factories

Engineering of novel non-conventional yeasts and their transporters for improved long-chain dicarboxylic acid production

Establishment of a vehicle-cargo system to boost cellular export in industrial biotechnology

Flexible Membrane ANchored TRAnsport metabolons (MANTRA) to enhance engineered pathways in industrial yeast

Improving Channels Proteins for Microbial Cell Factories

Synthetic biology and microbial transport system engineering

WODCA: Waste oil to long-chain dicarboxylic acids

Genetics and physiology of bimodal protein targeting in yeasts. Studies on the basic mechanisms and possible therapeutic developments.

Starmerella bombicola sophorolipid MDR transporter: from fundamental studies to improved production of novel biosurfactants

Stimulated emission depletion microscopy (STED): Nanoscopy for innovative research in the life sciences

BOF-ZAP professorship in industrial biotechnology