Romain Enjalbert

Romain Enjalbert is a Research Fellow at the Centre for Medical Informatics within the Usher Institute, part of the School of Population Health Sciences in the College of Medicine and Veterinary Medicine at the University of Edinburgh. His work centers on computational modeling of vascular systems and tumor microenvironments.

His research spans computational biomedicine, vascular biology, tumor hypoxia, and hemodynamics, utilizing advanced techniques like Lattice-Boltzmann modeling to analyze microvascular networks, blood flow dynamics, and vascular malformation mechanisms. This work directly addresses therapeutic challenges in oncology through computational approaches to tumor microenvironment modeling.

Recent publications demonstrate a cohesive focus on vascular dynamics, with studies examining vessel compression effects on tumor hypoxia and non-genetic models of arteriovenous malformations. His research integrates biomedical engineering with oncology to optimize therapeutic delivery systems by modeling blood flow anomalies and oxygen distribution in tumors.

No scientific awards are documented in available sources.

Enjalbert collaborates extensively with researchers including M.O. Bernabeu and T. Krüger, but no student advising or grant information is publicly specified.

He operates within the Centre for Medical Informatics at Edinburgh BioQuarter, contributing to computational oncology initiatives through the Usher Institute's infrastructure, with datasets publicly available on Edinburgh DataShare for vascular network analysis.