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My research focuses on craniosynostoses and craniofacial malformations, particularly in children, where I aim to uncover the biomechanical, morphological, and developmental factors behind these conditions. As part of my role in the Craniofacial Growth and Form lab at Hôpital Universitaire Necker - Enfants Malades and Imagine Institute in Paris, I apply my expertise in biomechanics and evolutionary biology to investigate the origins and consequences of craniofacial anomalies.
Craniosynostosis, which involves the premature fusion of cranial sutures, is a key focus of my work. This condition can lead to abnormal cranial growth, impact brain development, and cause significant aesthetic and functional challenges. To address these issues, I use advanced computational modeling, finite element analysis, and 3D imaging techniques. These tools allow me to study how cranial morphology and suture fusion influence the mechanical properties and overall function of the skull.
My ultimate goal is to use these biomechanical insights to improve diagnostic accuracy, better predict personalized growth trajectory, and enhance surgical planning for affected children.
Beyond clinical applications, I’m also interested in the evolutionary and developmental aspects of craniofacial diversity. By comparing pathological cases with natural variation in cranial structure, I wish to further explore how genetic and environmental factors shape craniofacial development.
This perspective will help me address broader questions about adaptability and constraints in cranial systems.
A crucial part of my work is translating research findings into practical outcomes. For example, I aim to contribute to the development of new surgical techniques and therapeutic strategies that can directly benefit patients. By combining interdisciplinary approaches with a focus on real-world clinical challenges, I strive to bridge fundamental research with solutions that make a tangible difference for individuals with craniosynostoses and other craniofacial conditions.
