We have discovered that uterine defects precede pregnancy-related diseases, which opens up new possibilities for early detection and prevention strategies
“Modelling human endometrial decidualisation from the interaction between the proteome and the secretome”
“Defective decidualisation during and after severe preeclampsia reveals a possible maternal contribution to the aetiology”
“Preeclampsia: a decidualisation defect is associated with an annexin A2 deficiency”
“Alteration of PGR and ESR1 signalling pathways underlies the defective decidualisation associated with severe preeclampsia”
“Decidualisation resistance at the origin of preeclampsia”
“Multi-omics-based mapping of decidualisation resistance in patients with a history of severe preeclampsia”
“Cell-free RNA in maternal plasma as a predictor of early- and late-onset preeclampsia throughout pregnancy”
Clinical Science Award for oral presentation at ESHRE 2025
