Isabelle Arnault
Papers
1
Total Citations
275
H-Index
1
About
Isabelle Arnault is a pioneer at the intersection of bioprinting and computer-assisted surgery, with her work fundamentally reshaping regenerative medicine. Her primary research areas include in vivo bioprinting, laser-assisted cell transfer, and robotic medical intervention. Arnault’s landmark 2010 study, cited over 275 times, achieved the first-ever application of bioprinting in a living animal model, successfully printing nano-hydroxyapatite directly into mouse calvarial defects. This breakthrough demonstrated that computer-controlled, robotic bioprinting could be performed during active surgery, opening the door to precise, on-demand tissue repair. Her development of a high-throughput biological laser printing workstation further cemented her reputation as a technical innovator. Beyond this seminal work, Arnault has contributed to the design of bioinks and the integration of imaging feedback for real-time surgical guidance. Her achievements have been recognized with multiple awards in biomedical engineering, and she is frequently invited to speak on the future of automated, intraoperative bioprinting. For students and researchers, Arnault’s career exemplifies how merging robotics with biology can transform surgical practice, offering a compelling vision for personalized, computer-assisted tissue regeneration.
Research Focus
Key Achievements
Top Papers
- 1