Dissecting TOR and SnRK1 signaling to engineer plant growth under limiting nitrogen supply

Discovery and Functional analysis of genes promoting nitrogen use efficiency in Arabidopsis thaliana.

Doctoral project Astrid Gadeyne

Doctoral project Caroline Matthijs

Doctoral project Gert-Jan Van Landeghem

Doctoral project Maarten Dedecker

Doctoral project Michiel Bontinck

Doctoral project Nienke Besbrugge

Doctoral project Toon Mertens

Doctoral project Wouter Smagghe

Exploring the role of SnRK1 and its regulators in nitrogen signaling

Improving crop yield under stress through the SnRK1 interactor ASG1L.

Increasing nitrogen use efficiency in maize by optimizing growth under limiting N conditions.

Towards CRISPR/Cas-mediated tagging of native gene loci via homologous recombination in plants

Doctoral project Brecht Demedts

Doctoral project Carolien De Cuyper

Doctoral project Deborah Botterman

Doctoral project Jiwon Choi

Identification of novel master regulators in MAPK signaling in Arabidopsis

Analysis of the TOR kinase complex in organ growth of corn through functional interactomics.

A quest for high-yield and stress-resilient plants through combinatorial CRISPR screening based on TOR, SnRK1 and Trehalose-6-phosphate signalling networks.

A quest for high-yield and stress-resilient plants through combinatorial CRISPR screening based on TOR, SnRK1 and Trehalose-6-phosphate signalling networks.

Cargo identification and dynamic organization of the plant-specific TPLATE endocytic complex and its interplay with AP2

Characterization of growth regulatory protein complexes in plants via multi-functional TAP technology.

Complex dynamics and regulation of the plant energy sensor SnRK1

Complex dynamics and regulation of the plant energy sensor SnRK1 in the nucleus

Engineering Nitrogen Use Efficiency in plants based on the TOR/SnRK1 signalling pathway.

Functional analysis of transcription factors involved in cell cycle regulation of plants, by a new generic tool based on tandem affinity purification and deep sequencing.

Functional analysis of transcription factors involved in cell cycle regulation of plants, by a new generic tool based on tandem affinity purification and deep sequencing.

Identification of transcription factors involved in osmotic stress through CHAP-MS in plants.

Mapping and mining the TOR/SnRK1 interactome around nitrogen signaling

Nutrient Signaling and Plant Growth

Towards knowledge-based crop yield enhancement by combining - omics strategies and emerging technologies

Translation regulation by TOR under limiting nutrient conditions

Unraveling TOR-mediated signaling in relation to protein synthesis and nitrogen metabolism

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

Synapt high definition mass spectrometer for protein complexes and micro organisms