A masquerade in the root: Unravelling the role of R. irregularis nuclear-localized effector proteins

Capturing the phosphorylation landscape during regulation of nodulation for sustainable use of nitrogen in soybean cultivation.

Capturing the ubiquitination and protein interaction landscape of the central regulator of nodulation TOO MUCH LOVE in soybean.

Diving into the Lactuca sativa root associated microbiome to conquer low temperature stress

Doctoral project Alan Walton

Doctoral project Carolien De Cuyper

Doctoral project Cedrick Matthys

Doctoral project Guangling Cui

Doctoral project Lingxiang Jiang

Doctoral project Louis Robichez

Doctoral project Lukas Braem

Doctoral project Naomi Stuer

Doctoral project Nathan De Geyter

Elucidating the tomato protein network exploited by core type 3 effectors from the 'Ralstonia solanacearum' species complex.

Exploring plant growth promoting rhizobacteria to alleviate salt stress in Arabidopsis and tomato (Solanum lycopersicum L.)

Microbial Diversity in Soybean Nodules: Identifying helper Microorganisms Supporting Bradyrhizobium-Induced Nitrogen Fixation

Molecular analysis of the plant growth promoting capacities of rhizobacteria

Persuasion is better then force. How <i>Caulobacter</i> RHG1 convinces <i>Arabidopsis thaliana</i> of its beneficial character

Riddles in the dark: Shedding light on KAI2-dependent seed germination in 'Arabidopsis thaliana'.

The bait tastes first the fish. Towards a better understanding of strigolactone signalling.

Unravelling the molecular mechanisms activated by rhizobacteria to modulate the growth of <i>Arabidopsis thaliana</i>

Visualizing Bio-control agents against fungal diseases on wheat.

Bacterial root endophytes to protect plants against cold temperatures

Developing a legume-based farming system in Northeast Thailand using drought-tolerance traits of wild legume and rhizobia populations.

Moleculaire verkenning van de symbiose tussen soja en rhizobia

Optimizing the indigenous microbial partners for soybean cultivation in Flanders

a flexible and versatile High-Throughput Microbe hANdlerfor automation of complex experimental procedures

A proteomics and chemical screening approach towards the identification of compounds disrupting parasitic plant germination

A Single-Cell Omics Exploration of the Molecular Arms Race Underlying Tomato Arbuscular Mycorrhizal Symbiosis.

Capturing the phosphorylation and interaction landscape of NARK, the central kinase controlling nodulation in soybean

Capturing the phosphorylation landscape during regulation of nodulation for sustainable use of nitrogen in soybean cultivation

Capturing the phosphorylation landscape during regulation of nodulation for sustainable use of nitrogen in soybean cultivation

Capturing the ubiquitination and protein interaction landscape of the central regulator of nodulation TOO MUCH LOVE in soybean

Elucidation of strigolactone signaling through chemical genetics

Identification of in planta secreted fungal effectors and characterization of their interacting tomato proteins to ameliorate arbuscular mycorrhiza-based agriculture

Improving the industrial and agricultural potential of arbuscular mycorrhiza through the modulation of the carbon status in tomato.

Improving the industrial and agricultural potential of arbuscular mycorrhiza through the modulation of the carbon status in tomato.

Integrative electron microscopy of nodulation in action – Deciphering molecular interactions at the symbiosome interface of the soybean-Bradyrhizobium symbiosis

Mapping the tomato protein network exploited by type III effectors involved in bacterial wilt

Mapping the tomato protein network exploited by type III effectors involved in bacterial wilt

MATCHMAKING: Unveiling Optimal Soybean-Rhizobia Matches in North-western European Environments

Microbial activation: the key to unlock chitin as an agricultural beneficial?

Molecular analysis of nodule primordium formation in Medicago truncatula

Molecular analysis of strigolacton signalisation in root system architecture

Protein interplay during the establishment of arbuscular mycorrhiza: revealing the function of tomato root proteins interacting with fungal plant effectors

study of protein complexes involved in the elicitation of secondary metabolism in Medicago truncatula

Study of strigolactone dependent processes in plants

Sugar Regulation of Nodulation: positioning the role of master sugar regulators during nodulation in soybean

Sustainable solutions to Enhance Soil health and Cowpea and Soybean Productivity in southern Ethiopia (SOSforEthiopia)

Tardiphaga: Helper or Cheater in Soybean Nodule Symbiosis

The importance of histone modification in strigolactone-dependent seed germination of parasitic plants

The importance of histone modification in strigolactone-dependent seed germination of parasitic plants

The molecular basis of the growth promoting capacity of a Caulobacter sp. on Arabidopsis thaliana

The role of beneficial soil microbes for plant health

The role of the strigolactone pathway in in vitro propagation

The use of rhizosphere bacteria to enhance juvenile maize growth under low temperature conditions or in the presence of Rhizoctonia solani

The use of root endophytic bacteria to boost lettuce growth at low temperature conditions.

Towards molecular insights into the arbuscular mycorrhizal fungal-plant interface for improved tomato yield upon drought.

Understanding biotic stresses in plant roots through molecular interactomics in tomato

Understanding rac-GR24 induced germination of Phelipanche ramosa and Arabidopsis thaliana by using proteomics and interactomics

Unraveling the strigolactone-signalling network in Arabidopsis thaliana

A MALDI-TOF/TOF MS instrument for (bio)polymer characterization and imaging.

Establishing new legume-based farming systems in Northeast Thailand using drought-tolerance traits of wild legume and rhizobia populations

MyCOS - Synthetic biology for a sustainable conversion of fungal chitin-rich waste streams into valuable biobased chitooligosaccharides for plant health

Optimizing the indigenous microbial partners for soybean cultivation in Flanders