Inflorescence development in tomato: linking gene function with a zigzag model

<p>Tomato is a major crop plant and several mutants have been selected for breeding but also for isolating important genes that regulate flowering and sympodial growth.</p> <p> </p> <p>We developed a kinetic model of the tomato inflorescence development. We exploited the model to explore the diversity of morphotypes that could be generated and matched them with existing mutant phenotypes. This approach, focused on the development of the primary inflorescence, allowed us to elaborate on the genetic regulation of the kinetic model of inflorescence development.</p

Molecular analysis of root medium impact on Arabidopsis thaliana development

Poster presented at the Bioforum 2013 of BioLiège, Liège [Belgium]

Genetic Control of Flowering Time in Arabidopsis: a Comprehensive and Interactive Online Tool

Poster presented at the plant Organ Growth Symposium 2015, Ghent [Belgium]

The hidden half of flowering

Poster presented at the workshop on Molecular Mechanisms controlling flower development, Giens [France] (2013)<br

Using structural model to validate and improve root image analysis pipelines

Using structural model to validate and improve root image analysis pipeline